Foundation & Concrete Repair Repair Contractor Near Bedford, Windham, Amherst, NH & MA | Waterproofing & Radon Gas in New Hampshire & Massachusetts by Erickson Foundation Solutions

Why Are My Floors Uneven? Common Causes and Solutions

2026-07-31T00:00:00.05Z

Have you noticed your floors sloping, bouncing, or feeling uneven underfoot? While older homes naturally settle over time, uneven floors should never be ignored. They can indicate issues with your foundation, crawl space, or structural support system that may worsen if left unaddressed.

Let's take a closer look at the most common causes of uneven floors and what can be done to fix them.

1. Foundation Settlement

One of the most common reasons for uneven floors is foundation settlement.

Over time, the soil beneath a home's foundation can shift, compress, or wash away. When this happens, portions of the foundation may sink unevenly, causing the structure above to move as well.

Common signs of foundation settlement:

Sloping or sagging floors
Cracks in drywall or plaster
Doors and windows that stick
Gaps around window frames
Cracks in foundation walls

In New England, changing moisture levels and freeze-thaw cycles can contribute to soil movement, making foundation settlement a common concern for homeowners.

Potential solution:

Foundation repair systems such as helical piers or push piers can help stabilize and, in some cases, lift settled sections of the foundation to restore structural integrity.

2. Crawl Space Support Problems

If your home has a crawl space, weakened support posts or undersized floor joists could be causing your floors to dip or sag.

Many older homes were built with support systems that may no longer be adequate for today's loads. Additionally, wooden supports can deteriorate over time when exposed to excessive moisture.

Common signs of crawl space support issues:

Floors that feel soft or bouncy
Sagging areas in the center of rooms
Noticeable dips between walls
Cracks forming above doorways

Potential solution:

Installing engineered steel support posts and supplemental beams can help restore proper support and reduce floor deflection.

3. Moisture Damage and Wood Rot

Excess moisture is one of the biggest threats to a home's structural system.

When moisture enters a crawl space or basement, it can lead to wood rot, mold growth, and weakening of floor framing components. As joists and beams deteriorate, floors begin to sag and lose stability.

Warning signs include:

Musty odors
High indoor humidity
Visible mold growth
Soft or spongy flooring
Signs of water intrusion

Potential solution:

Addressing the moisture source is the first step. Crawl space encapsulation, drainage improvements, and dehumidification systems can help create a dry, healthy environment while protecting structural components from further damage.

4. Damaged or Undersized Floor Joists

Floor joists are the horizontal structural members that support your flooring. Over time, they can become damaged by moisture, pests, or excessive loading.

In some homes, particularly older properties, the original joists may not meet modern standards for structural performance.

Signs of joist problems:

Noticeable floor sagging
Bouncy floors when walking
Cracks appearing in interior finishes
Uneven transitions between rooms

Potential solution:

Structural reinforcement may include sistering damaged joists, adding support beams, or installing specialized floor support systems designed to stabilize and strengthen sagging floors.

5. Expansive or Unstable Soil Conditions

The soil beneath your home plays a major role in its long-term stability.

When soils expand due to moisture or shrink during dry periods, they can cause movement beneath the foundation. This movement often translates into uneven floors and other signs of structural distress.

Potential solution:

A professional foundation inspection can determine whether soil-related movement is affecting your home and identify the best stabilization method.

When Should You Be Concerned?

A floor that is slightly uneven may not always indicate a serious structural problem. However, homeowners should schedule a professional inspection if they notice:

Increasing floor slopes
Significant sagging or bouncing
New wall or ceiling cracks
Sticking doors and windows
Moisture or mold issues in the basement or crawl space

The sooner these warning signs are addressed, the more options are typically available for repair.

Don't Ignore Uneven Floors

Uneven floors are often a symptom of a larger problem, not the problem itself. Whether the cause is foundation settlement, crawl space deterioration, moisture damage, or failing structural supports, identifying the source is essential for protecting your home's value and safety.

At Erickson Foundation Solutions, our team specializes in diagnosing and repairing foundation, basement, and crawl space issues throughout Southern New Hampshire and Massachusetts. If you've noticed sagging or uneven floors in your home, a professional inspection can help determine the cause and recommend the right solution before the problem gets worse.

Schedule a free inspection today and get peace of mind knowing your home's foundation and structural supports are in expert hands.

Foundation Stabilization in Methuen, MA

2026-07-31T13:40:34.05Z

GeoLock® Wall Anchor Installation

The first phase of the project focused on stabilizing the foundation wall that had bowed inward by approximately three inches.

Earth Anchor Excavation

Installation began by excavating anchor locations in the yard 12 feet away from the affected foundation wall. This excavation was strategically positioned in an area containing stable, undisturbed soil capable of resisting the forces being exerted against the foundation.

Unlike temporary bracing methods, the GeoLock® Wall Anchor System utilizes the strength of stable exterior soils to permanently counteract lateral pressure acting on the wall.

Earth Anchor Installation

Heavy-duty galvanized steel earth anchors were positioned within the excavated anchor location and securely embedded in undisturbed soil.

Because these anchor plates are installed beyond the zone of soil influence affecting the foundation wall, they provide a stable point of resistance necessary for long-term structural performance.

Interior Wall Plate Installation

Inside the basement, GeoLock® wall anchor plates were installed directly against the interior face of the bowed concrete block wall.

Each wall plate was connected to its corresponding exterior earth anchor using high-strength galvanized steel anchor rods that passed horizontally through the foundation wall.

System Tensioning & Stabilization

Once all anchor components were installed, the system was carefully tensioned to engineered specifications.

As tension was applied, the lateral pressure forcing the wall inward was transferred through the anchor rods and redirected into the stable soil surrounding the earth anchors. This immediately halted further movement and permanently stabilized the wall.

One of the significant advantages of the GeoLock® system is its ability to allow gradual wall improvement over time. During future maintenance adjustments, the anchor system can be tightened incrementally, often helping restore walls closer to their original position without the need for extensive excavation or foundation replacement.

PowerBrace™ Foundation Wall Stabilization

Attention then turned to the second foundation wall, which exhibited significant stair-step cracking and signs of structural distress.

Steel Beam Installation

To reinforce the damaged wall, PowerBrace™ galvanized steel support beams were installed along the affected section of foundation.

Manufactured from high-strength zinc-coated steel, PowerBrace™ beams are engineered specifically to stabilize foundation walls suffering from inward movement, cracking, or structural weakening caused by excessive soil pressure.

Each steel beam was custom fitted to the basement height and strategically positioned along the wall to provide maximum reinforcement.

Structural Anchoring

The PowerBrace™ beams were securely anchored to the concrete footing below and mechanically fastened to the floor framing system above.

This creates a continuous load path that transfers structural forces throughout the system, significantly improving the wall's ability to resist future movement.

Permanent Wall Reinforcement

Once installed, the PowerBrace™ system immediately stabilized the cracked wall and prevented additional inward displacement.

Unlike many conventional wall repair methods, PowerBrace™ installation requires no exterior excavation, minimizing disruption to landscaping and surrounding property features. The system also remains adjustable, allowing periodic tightening that may gradually improve wall alignment over time while maintaining permanent structural reinforcement.

SmartJack® Floor Stabilization System

With both foundation walls stabilized, the project shifted focus toward correcting the sagging floor system and replacing the inadequate temporary support posts.

Excavation for Engineered Footings

Sections of the basement slab were carefully removed and underlying soils excavated to create space for the SmartJack® support system.

This excavation process allowed for the construction of properly engineered footings designed to transfer structural loads into competent supporting soils beneath the home.

Proper footing design is a critical component of long-term floor stabilization and ensures superior system performance for decades to come.

Rebar Reinforcement Installation

Before concrete placement, reinforcing steel rebar was strategically installed throughout each footing excavation.

The rebar significantly increases the tensile strength of the footing system, improves load distribution, minimizes cracking potential, and enhances long-term durability under sustained structural loads.

This reinforcement creates a stable structural foundation capable of supporting substantial loads transferred from the SmartJack® support columns.

Concrete Footing Construction

Concrete was placed and finished to create reinforced structural footings beneath each planned SmartJack® location.

After achieving proper cure strength, the new footings provided a permanent load-bearing foundation for the support system.

SmartJack® Column Installation

Galvanized steel SmartJack® support columns were then installed directly atop the newly constructed reinforced footings.

Engineered specifically for residential floor stabilization applications, SmartJack® columns are constructed from high-strength galvanized steel that provides exceptional durability and corrosion resistance in basement environments.

Each SmartJack® assembly was carefully positioned beneath the home's primary structural beams and mechanically secured in place.

Floor Stabilization & Lift

Once installed, the SmartJack® columns were precisely adjusted to transfer loads from the sagging floor structure to the reinforced footings below.

The system immediately eliminated reliance on the inadequate temporary support posts and provided a permanent engineered load path capable of supporting the home's structural requirements.

In addition to stabilizing the floor system, carefully controlled adjustments helped reduce floor deflection and restore portions of the floor framing toward its original elevation.

A major benefit of the SmartJack® system is its adjustability. Should minor settlement occur in the future, the system can be fine-tuned to maintain optimal support and performance.

Final Outcome

By combining the GeoLock®, PowerBrace™, and SmartJack® systems, Erickson Foundation Solutions delivered a comprehensive structural stabilization solution for this Methuen home.

The foundation wall that had bowed inward by three inches was permanently stabilized using the GeoLock® Wall Anchor System, preventing additional movement while providing the opportunity for future wall straightening. The stair-step cracked foundation wall was reinforced with PowerBrace™ steel beams, restoring structural stability and protecting against ongoing soil pressure. Finally, the temporary support posts were replaced with engineered SmartJack® support columns installed on reinforced concrete footings, restoring proper support to the home's floor framing system and reducing floor sagging.

The transformation was immediately evident throughout the basement. Foundation movement was permanently addressed, structural support was restored, and the homeowner gained confidence knowing their home is now protected by professionally engineered repair systems designed to provide reliable performance for decades to come. The completed project showcases the effectiveness of Supportworks® foundation repair products and the expertise of the Erickson Foundation Solutions installation team in solving complex structural problems with permanent solutions.

StableLock® Wall Reinforcement, SmartJack® Floor Stabilization & PolyLevel® Wall Restoration in Lawrence, MA

2026-07-24T16:30:13.05Z

StableLock® Auxiliary Wall Construction

PowerBrace® Steel Reinforcement Installation

The first phase of the project focused on establishing the structural framework required for the StableLock® auxiliary wall system.

Five PowerBrace® galvanized steel I-beams were strategically installed along the affected section of foundation wall. These high-strength steel supports are engineered to resist further inward movement and provide continuous reinforcement for failing foundation walls.

Each PowerBrace® beam was securely anchored at the base and mechanically attached to the floor framing above, creating a rigid load path capable of transferring structural loads throughout the system. Once installed, the beams immediately helped arrest additional wall movement while serving as the backbone of the forthcoming auxiliary wall assembly.

Reinforcing Steel Integration

To maximize structural performance, reinforcing steel rebar was incorporated throughout the wall stabilization system.

Rebar was installed through and around the PowerBrace® framework to create a reinforced matrix within the future concrete wall. This reinforcement significantly improves tensile strength, load distribution, and crack resistance while ensuring the completed assembly functions as a single monolithic structural system.

Formwork & Concrete Placement

After the steel reinforcement was completed, custom formwork was constructed parallel to the existing fieldstone wall to establish the dimensions and profile of the StableLock® auxiliary wall.

The forms were heavily braced to withstand the substantial pressures generated during concrete placement. Spray polyurethane foam was applied along joints and perimeter transitions to prevent leakage and ensure a clean, consolidated concrete pour.

Concrete was then placed between the existing foundation wall and the formwork system, fully encapsulating the PowerBrace® beams and reinforcing steel.

During placement, a mechanical concrete vibrator was utilized to consolidate the concrete, eliminate trapped air pockets, and ensure complete bonding around all reinforcement components. This critical process maximizes density, strength, and long-term durability throughout the wall assembly.

Once placement was complete, the surface was carefully screeded and finished to the specified elevation. After the concrete reached design strength, the formwork was removed, revealing a fully reinforced StableLock® auxiliary wall.

The previously bowing and unstable fieldstone foundation had now been permanently strengthened with a structural concrete wall engineered to resist ongoing soil pressure and prevent future movement.

SmartJack® Floor Stabilization System

With the foundation wall stabilized, attention shifted toward restoring support to the home's compromised floor framing system.

Engineered Footing Installation

To provide adequate long-term support for the SmartJack® columns, sections of the existing basement slab were carefully removed and excavated.

These excavations allowed for the construction of engineered concrete footings designed to distribute loads into competent soil beneath the structure. Proper footing installation is critical to ensuring the long-term performance and stability of the SmartJack® system.

Rebar Reinforcement

Reinforcing steel rebar was installed throughout each footing excavation prior to concrete placement.

The reinforcement increased the structural capacity of the footings, improved load distribution, and enhanced resistance to cracking over time. This created a durable and stable foundation capable of supporting significant structural loads.

SmartJack® Column Installation

After the footings achieved the required cure strength, the SmartJack® base assemblies were installed and anchored directly to the newly constructed footings.

Fifteen galvanized steel SmartJack® columns were then assembled and positioned beneath the home's main support beam. Each column was mechanically connected, adjusted, and calibrated to establish firm contact with the structural framing above.

Once activated, the SmartJack® system transferred loads away from the deteriorated supports and into the engineered footing system below. This process reduced floor sagging, restored structural support, and helped improve floor elevation throughout the affected sections of the home.

Manufactured from high-strength galvanized steel, SmartJack® columns provide exceptional resistance to corrosion and are designed to deliver long-term structural performance in basement environments.

PolyLevel® Wall Restoration & Moisture Protection

To further improve the condition of the remaining fieldstone foundation walls, PolyLevel® Wall Restoration polyurethane foam was applied across approximately 720 square feet of wall surface.

The foam application serves multiple functions within the basement environment. By penetrating and encapsulating irregular fieldstone surfaces, the foam helps bind loose materials together while creating an additional layer of protection against moisture intrusion.

The insulation also reduces humidity-related deterioration, minimizes efflorescence formation, and helps create a cleaner, drier basement environment. This protective barrier extends the lifespan of the existing foundation walls while preparing the space for future finishing or storage use.

Final Outcome

By combining the StableLock®, PowerBrace®, SmartJack®, and PolyLevel® Wall Restoration systems, Erickson Foundation Solutions delivered a comprehensive structural rehabilitation of the home's basement.

The severely bowed fieldstone wall was permanently stabilized and reinforced with a structural auxiliary wall system capable of resisting continued soil pressure. The deteriorated floor support system was restored through the installation of engineered concrete footings and fifteen SmartJack® support columns, eliminating ongoing structural concerns and reducing floor sagging. Finally, the polyurethane wall restoration application helped protect the remaining foundation walls from moisture-related deterioration while creating a significantly drier basement environment.

The homeowner now has confidence that their foundation is secure, their floor system is properly supported, and their basement is protected against future structural and moisture-related issues with a permanent, engineered solution designed to perform for decades to come.

Preparing Your Home for Hurricane Season in New England: Foundation and Waterproofing Tips

2026-06-30T00:00:00.05Z

When most people think about hurricanes, they picture coastal flooding and high winds. But even homeowners living inland throughout New Hampshire and Massachusetts can experience significant water intrusion when tropical storms and hurricanes move through New England.

If your basement has struggled with even a small amount of water in the past, hurricane season can turn a minor nuisance into a major problem. A little seepage after a rainstorm may indicate that your home's waterproofing system isn't equipped to handle the heavy and prolonged rainfall that often accompanies tropical weather systems.
The good news? Taking proactive steps now can help protect your home, your belongings, and your peace of mind.

Why Small Water Problems Become Big Problems During Hurricane Season

Many homeowners tell us, "We only get a little water during really heavy rain." While that may seem manageable, it can actually be a warning sign.

During tropical storms and hurricanes, the ground around your home can become saturated with water. As hydrostatic pressure builds against your foundation walls, water naturally looks for a way inside through:

Foundation cracks
Wall-floor joints
Pipe penetrations
Basement windows
Porous concrete walls and floors

If water has entered your basement before, there's a good chance that a hurricane or tropical storm could lead to a larger intrusion event.

Inspect Your Home Before the Storms Arrive

Before hurricane season is in full swing, homeowners should evaluate their home for signs of moisture problems, including:

Damp basement walls
Water stains
Musty odors
Mold or mildew growth
Efflorescence (white chalky residue on walls)
Standing water after storms
High humidity in basements or crawl spaces

Addressing these signs early can help prevent costly damage later in the season.

Protect Your Basement with the WaterGuard® Drainage System

One of the most effective ways to manage basement water intrusion is with the WaterGuard® Interior Drainage System.

Unlike traditional drain tile systems that can clog with mud and debris, WaterGuard is installed just below the basement floor and along the perimeter of your foundation. It captures water entering from foundation walls and beneath the floor before it reaches your basement.

Benefits of WaterGuard include:

Captures water before it reaches living spaces
Helps prevent flooding and water damage
Minimizes the risk of mold growth
Works seamlessly with a sump pump system

For homes that have experienced occasional seepage, WaterGuard provides a reliable defense against the heavier rainfall often associated with hurricanes and tropical storms.

Don't Rely on a Single Sump Pump

When severe weather strikes, your sump pump becomes one of the most important systems in your home.

That's why Erickson Foundation Solutions recommends the TripleSafe™ Sump Pump System.

The TripleSafe system includes:

Primary Pump

Handles everyday groundwater removal.

Secondary Pump

Activates during periods of heavy water volume when the primary pump alone isn't enough.

Battery Backup Pump

Provides protection during power outages when you need it most.

Power outages are common during tropical storms and hurricanes. A standard sump pump is useless without electricity. The TripleSafe system provides multiple layers of protection, helping keep your basement dry even when conditions are at their worst.

Seal Out Moisture with CleanSpace®

Water isn't the only concern during hurricane season. Excess moisture can create conditions for mold growth, wood rot, and poor indoor air quality.

The CleanSpace® Vapor Barrier System creates a durable moisture barrier that helps keep crawl spaces and basements cleaner, drier, and healthier.

CleanSpace benefits include:

Blocks ground moisture and vapor
Reduces humidity levels
Helps improve indoor air quality
Creates a cleaner storage environment
Works as part of a complete crawl space encapsulation system

For homes with crawl spaces, encapsulation can be especially important during periods of extended rain and elevated humidity.

Don't Ignore Foundation Cracks

Heavy rainfall and saturated soils can put additional pressure on foundation walls. If your home already has wall cracks or signs of foundation movement, hurricane season can worsen existing problems.

Signs to watch for include:

Foundation wall cracks
Bowing or leaning walls
Sticking windows and doors
Uneven floors

If foundation issues are present, addressing them promptly can help prevent further damage during extreme weather events.

Peace of Mind Starts Before the Next Storm

Hurricane season in New England is unpredictable, but your preparation doesn't have to be.

If your basement has experienced even a small amount of water in the past, now is the time to evaluate your home's waterproofing protection. What seems like a minor issue during a typical rainstorm could become a major headache during a tropical storm or hurricane.

At Erickson Foundation Solutions, we help homeowners throughout New Hampshire and Massachusetts protect their homes with customized waterproofing and foundation repair solutions, including WaterGuard®, TripleSafe™, CleanSpace®, SaniDry™, and more.

Don't wait until the next storm warning is issued. A proactive inspection today can help you enjoy greater confidence and peace of mind all hurricane season long.

Basement Waterproofing and Floor Stabilization in Dracut, MA

2026-06-19T13:37:08.05Z

SmartJack® System Installation: Permanent Floor Stabilization

Removal of Failing Support Columns

The structural repair process began with the removal of the existing temporary supports once we installed our own adjustable temporary support posts. The aging lally columns and split wooden support posts had deteriorated over time and were no longer providing reliable load-bearing capacity. Their inability to adequately transfer structural loads had contributed to floor settlement, sagging, and excessive movement throughout portions of the home's floor system.

Footing Excavation & Base Preparation

To provide proper support for the new SmartJack® system, sections of the basement floor slab were carefully opened and excavated. Concrete and underlying soil were removed to create stable footing locations capable of supporting the new structural loads.

These excavations were strategically positioned beneath key load-bearing points within the floor framing system to maximize support and stabilization.

Reinforced Concrete Footing Construction

Each excavation was prepared for the installation of a reinforced concrete footing. Steel reinforcing bar (rebar) was incorporated into the footing design to improve tensile strength and increase long-term load-bearing performance.

The reinforced footings were then poured and carefully finished to create a stable foundation capable of supporting the SmartJack® assemblies and efficiently transferring structural loads into the ground below.

SmartJack® Installation & Adjustment

Once the concrete footings achieved the required curing strength, four SmartJack® assemblies were installed beneath the floor system.

Each galvanized steel SmartJack® was carefully positioned to support critical structural members and address areas exhibiting settlement and floor deflection. The system's heavy-duty adjustable screw-jack mechanism allowed technicians to accurately lift and stabilize the floor framing while reducing floor bounce and restoring proper support.

One of the key advantages of the SmartJack® system is its ability to be adjusted over time if additional fine-tuning is ever required, ensuring long-term performance and adaptability.

Final Encapsulation & Load Transfer

Following installation and adjustment, the SmartJack® assemblies were secured within concrete to further improve stability and optimize load transfer.

The galvanized steel construction of the SmartJack® system provides exceptional resistance to rust and corrosion, making it particularly well-suited for basement environments where moisture exposure can compromise traditional painted steel lally columns. The completed installation delivered a permanent support solution capable of maintaining the home's structural integrity for years to come.

WaterGuard® Drainage System: Capturing Groundwater at the Source

With the structural repairs complete, attention turned to resolving the basement's longstanding water intrusion issues.

To intercept groundwater before it could enter the living space, approximately 30 linear feet of WaterGuard® perimeter drainage system was installed along the affected foundation wall.

After carefully removing sections of concrete along the wall perimeter, the WaterGuard® system was positioned at the footing level where groundwater naturally accumulates under hydrostatic pressure. Unlike traditional drain tile systems that can become clogged with mud and sediment, WaterGuard® is specifically designed to remain clear while efficiently collecting water entering beneath the basement floor and through foundation wall joints.

Once installed, the drainage channel was connected directly to the sump pump system, creating a dedicated pathway for the safe removal of groundwater from the structure.

The floor slab was then restored, leaving only an inconspicuous drainage inspection port visible for future service access.

CleanSpace® Wall System: Controlling Foundation Wall Seepage

To further address moisture infiltration, approximately 30 linear feet of CleanSpace® wall system was installed on the section of foundation wall experiencing active seepage.

The durable CleanSpace® vapor barrier acts as a moisture control membrane, preventing water vapor and wall seepage from entering the basement environment. Rather than allowing moisture to evaporate into the space, the system directs water downward behind the liner and into the WaterGuard® drainage channel for controlled collection and removal.

By integrating CleanSpace® with the drainage system, the entire wall section became part of a coordinated waterproofing strategy designed to manage water before it could enter the basement.

In addition to improving moisture control, the bright white wall covering provided a cleaner, more finished appearance to the basement space.

UltraSump® Battery Backup System: Reliable Water Management

Water collected by the WaterGuard® drainage system was directed into an UltraSump® sump pump system installed within an airtight sump liner.

As groundwater enters the liner, the UltraSump® pump actively removes water from the basement and discharges it safely away from the foundation. Its high-performance design provides dependable protection against rising groundwater levels and basement flooding.

A significant advantage of the UltraSump® system is its integrated battery backup capability. In the event of a power outage, which often occurs during severe storms when sump pumps are needed most, the backup system automatically activates and continues protecting the basement from flooding.

This added layer of redundancy ensures uninterrupted groundwater management even during electrical failures.

IceGuard® Discharge Protection & Exterior Drainage

After water leaves the sump pump system, it travels through a dedicated discharge line installed to carry groundwater safely away from the home's foundation.

To ensure year-round reliability, an IceGuard® anti-freeze discharge fitting was incorporated into the discharge assembly. During winter months, exterior discharge lines can occasionally become blocked by snow, ice, or freezing conditions. If this occurs, the IceGuard® fitting provides an alternate escape route for water, preventing the discharge system from backing up into the basement.

Following installation, the discharge line was buried to protect it from environmental exposure while directing water a safe distance away from the foundation, minimizing the potential for groundwater recirculation near the home.

Final Outcome

By combining SmartJack®, WaterGuard®, CleanSpace®, UltraSump®, and IceGuard® systems, Erickson Foundation Solutions transformed a basement that had been plagued by chronic water intrusion and inadequate structural support into a dry, stable, and protected space.

The temporary support posts were replaced with a permanent engineered floor stabilization system capable of correcting sagging floors and reducing floor bounce, while the comprehensive waterproofing system now captures, manages, and removes groundwater before it can cause damage.

The transformation was evident in the completed project. What was once a basement requiring frequent cleanup with a shop vacuum now benefits from a fully integrated waterproofing strategy and durable structural reinforcement. The homeowner gained peace of mind knowing their basement is protected against future flooding, their floors are properly supported, and their home's long-term structural integrity has been restored with permanent solutions designed to perform for decades.

Garage Settlement Repair in Little Compton, RI

2026-06-05T13:24:26.05Z

Installation Process and System Details

Push Pier Installation (Deep Foundation Stabilization)

To stabilize the settling garage foundation, 10 steel Push Piers were strategically installed along the exterior perimeter. The installation process began with excavation at each pier location to expose the footing.

Heavy-duty steel pier brackets were then securely attached to the foundation footing. From there, sectional steel pier shafts were hydraulically driven deep into the ground until they reached competent load-bearing strata. This is stable soil or bedrock capable of supporting the structure’s weight.

Once all piers reached suitable bearing capacity, the system was collectively hydraulically pressurized. This critical step transfers the structural load from unstable surface soils to the deeper, more stable strata. In addition to permanently stabilizing the foundation, this process can also achieve controlled lift, raising the structure closer to its original elevation where conditions allow.

This deep foundation repair method effectively halts ongoing settlement and protects against future soil-related movement.

GeoLock™ Wall Anchor Installation (Wall Stabilization System)

To address lateral movement and stabilize the outward-bowing foundation walls, 4 GeoLock Wall Anchors were installed.

The process began by excavating a trench beneath the garage floor to prepare for anchor placement and ensure proper system alignment. Small excavation areas were also created outside the foundation wall where the earth anchor plates would be embedded.

High-strength galvanized steel anchor rods were then drilled through the foundation wall from the exterior of the foundation to the interior trench area. These rods extend beyond the active failure zone into stable, undisturbed soil, which is essential for long-term performance.

Once in place, GeoLock earth anchor plates were installed in the interior soil and securely embedded. On the exterior side, wall plates were attached to the anchor rods along the foundation wall surface.

The system was then mechanically tightened, applying controlled tension between the exterior wall plates and interior earth anchors. This action creates a counteracting force that stabilizes the wall and helps prevent any further outward movement. Over time, the system can also allow for incremental wall straightening.

Restoration and Final Finishing

After installation, all interior and exterior excavation areas were carefully restored. The trench beneath the garage floor was backfilled and compacted to ensure proper structural support, followed by the placement and finishing of new concrete to restore the slab surface.

Exterior excavation sites from both the Push Pier and GeoLock installations were also backfilled and properly graded. This ensures that soil is stabilized and surface water is directed away from the foundation, supporting proper drainage and preventing future soil-related issues.

Result

With the installation of 10 Push Piers and 4 GeoLock Wall Anchors, the home’s foundation is now fully stabilized against both vertical settlement and lateral wall movement. This integrated foundation repair solution provides long-term structural support, restores stability, and protects the home from further damage, thus giving the homeowner lasting peace of mind.

Older New England Homes: Hidden Basement Issues You Shouldn't Ignore

2026-05-29T00:00:00.05Z

New Hampshire and Massachusetts are known for their charm. They have historic colonials, capes, and farmhouses that have stood for generations. But while these homes offer timeless character, they also come with aging foundations and basement systems that weren’t built to modern standards.

If you own an older home in New England, what you can’t see in your basement may be costing you more than you think. Here’s what every homeowner should know.

Why Older New England Homes Are More Vulnerable

Homes built before the 1950s were constructed using materials and methods that differ drastically from today’s standards. In many cases, these homes feature:

Fieldstone or stone foundations
Lime mortar (which deteriorates over time)
Minimal or no waterproofing systems
Shallow footings or outdated structural supports

Combine that with New England’s harsh climate (freeze-thaw cycles, heavy snowmelt, and frequent rain) and it’s no surprise that basement issues are common.

1. Stone Foundation Deterioration

Many older homes in NH and MA sit on fieldstone foundations, which are beautiful but porous and prone to shifting.

Warning Signs:

Crumbling or missing mortar
Water seeping through walls
Drafty or damp basement conditions

Why It Matters:

Unlike poured concrete, stone foundations allow water to pass through more easily. Over time, this moisture can weaken structural integrity and create a perfect environment for mold.

2. Water Intrusion & Basement Moisture

Older homes were rarely built with modern drainage systems, making basement water problems one of the most common issues.

Common Causes:

Hydrostatic pressure from saturated soil
Poor exterior grading
Failed or nonexistent footing drains

Symptoms to Watch:

Musty odors
Damp walls or floors
Efflorescence (white, chalky residue)
Standing water after storms

The Risk:

Unchecked moisture can lead to mold growth, wood rot, and even damage to your home’s air quality.

3. Foundation Cracks & Structural Movement

New England’s freeze-thaw cycles cause soil to expand and contract, putting stress on older foundations.

Signs of Trouble:

Horizontal or stair-step cracks
Bowing or leaning walls
Doors and windows sticking

Why You Shouldn’t Ignore It:

These aren’t just cosmetic issues. They can signal serious structural instability that worsens over time if left untreated.

4. Sagging Floors & Failing Support Systems

Inside older homes, basement support systems often include wood beams and columns that may be undersized or deteriorating.

Red Flags:

Uneven or bouncy floors
Gaps between walls and ceilings
Visible sagging in support beams

The Cause:

Over time, wood can weaken due to moisture, pests, or simple age. Combined with poor load distribution, it leads to noticeable structural issues upstairs.

5. High Radon Levels

Both New Hampshire and Massachusetts have some of the highest radon levels in the country, and older basements are especially vulnerable due to:

Cracked foundations
Dirt or stone floors
Poor ventilation

Why It’s Critical:

Radon is a radioactive gas and a leading cause of lung cancer. Because it’s invisible and odorless, testing is the only way to know if your home is at risk.

How to Protect Your Home

The good news? These issues are common and fixable when addressed early.

Don’t Wait for Small Problems to Become Big Repairs

One of the biggest mistakes homeowners make is assuming that basement issues are “normal” for older homes. While they may be common, they’re not harmless.

Early warning signs often go unnoticed until they become expensive repairs...or worse, impact your family’s health and safety.

Schedule a Professional Inspection

If you live in New Hampshire or Massachusetts and own an older home, a professional basement and foundation inspection can give you peace of mind.
An expert can:

Identify hidden issues
Recommend tailored solutions
Help protect your home’s long-term value

Final Thoughts

Older New England homes are built to last, but only with proper care and maintenance. By addressing basement and foundation issues early, you can preserve your home’s character without sacrificing safety, comfort, or value.

Looking for expert help?

Erickson Foundation Solutions specializes in basement waterproofing, foundation repair, concrete leveling, and radon mitigation throughout New Hampshire and Massachusetts.

Basement Repair in Beverly, MA

2026-05-22T16:59:29.05Z

Installation Process & System Details

Fieldstone Wall Stabilization with Polyurethane Foam

To address the deteriorating fieldstone walls, a polyurethane foam coating was applied across the surface. This advanced material penetrates gaps and irregularities within the stone foundation, binding the structure together and reducing further movement.

The foam also acts as a moisture barrier, sealing pathways where water previously entered. This significantly improves the durability and water resistance of the foundation while preserving the character of the original fieldstone construction.

SmartJack® Structural Support System

To correct the sagging floors, the installation team first constructed engineered concrete footings within the basement floor. These footings were reinforced with embedded steel rebar, creating a stable and durable load-bearing base.

The SmartJack® system was then installed on top of these footings and securely connected to the main support beam. Each of the 5 jacks were carefully adjusted to apply controlled, incremental lift, stabilizing the floor system and, where possible, restoring it to a more level position.

SmartJack® systems are specifically engineered for high-capacity load support and long-term performance, making them an ideal solution for addressing weakened or undersized support posts.

Drainage Matting & Subfloor Water Management

Before pouring the new slab, a drainage matting system was installed across the entire basement floor. This layer creates a subfloor channel that allows water to move freely beneath the surface, preventing buildup and directing moisture toward the perimeter drainage system.

This approach ensures that any water entering the basement is properly managed before it can reach the finished surface.

WaterGuard® Interior Drainage System

The WaterGuard® drainage system was installed along the interior perimeter of the basement. Unlike traditional drains, WaterGuard® sits just above the footing, positioned to capture water entering from walls or the floor without clogging from soil or debris.

Collected water is efficiently channeled toward the sump system, preventing it from reaching the basement interior and maintaining a dry environment.

TripleSafe® Sump Pump System

To ensure reliable water removal under all conditions, the TripleSafe® sump pump system was installed. This system features a three-pump design:

A primary pump for everyday water management
A secondary, high-capacity pump for heavy water flow
A battery-powered backup pump for operation during power outages

Together, these components provide redundant protection, ensuring continuous performance even during extreme weather or emergencies. The system offers homeowners peace of mind knowing their basement is protected at all times.

New Concrete Slab Installation

To complete the transformation, a new concrete slab was poured over the drainage matting system. This restored the structural integrity of the basement floor while providing a clean, durable, and level surface.

The new slab works in tandem with the underlying drainage system, ensuring long-term functionality and resistance to moisture-related damage.

Results & Homeowner Outcome

Upon completion, the basement was fully restored into a dry, stable, and structurally sound space. The comprehensive system delivered several key benefits:

Stabilized and reinforced fieldstone foundation walls
Corrected sagging floors with engineered structural support
Complete perimeter waterproofing with efficient drainage
Reliable, year-round moisture protection through the TripleSafe® system
A durable, level concrete floor with integrated drainage beneath

The transformation is substantial, turning a compromised basement into a dependable, long-lasting part of the home. The homeowner now enjoys a dry, stable environment backed by proven solutions designed for performance and durability.

Conclusion

This Beverly, MA project highlights the importance of addressing both structural and water-related issues with a fully integrated solution. By combining polyurethane wall stabilization, SmartJack® structural support, and advanced waterproofing systems like WaterGuard® and TripleSafe®, Erickson Foundation Solutions delivered a permanent fix tailored to the home’s unique challenges.

The result is a basement that not only performs reliably but also provides long-term peace of mind. Another successful example of Erickson Foundation Solutions’ commitment to quality craftsmanship and expertise in “All Things Basementy.”

Comprehensive Radon Mitigation, Air Quality Improvement & Crawl Space Encapsulation in Hollis, NH

2026-05-08T15:09:31.05Z

Installation Process & System Details

Crawl Space Encapsulation with CleanSpace®

A total of 490 square feet of CleanSpace® vapor barrier was professionally installed along crawl space floors and foundation walls. Unlike generic vapor liners, CleanSpace® is a thick, reinforced, puncture‑resistant encapsulation system engineered to provide long‑term moisture and vapor control.

The liner was carefully sealed at seams, mechanically secured to the walls, and sealed around all penetrations to create a continuous barrier. This encapsulation prevents ground moisture from evaporating into the crawl space, helping to control humidity, reduce musty odors, and protect wooden structural components from decay. When properly installed, CleanSpace® also serves as an added defense against radon gas migration into the home.

Custom Sump Pump Sealing

To eliminate a major source of radon and moisture intrusion, a custom‑fitted, airtight sump pump cover was installed over the existing sump pit. This sealed liner prevents moisture vapor from escaping into the basement and blocks soil gases—including radon—from entering the living space. The cover also improves the overall efficiency of nearby radon mitigation systems by preserving proper pressure differentials beneath the home.

Dual Radon Mitigation Systems

Given the size, layout, and foundation complexity of this historic home, two radon mitigation systems were installed to ensure effective depressurization across all affected areas.

Each system includes a dedicated radon extraction point installed through the foundation, targeting radon‑laden soil beneath crawl spaces and slab areas. PVC piping was securely connected and routed through the home’s siding to the exterior.

High‑efficiency radon mitigation fans were installed outside the structure to actively induce sub‑slab and crawl space depressurization. These fans continuously draw radon gas from beneath the home and vent it safely outdoors.

PVC vent piping was routed vertically above the roofline in accordance with accepted venting practices, ensuring radon gases are safely dispersed away from windows, doors, and re‑entry points—providing effective, long‑term radon reduction.

Indoor Air Quality Improvement with ERV

To further enhance indoor air quality and humidity control, one Energy Recovery Ventilator (ERV) was installed. The ERV continuously exchanges stale indoor air with fresh outdoor air while capturing and transferring up to 80% of the thermal energy from the outgoing air stream.

This process improves air quality, balances humidity levels, and increases overall energy efficiency—helping reduce heating and cooling costs while maintaining healthier indoor conditions.

To ensure proper and safe exhaust, purpose‑built vent covers were installed over basement window openings, allowing controlled airflow while protecting the home from weather intrusion and pests.

Results & Homeowner Outcome

Upon completion of the project, the installation crew performed a full cleanup and conducted a detailed walkthrough with the homeowner. The results delivered immediate and long‑term benefits:

Significantly reduced radon levels through dual radon mitigation systems
Improved indoor air quality and humidity balance with ERV ventilation
A dry, sealed crawl space protected by 490 sq. ft. of CleanSpace® encapsulation
Reduced moisture vapor and radon infiltration via a custom airtight sump cover

The homeowner now benefits from a healthier indoor environment, improved energy efficiency, and a crawl space engineered for durability and long‑term protection.

Conclusion

This Hollis, NH project highlights Erickson Foundation Solutions’ ability to design and install integrated radon mitigation, air quality, and crawl space encapsulation solutions, even in historically significant homes. By addressing moisture, soil gases, and ventilation as a complete system, we delivered a safe, stable, and healthier home—reinforcing our commitment to protecting what matters most.

Another successful example of Erickson Foundation Solutions: truly the experts in “All Things Basementy.”

Foundation Wall Repair vs. Replacement: Why Repair Is Often the Better Solution

2026-04-28T00:00:00.05Z

When a foundation wall starts to bow, crack, or lean, many homeowners understandably fear the worst—complete foundation replacement. While replacement is sometimes necessary, most foundation walls can be permanently stabilized and repaired without demolition.

At Erickson Foundation Solutions, we specialize in proven repair systems that restore strength, safety, and value—often at a fraction of the cost and disruption of replacement.
Below, we answer the most common questions homeowners ask when deciding between repair and replacement.

Can a Bowing or Cracked Foundation Wall Really Be Repaired?

Yes—if the wall is structurally viable.
Many foundation walls show signs of failure due to:

Excessive soil pressure
Poor drainage or water buildup
Freeze/thaw cycles
Expansive or clay soils

If the wall has not fully collapsed or experienced significant material loss, it can usually be stabilized using engineered reinforcement systems. In fact, repairing early prevents progression and eliminates the need for future replacement.

Why Is Repair Preferred Over Foundation Wall Replacement?

1. Significantly Lower Cost

Foundation replacement requires:

Excavation around the entire wall
Temporary structural support of the home
Demolition and disposal
New concrete placement and curing time

Foundation repairs use targeted reinforcement, reducing labor, equipment, and material costs—while delivering long-term performance.

2. Minimal Disruption to Your Home

Replacement often means:

Landscaping destruction
Damaged walkways and driveways
Lengthy construction timelines

Foundation repair systems are usually installed from inside the basement, keeping excavation to a minimum and allowing homeowners to stay comfortably in their homes.

3. Engineered for Long-Term Performance

Modern foundation repair products are designed, tested, and proven to permanently stabilize foundation walls—not just patch surface cracks.

What Repair Solutions Does Erickson Foundation Solutions Offer?

PowerBraces® — Steel Wall Reinforcement

Best for: Bowing or leaning walls with inward movement

PowerBraces are:

Custom-fit steel I-beams installed floor-to-joist
Anchored to the foundation footing and framing
Designed to stop wall movement immediately
Capable of future wall straightening over time

No exterior excavation required
Zinc-coated steel for corrosion resistance
Ideal for poured concrete or block walls

GeoLock® Wall Anchor System — External Stabilization

Best for: Walls that are severely bowing or cracking

GeoLock anchors work by:

Connecting the failing wall to stable soil beyond the foundation
Using high-strength steel rods and earth anchors
Actively pulling the wall back into position

Extremely strong and permanent
Allows for wall straightening
Works for block and poured walls

StableLock® Auxiliary Walls — Maximum Reinforcement

Best for: Heavily damaged walls that are still salvageable

StableLock auxiliary walls:

Are reinforced concrete walls built inside the existing foundation
Transfer loads directly to the foundation footing
Restore structural integrity without removing the original wall

Stronger than traditional wall replacement
Minimal excavation
Often faster and less expensive than replacement

Is Foundation Wall Repair as Strong as Replacement?

In many cases, yes—or stronger.

Repair systems like PowerBraces, GeoLocks, and StableLock auxiliary walls are engineered to outperform standard residential foundation construction. When installed correctly, these solutions provide permanent stabilization that meets or exceeds structural requirements.

When Is Foundation Wall Replacement Necessary?

Replacement may be required if:

The wall has collapsed
There is severe material deterioration
The foundation has lost load-bearing capacity

This is why a professional evaluation is critical. At Erickson Foundation Solutions, we only recommend replacement when repair is not feasible.

What Happens If I Delay Repair?

Ignoring foundation wall problems can lead to:

Increased bowing and cracking
Water intrusion
Structural damage above the foundation
Higher repair costs down the road

Early intervention with a targeted repair system protects your investment and prevents escalation.

How Do I Know Which Repair Is Right for My Home?

Every foundation is unique. Factors include:

Amount of wall movement
Soil conditions
Foundation material
Access and layout

That’s why Erickson Foundation Solutions provides free, thorough foundation inspections to determine the most effective—and cost-efficient—solution.

Repair First, Replace Only When Necessary

If your foundation wall is bowing, cracking, or leaning, replacement is not your only option. In most cases, professionally engineered repairs can permanently stabilize your foundation, save money, and preserve your home with far less disruption.

Schedule a free foundation inspection with Erickson Foundation Solutions today to discover whether foundation wall repair is the right solution for your home.

Foundation Settlement and Wall Repair in Nashua, NH

2026-04-28T15:34:27.05Z

Push Pier System: Settlement Stabilization & Lift

The primary concern was vertical foundation settlement. To correct this, push piers were installed beneath the home’s footing along the affected areas.

Pier Installation & Load Transfer

Each push pier bracket was secured to the foundation footing, and high-strength steel pier sections were hydraulically advanced into the ground. The piers were driven downward until they reached competent, load-bearing soil or bedrock, effectively bypassing weak and unstable near-surface soils.

This approach permanently transferred the weight of the home away from unreliable soils and onto deeper, stable strata capable of supporting the structure long-term.

Controlled Foundation Lift

Once all 15 push piers were installed, they were hydraulically synchronized and carefully pressurized in unison. This controlled lift process allowed the home to be raised toward its original elevation in a uniform manner.

By lifting gradually and evenly, structural alignment was improved while minimizing stress on the foundation walls, framing, and interior finishes. The result was restored load distribution and a stabilized foundation system designed to prevent future settlement.

GeoLock® Wall Anchors: Lateral Wall Stabilization

In addition to settlement, lateral pressure from surrounding soils had contributed to foundation wall movement and cracking. To address this, GeoLock® wall anchors were installed at strategic locations.

Exterior Excavation & Anchor Placement

Exterior excavation was performed to create properly sized trenches for the installation of the GeoLock® system. High-strength steel threaded rods were advanced through the foundation wall and extended outward into the excavated areas.

In stable, undisturbed soil, GeoLock® earth anchors were embedded and secured to the rods. These anchors are engineered to resist significant lateral forces, creating a dependable anchorage point beyond the active pressure zone near the foundation.

Interior Tensioning & Load Resistance

On the interior, GeoLock® anchor plates were mounted to the rods and torqued to engineered specifications. This tensioning process transferred lateral soil pressure away from the foundation wall and into the stable exterior soil mass.

Once engaged, the system arrested further wall movement and provided long-term lateral stabilization. GeoLock® aesthetic covers were installed over the interior plates for a clean, finished appearance.

Injection Crack Sealant: Moisture Protection

With all structural stabilization systems in place, attention turned to repairing the compromised foundation cracks.

Fourteen linear feet of injection crack sealant were installed along the affected areas. Unlike prior cosmetic repairs, this crack sealing was performed after stabilization, ensuring the repair would remain intact.

The injected sealant fully penetrated the cracks, restoring the foundation wall’s moisture barrier and preventing future groundwater intrusion. With movement eliminated, the crack repair can now perform as intended for the long term.

Final Restoration & Site Completion

All concrete removed during the push pier installation was restored to its original grade. Exterior trench areas were carefully backfilled and compacted to maintain soil integrity and proper drainage around the home.

Final Outcome

By integrating push piers, GeoLock® wall anchors, and professional crack sealing, the foundation was fully stabilized both vertically and laterally. Settlement was corrected, wall movement was eliminated, and the foundation’s water barrier was restored.

What began as visible cracking, sticking doors, and moisture intrusion is now a secure, stabilized foundation system engineered to protect the home for decades. The homeowner gained lasting peace of mind, knowing the underlying structural issues were resolved—not just covered up—with permanent, professionally engineered solutions.

Foundation Wall Stabilization and Structural Reinforcement in Meredith, NH

2026-04-03T16:08:04.05Z

PowerBrace® System: Internal Wall Stabilization

To immediately halt inward movement of the foundation wall, the PowerBrace® system was installed along the affected section. Each steel I‑beam was carefully positioned vertically against the failing wall and securely anchored to the floor system and overhead joists.

By tying directly into the home’s framing, the PowerBrace® beams created a permanent structural restraint capable of resisting ongoing lateral soil pressure. This system ensured the wall could no longer flex inward while serving as a critical load‑transfer component for the reinforced auxiliary wall to follow.

StableLock® Footing & Auxiliary Wall Construction

With the PowerBrace® beams in place, the next phase focused on constructing a reinforced auxiliary concrete wall to provide long‑term structural support.

Reinforced Footing Installation

Concrete was poured to form a continuous reinforced footing along the interior of the foundation wall. This footing fully encapsulated the base of each PowerBrace® beam, locking them into position and significantly increasing their resistance to movement.

Rebar Integration

Reinforcing steel (rebar) was installed through the PowerBrace® beams and within the footing. This integration enhanced lateral load transfer and ensured that once the auxiliary wall was poured, the entire system would function as a unified structural element capable of resisting outward pressure.

Formwork, Bracing & Concrete Placement

Formwork was constructed parallel to the existing foundation wall to define the dimensions of the StableLock® auxiliary wall. The forms were carefully aligned to ensure a straight, uniform wall profile.

To prevent deflection or failure during the concrete pour, the forms were reinforced with strategically placed wooden bracing. This bracing eliminated movement, maintained precise wall geometry, and protected against blowouts during placement.

Concrete was then systematically poured between the existing foundation wall and the form system. Continuous vibration was applied throughout the pour to fully consolidate the concrete, eliminate air pockets, and ensure complete encapsulation of reinforcement elements. After the concrete cured to design strength, the forms were removed, revealing a solid, reinforced auxiliary wall that restored the structural integrity of the failing foundation section.

GeoLock® Wall Anchors: Supplemental Lateral Support

Where septic placement allowed, GeoLock® wall anchors were installed to provide additional lateral restraint against soil pressure.

High‑strength steel GeoLock® rods were advanced through the new auxiliary wall and the existing foundation wall, extending into pre‑excavated exterior trenches. In stable, undisturbed soil, exterior anchor plates were attached and embedded to create a firm anchorage point.

Inside the basement, interior GeoLock® plates were positioned against the foundation wall and torqued to design specifications. Activating the system transferred lateral loads from the wall into stable soil, providing further resistance to inward movement and reinforcing the overall stabilization strategy.

Final Outcome

By combining PowerBrace®, StableLock®, and GeoLock® systems, the compromised foundation wall was fully stabilized and structurally reinforced. The transformation was immediate and dramatic—what began as a wall plagued by cracking and displacement is now a fortified structure designed to resist ongoing soil pressure and protect the home for decades to come.

The homeowner gained peace of mind knowing the foundation is secure, the risk of further movement has been eliminated, and the home’s structural integrity has been restored with a permanent, engineered solution.

Walkway & Patio Trip Hazard Elimination for a Safety‑Focused Homeowner in Epping, NH

2026-03-13T13:08:17.05Z

Precision Re‑Alignment with Slab Jacks

To correct the trip hazards and restore the proper walking plane, slab jacks were positioned at key lift points along the most affected panels. The jacks allowed our crew to incrementally and precisely re‑align each concrete section back to its intended elevation. This controlled mechanical support was critical to prevent over‑correction, to match edges smoothly at neighboring slabs, and to re‑establish correct pitches for surface drainage.

Controlled PolyLevel Injection for Uniform Lift & Stabilization

With the panels held in their target positions by the slab jacks, we drilled small, pea‑sized ports at strategic locations and injected high‑density PolyLevel polyurethane foam beneath the slabs. As the foam expanded, it occupied subsurface voids, delivering uniform lifting and bearing support across the underside of each slab. The expanding polyurethane not only raised the settled sections but also compacted and stabilized the soils immediately below the slab, reducing the risk of future resettlement. Because the lift is controlled and precise, the panels were brought to elevation without large, invasive demolition, and the small injection points were later patched to blend with the surrounding surface.

Long‑Lasting Joint Protection with NexusPro

Once elevations were corrected, we addressed the moisture pathways. NexusPro joint sealant was installed across all critical concrete joints (200 ft total) to block water intrusion and protect against soil erosion under the slabs. NexusPro’s flexible, UV‑resistant formulation is designed to withstand seasonal movement and sun exposure, unlike ordinary caulks that can dry out, crack, and lose adhesion. By sealing these joints, we cut off one of the main drivers of slab settlement: water infiltration and washout of supporting soils.

Surface Sealing for Durability with SealantPro

To provide comprehensive protection from the top down, we applied SealantPro across the concrete surfaces (440 ft total coverage as specified). SealantPro penetrates and bonds with the concrete matrix, creating a durable barrier that resists water penetration and harsh chemicals (such as de‑icers). During application, the product appears green to visually confirm even coverage, then cures to a clear finish so the concrete retains its natural appearance while gaining long‑term defense against moisture and contaminants.

Installation Process

Surface Prep & Layout

To begin the concrete repair and leveling process, the crew thoroughly cleaned all slab surfaces to remove dust, loose debris, and surface contaminants that could interfere with injection accuracy or product adhesion. Once the slabs were prepped, the team carefully mapped out all lift points and injection port locations. These placements were determined based on slab dimensions, thickness, the direction and extent of settlement, and areas where precise elevation matching was critical. Proper layout at this stage ensured that the forthcoming PolyLevel injections would distribute evenly and deliver controlled, predictable lifting.

Slab Jack Setup & Controlled Pre‑Lift

With the layout complete, slab jacks were positioned at strategic locations to control slab movement during the lifting process. These jacks allowed the team to perform a controlled pre‑lift, gradually bringing each sunken panel closer to its intended elevation before any foam was introduced. During this step, elevations were monitored continuously to ensure smooth transitions between slab edges and to maintain proper drainage slopes. Establishing this controlled pre‑lift ensured that the slabs would be ready to accept the PolyLevel foam with minimal stress and maximum accuracy.

Micro‑Port Drilling

Next, the crew drilled small, minimally invasive injection ports through the slabs using a precision masonry bit. These pea‑sized holes were placed exactly where previously mapped to support optimal foam flow beneath the concrete. Port spacing was carefully calculated to promote uniform distribution of PolyLevel foam under the slab, avoiding point‑loading and preventing uneven or unbalanced lifting. This meticulous drilling layout set the stage for a controlled, highly accurate lifting phase.

PolyLevel Injection & Real‑Time Elevation Control

With slab jacks engaged and injection ports prepared, the team began injecting high‑density PolyLevel beneath the slabs. The foam was introduced in small, controlled lifts, allowing technicians to monitor the rising slab in real time. Elevations were checked continuously, and slab jacks were adjusted as needed to prevent overshooting the target height. As the foam expanded, it filled voids, stabilized the underlying soils, and lifted the concrete panels to their precise final elevations. Once cured, the PolyLevel locked the slabs into place, creating long‑term stabilization and preventing future settlement.

Port Patching & Finish Work

After achieving the final lift, all injection ports were removed and carefully patched to match the surrounding slab surface. This finishing work ensured a clean, seamless appearance, leaving no visible evidence of the small access holes used during injection. The final finish blended naturally with the existing concrete, restoring a uniform and polished look to the walkways.

Joint Preparation & NexusPro Application

The crew then shifted focus to joint sealing. All joints and cracks were cleaned thoroughly to ensure strong adhesion for the NexusPro joint sealant. Once prepared, 200 linear feet of joints were filled with NexusPro, creating a continuous, flexible, water‑tight seal along all slab joints and cracks. This high‑performance sealant not only prevents moisture intrusion and soil washout but also resists UV exposure and seasonal expansion and contraction, ensuring long‑term protection.

SealantPro Surface Sealing

After the joints were protected, the concrete surfaces were cleaned again to prepare them for surface sealing. SealantPro was applied across the walkway and patio, covering 440 feet as specified. During installation, SealantPro appears green. This temporary tint ensures full coverage and even application. As it cures, the product transitions to a clear, natural finish that preserves the slab’s appearance while dramatically improving durability. SealantPro creates a penetrating, chemical‑bonded barrier that shields the concrete from water penetration, de‑icing salts, and everyday wear.

Final Quality Check & Walkthrough

To conclude the project, the crew performed a detailed quality inspection, verifying slab elevations, confirming NexusPro adhesion, and ensuring smooth, even SealantPro coverage. Once all elements passed inspection, the team completed a final walkthrough with the homeowner, reviewing the restored surfaces, explaining maintenance guidelines, and answering questions. By the end of the visit, the homeowner had safe, level, and fully protected concrete walkways ideally suited for aging in place with confidence.

Basement Flooding Due to Foundation Wall Instability in Dunbarton, NH

2026-02-27T16:17:53.05Z

Arrival & Pre‑Installation Walkthrough

On the scheduled installation day, the foreman contacted the homeowner upon departure to confirm our arrival window. After greeting the homeowner, the crew completed a thorough walkthrough of the basement and exterior. We reviewed the scope of work, confirmed protection plans for flooring and belongings, identified utility locations, and addressed any remaining questions. Once expectations were aligned, the basement waterproofing and foundation repair work began.

Perimeter Preparation & WaterGuard® Sub‑Floor Drainage Installation

Objective: Intercept groundwater before it enters the basement and relieve hydrostatic pressure along the footing.

Concrete Removal & Channel Creation:
- The crew carefully removed a controlled strip of concrete along the interior perimeter to create a dedicated trench for the WaterGuard® interior perimeter drainage system. Dust control and debris containment measures were used to protect the living space.

Substrate Conditioning:
- The trench was cleaned and prepared to ensure proper grade and flow. Crushed stone was placed as a stable, free‑draining base to support the WaterGuard components.

WaterGuard® Placement & Pitching:
- WaterGuard® was installed atop the foundation footing, ensuring a continuous, positive slope toward the sump pump basin. This configuration efficiently intercepts groundwater at the wall‑floor joint and conveys it through the system for controlled discharge, preventing seepage and reducing hydrostatic pressure against the wall.

Integration with Sump System:
- The interior drainage was connected directly to the sump pump liner so that all collected water is directed to the pump for removal from the home.

TrenchDrain™ Surface Drainage Around Fixed Utilities

Objective: Capture surface water where WaterGuard cannot be installed due to obstructions.

Targeted Concrete Removal:
- Around immovable utilities (e.g., oil tanks, water heaters, sinks, or door thresholds), we precisely removed concrete to form a trench for TrenchDrain™.

TrenchDrain™ Installation & Tie‑In:
- The TrenchDrain™ surface drainage system was set to collect water at the slab surface in these high‑flow or obstructed areas. It was then seamlessly tied into the WaterGuard network, creating one continuous path for water to reach the sump basin.

CleanSpace® Vapor Barrier on Moisture‑Vulnerable Walls

Objective: Control wall seepage and reduce basement humidity.

Targeted Wall Coverage:
- CleanSpace® vapor barrier was installed on foundation wall sections identified as vulnerable to moisture intrusion, including cracks, cold joints, and porous areas.

Moisture Management:
- Any water migrating behind the liner is directed into the WaterGuard system. This layered approach reduces ambient humidity, supports mold prevention, and enhances overall moisture control in the basement.

Sump System Integration: WaterGuard® → UltraSump® Liner

Objective: Ensure reliable, controlled evacuation of collected water.

Direct Connection:
- WaterGuard® discharges directly into the UltraSump® sump pump liner, ensuring an efficient hydraulic path from collection to removal. This minimizes risk of overflow and increases system reliability during peak inflow events.

System Validation: Flood Test & Concrete Restoration

Objective: Verify performance and deliver a clean, durable finish.

Flood Test:
- The system underwent a controlled flood test to confirm proper collection, flow, and discharge through WaterGuard®, TrenchDrain™, and into the sump system.

Encapsulation in Concrete:
- Upon successful validation, all drainage components were encased in new concrete, restored flush with the surrounding slab. The floor was finished to a clean, level profile that integrates seamlessly with the existing surface.

UltraSump® Primary Pump with Battery Backup & SaniDry™ XP Dehumidification

Objective: Maintain a dry, healthy basement environment—even during power outages.

UltraSump® Installation:
- The UltraSump® sump pump system features a high‑capacity, battery‑powered backup pump designed to maintain reliable water removal during power outages or primary pump failures—critical for flood prevention and resilience.

SaniDry™ XP Integration:
- A SaniDry™ XP high‑capacity basement dehumidifier was paired with the sump configuration. The unit discharges automatically to the sump, maintaining low humidity to help prevent mold, musty odors, and wood rot in below‑grade spaces.

Exterior Discharge: Line Routing, IceGuard®, & Landscape Protection

Objective: Move water safely away from the home—reliably, year‑round.

Discharge Line Excavation & Routing:
- Soil was carefully excavated to accommodate the extended discharge line, routed to a suitable daylight location away from the foundation. We minimized disturbance to turf and landscaping throughout the process.

IceGuard® Freeze Protection:
- IceGuard® fittings were installed on the discharge line as a failsafe. If the line freezes or becomes blocked, engineered overflow ports allow water to discharge safely outside the home, protecting the sump system and reducing the risk of basement flooding in winter conditions.

Bubbler Pot Termination for Controlled Dispersion

Objective: Disperse water discreetly, prevent puddling, and protect the lawn.

A bubbler pot was installed at the discharge terminus. Surrounded by crushed stone below grade, it promotes gradual infiltration into the soil, helping prevent surface pooling and soggy areas while maintaining the property’s appearance.

Structural Stabilization: PowerBrace™ I‑Beams for Bowing Wall

Objective: Halt inward movement and provide long‑term wall stabilization.

Layout & Beam Installation:
- The PowerBrace™ system—galvanized steel I‑beams placed vertically along the affected wall—was installed to stop inward movement immediately.

Tightening & Long‑Term Adjustment:
- Beams were anchored at the floor and ceiling joists. With periodic adjustment (as appropriate to site conditions), PowerBrace™ can help incrementally improve wall alignment over time while maintaining structural stability.

Earth Anchors: GeoLock® Rods, Anchors, Plates & Tensioning

Objective: Provide lateral restraint and improve wall alignment.

Rod Installation:
- GeoLock® earth anchor rods were driven through the interior face of the bowing foundation wall and extended into a carefully excavated exterior trench.

Anchor Placement in Load‑Bearing Soil:
- In the trench, GeoLock® earth anchors were attached to the rods and set against dense, load‑bearing soils to establish a stable counterforce.

Interior Plate Mounting & System Lock‑Up:
- Inside the basement, GeoLock® wall plates were mounted to the rods and systematically tightened, transferring tension to the exterior anchors and locking the assembly together.

Stabilization & Potential Realignment:
- The system stabilizes lateral movement. With appropriate tensioning (as site conditions allow), the wall can gradually move toward its original position.

Backfilling & Grade Restoration

Objective: Protect anchors and return the yard to its original condition.

After the GeoLock® installation was fully tensioned and verified, the exterior trench was carefully backfilled and compacted, restoring the area to original grade while ensuring the anchors remain supported by stable, compacted earth.

Final Quality Check, Cleanup & Homeowner Walkthrough

With basement waterproofing and foundation repair complete, the crew conducted a final inspection and cleanup. We reviewed each system with the homeowner—WaterGuard®, TrenchDrain™, CleanSpace®, UltraSump® with backup, SaniDry™ XP, IceGuard®, the discharge line and bubbler pot, PowerBrace™, and GeoLock®—including basic maintenance guidance and what to expect seasonally. The result is a dry, stable, and healthier basement with resilient, year‑round protection.

Moldy Finished Basement Repair in Pembroke, NH

2026-02-13T14:04:19.05Z

On the day of installation, the foreman contacted the homeowner upon departing the shop to confirm arrival time. After greeting the homeowner and reviewing expectations during a walkthrough, the crew began by removing a narrow strip of concrete along the full interior perimeter of the basement. This created the trench needed to establish the WaterGuard® subfloor drainage system.

WaterGuard® Installation — Subfloor Perimeter Drainage

WaterGuard® was installed at footing level, beneath the slab, where it continuously intercepts groundwater and wall seepage before moisture can reach the finished space. The team jackhammered and removed the slab strip, excavated the trench, placed a clean bed of crushed stone for stable support and free drainage, and set the WaterGuard® channel tight to the wall/sill interface. Each run was carefully pitched to direct captured water toward the sump basin, ensuring efficient, reliable flow under normal and peak conditions.

Integrating TrenchDrain™ Around Fixed Utilities

In sections where trenching at the footing was not feasible—most notably near an immovable oil tank—the crew integrated TrenchDrain™, a grated, surface‑level drainage component. This allows surface and incidental water in otherwise inaccessible areas to be captured effectively. By tying TrenchDrain™ directly into the WaterGuard® network, the system remains continuous and hydraulically unified, so all collected water is conveyed to the sump without interruption.

TripleSafe™ Sump Pump System — Redundant Pumping for All Conditions

The TripleSafe™ Sump Pump System was then installed to provide three layers of protection:

A primary pump for everyday groundwater removal
A high‑capacity secondary pump that engages during heavy inflows
A battery‑powered backup pump that operates during power outages or component failures

The sump liner was set in a properly excavated pit, sealed to limit humidity transfer, and connected to the interior drainage system so all intercepted water is managed in one controlled location. For homeowners planning to refinish their basement, this triple‑redundant configuration delivers exceptional peace of mind by maintaining dry conditions through a broad range of operating scenarios.

Discharge Line, IceGuard®, and Bubbler Termination

Collected water is expelled via a dedicated discharge line routed away from the foundation. To safeguard this pathway, an IceGuard® fitting was installed on the exterior section of the discharge. IceGuard® acts as a failsafe: if the line freezes or becomes clogged, its engineered ports automatically vent water outside—preventing backups and keeping the basement dry even in freezing conditions. The discharge line was extended to a properly graded location and connected to a bubbler pot at grade. Once the connection was made, the line was fully buried below the lawn, preserving curb appeal while dispersing water safely into the surrounding soil.

SaniDry™ XP — Humidity Control and Air Quality

To address previous mold concerns and maintain healthy indoor conditions, a SaniDry™ XP was installed. This high‑capacity dehumidification system continuously filters and dries the air, keeping relative humidity below mold‑growth thresholds. By protecting building materials from prolonged moisture exposure and reducing musty odors, the SaniDry™ XP enhances comfort in the basement and benefits the overall air quality throughout the home.

Commissioning, Finish, and Homeowner Walkthrough

Before closing the system, the crew performed a thorough water test to verify proper flow through WaterGuard® and TrenchDrain™, confirm airtight sump connections, and validate discharge performance through IceGuard® and the bubbler termination. After re‑pouring concrete over the perimeter trench for a clean, flush finish, the team completed a final cleanup and walkthrough with the homeowner—reviewing system operation, maintenance best practices, and what to expect as they move forward with refinishing.

With a continuous drainage network, redundant pumping, protected discharge, and whole‑space humidity control, the basement is now prepared for refinishing and safeguarded against future water intrusion—delivering long‑term protection and peace of mind.

Comprehensive Basement Waterproofing and Finished Space Restoration in Dunstable, MA

2026-01-30T13:04:49.05Z

On the day of installation, the foreman contacted the homeowner upon departing the shop to confirm arrival time. After greeting the homeowner and reviewing expectations during a walkthrough, the crew began by removing the lower portion of polyurethane foam insulation and wall studs. This was necessary in establishing the perimeter drainage system. WaterGuard® was installed along 160 feet of the interior foundation perimeter to intercept groundwater before it reached the living space. The team jackhammered and removed a strip of concrete, excavated the trench, added a bed of crushed stone, and placed the WaterGuard® channel system above the footing to avoid structural compromise. Once set, each section was pitched toward the sump pump basin for efficient water movement.

Because WaterGuard® cannot be installed in certain areas—such as the bulkhead entrance and around fixed utilities—the crew installed 14 feet of TrenchDrain™, a grated surface drainage system that seamlessly ties into WaterGuard® to create a continuous and unified drainage network.

Next, the crew installed the TripleSafe™ Sump Pump System, which provides three layers of protection: a primary pump for everyday water removal, a secondary elevated pump that activates during heavy inflows, and a battery‑powered backup that operates during power outages. The sump liner was set into a carefully excavated pit, sealed to limit humidity transfer, and connected directly to the interior drainage system to handle all collected water. From there, a discharge line was installed to route water safely away from the home.

To protect against freezing or blockages within the discharge line, two IceGuard® fittings were added outside the foundation; these fail‑safe devices automatically release water away from the home if the line becomes obstructed. The discharge line was extended to a properly graded area where a bubbler pot was installed and buried, allowing water to disperse cleanly into the soil without affecting the landscape.

Before closing the system, the crew conducted a full flood test to ensure proper flow and functionality throughout the drainage network and sump system. After successful testing, WaterGuard® was permanently encased in concrete, ensuring a clean, flush finish consistent with the existing slab. With the waterproofing system complete, the team repaired wall studs and installed SilverGlo® insulation along the lower section beneath the spray foam to improve thermal performance and maintain energy efficiency within the basement.

To restore the finished space, the crew installed 91 feet of EverLast™ Half Wall panels, an inorganic, mold‑resistant wall system ideal for basements due to its durability and washable surface. This was followed by the installation of 885 square feet of Elite Plank Flooring in the Espresso finish. This premium plank flooring is completely inorganic and resistant to water, making it a superior alternative to traditional wood or laminate products that can warp or harbor mold when exposed to moisture. Once all materials were installed and final cleanup was complete, the crew conducted a walkthrough with the homeowner to review the project, explain system operation, and answer any questions.

The basement is now fully protected from future water intrusion and beautifully revitalized. With a robust, redundant waterproofing system in place and finished materials designed specifically for below‑grade environments, the homeowner can confidently enjoy their living space again, knowing it is both dry and built to last.

Crawl Space Encapsulation & Structural Stabilization in Alton Bay, NH

2026-01-16T15:53:20.05Z

On installation day, the team began by protecting access areas and removing all debris from the crawl space. Clearing out organic material, construction remnants, and loose debris created a safe, even surface for the encapsulation components and ensured that every product would adhere properly and perform effectively long-term. A clean work area is foundational for a reliable crawl space system, helping reduce odor risk and improving overall system durability.

Once preparation was complete, the crew began the structural stabilization phase using three SmartJack™ support posts. After identifying the areas where the homeowner’s floors were sagging, the team installed engineered footing pads and cut each SmartJack™ to the precise height needed for optimal support. The posts were positioned beneath weakened beams, secured, and carefully tightened to lift the floors back toward their original level. This not only restored strength and stability but also provided an adjustable long-term solution that can be fine‑tuned if needed in the future.

With the floor structure stabilized, the team shifted focus to moisture management, beginning with the installation of 1,047 square feet of drainage matting across the crawl space floor. The dimpled matting was laid throughout the entire area, overlapping seams and creating a uniform drainage plane. This system channels groundwater and seepage toward the sump location, preventing water from pooling beneath the encapsulation layer and helping reduce hydrostatic pressure within the crawl space.

To actively manage water removal, the team installed an UltraSump® sump pump system. The crew excavated a sump pit at the lowest point of the space, set the sump liner, and installed the UltraSump® pump, complete with discharge piping routed safely away from the foundation. The drainage matting was connected to the basin to ensure efficient water flow. Once installed, the team tested the system to confirm reliable pumping performance.

Next, the team addressed the thermal efficiency and comfort concerns by installing 560 square feet of SilverGlo® insulation along the crawl space walls. These rigid, reflective foam panels were mechanically fastened and sealed at all edges to create a continuous insulating barrier. SilverGlo® helps regulate temperature, prevents heat loss through the foundation walls, and reduces drafts—directly contributing to warmer floors inside the home. Its moisture-resistant composition also prevents condensation, helping to further maintain a healthy environment beneath the house.

With insulation complete, the crew installed the final key component: the CleanSpace® encapsulation system. Over the drainage matting, 1,047 square feet of CleanSpace® liner were fitted across the entire crawl space. The team wrapped the liner up walls, around support piers, and across all penetrations, sealing every seam to create an airtight barrier. This high‑quality vapor barrier locks out moisture from the soil, dramatically reduces humidity levels, eliminates musty odors, and transforms the crawl space into a clean, dry, protected environment.

After completing the installation, the team performed a full cleanup and walked the homeowner through the newly installed systems. The results were immediately noticeable. The once‑soft and uneven floors were now properly supported and level, the drafts and cold spots diminished thanks to the SilverGlo® insulation, and the musty odors that once permeated the home were entirely gone. The combination of SmartJacks™, drainage matting, UltraSump®, SilverGlo®, and CleanSpace® worked together to create a dry, stable, energy‑efficient crawl space that supports the long‑term health of the home.

This project stands as a strong example of Erickson Foundation Solutions’ comprehensive approach to crawl space repair—one that addresses structural issues, moisture intrusion, and home comfort simultaneously. The homeowner now enjoys peace of mind knowing their crawl space has been transformed into a secure, durable, and resilient part of their home.

Choosing the Right Insulation: Why SilverGlo®, Spray Foam, and Rim Joist Insulation Are the Smart Choice for New England Homes

2025-12-09T00:00:00.05Z

When it comes to home insulation in New England, choosing the right material can make a huge difference in energy efficiency, comfort, and lower heating and cooling costs. Insulation is one of the most important upgrades for homeowners looking to improve their home’s performance and protect against drafts, moisture, and high energy bills.

At Erickson Foundation Solutions, we specialize in basement insulation, crawl space insulation, and rim joist sealing. In this article, we’ll break down the pros and cons of common insulation types—and explain why SilverGlo® rigid foam insulation, spray foam insulation, and rim joist insulation are the best options for long-term results.

Common Insulation Types: Pros and Cons

Fiberglass Batt Insulation

Pros: Affordable, widely available.
Cons: Poor air sealing, prone to moisture issues, can sag and lose effectiveness over time.

Cellulose Insulation

Pros: Eco-friendly, decent thermal performance.
Cons: Settles over time, absorbs moisture, can attract pests.

Spray Foam Insulation

Pros: Excellent air seal, high R-value, great for hard-to-reach areas.
Cons: Higher upfront cost, requires professional installation.

Despite the cost, spray foam insulation is one of the most effective solutions for sealing gaps and preventing drafts. That’s why we often recommend it for rim joists and other critical areas where air leakage is common.

Why SilverGlo® Insulation Stands Out

SilverGlo® rigid foam insulation is a graphite-infused foam board that offers superior thermal resistance compared to traditional foam boards. It also includes a built-in radiant barrier, which reflects heat back into your home for added energy savings. Unlike fiberglass or cellulose, SilverGlo® doesn’t absorb moisture, won’t sag, and maintains its insulating power for decades.

At Erickson Foundation Solutions, we install SilverGlo® in basements and crawl spaces to create a clean, dry, and energy-efficient environment. It’s a game-changer for homeowners looking for long-term comfort and protection.

Why Perimeter Foundation Insulation Matters for Warm Floors

One of the biggest complaints from homeowners in New England is cold floors during winter. This often happens because the perimeter of the foundation—the walls that surround your basement or crawl space—allows cold air to infiltrate and chill the floor above. By insulating these walls with SilverGlo® rigid foam, you create a thermal barrier that keeps cold air out and heat in. This not only improves overall energy efficiency but also makes your floors noticeably warmer and more comfortable throughout the season.

When combined with rim joist spray foam insulation, perimeter foundation insulation stops drafts at their source and prevents heat loss where it matters most. The result? A cozier home and lower heating bills.

The Importance of Rim Joist Insulation

Your rim joists—the area where your home’s framing meets the foundation—are a major source of air leakage and energy loss. Without proper insulation, cold air seeps in during winter, and humid air enters in summer, leading to discomfort and higher energy bills.

We use spray foam insulation on rim joists because it creates an airtight seal, preventing drafts and moisture intrusion. Combined with SilverGlo® insulation on foundation walls, this approach dramatically improves your home’s efficiency and comfort.

Why We Recommend These Solutions

At Erickson Foundation Solutions, we’ve installed SilverGlo®, spray foam insulation, and rim joist insulation in countless homes across New Hampshire and Massachusetts. These products outperform traditional options, delivering:

Superior energy efficiency
Moisture resistance
Long-lasting durability
Improved comfort year-round

Ready to make your home more energy-efficient?
Contact Erickson Foundation Solutions today for a free insulation evaluation. We’ll help you choose the best solution for your home and budget.

How Improper Basement Drainage Systems Can Increase Radon Levels-and What You Can Do About It

2025-09-30T00:00:00.05Z

Radon gas is a naturally occurring radioactive gas that can seep into homes through cracks and openings in the foundation. It’s odorless, invisible, and dangerous—linked to thousands of lung cancer cases each year. While many homeowners are aware of the risks associated with radon, few realize that certain basement waterproofing systems can actually contribute to elevated radon levels if not properly designed.

The Hidden Risk: Drainage Systems and Radon Exposure

Basement drainage systems and sump pumps are essential for managing water intrusion, but when installed without airtight seals, they can unintentionally create a pathway for radon gas to enter the home. Systems that leave gaps or open basins expose the basement to the sub-slab environment, allowing radon-laden air to rise into the living space.

This is especially concerning in regions like New Hampshire, where radon levels tend to be higher due to the granite-rich soil. Homeowners looking to protect their property from water damage may unknowingly compromise their indoor air quality if their waterproofing system lacks radon-safe features.

Smart Solutions from Erickson Foundation Solutions

At Erickson Foundation Solutions, we understand the importance of protecting your home from both water and radon. That’s why we offer integrated systems designed to address both concerns simultaneously:

WaterGuard® with RadonSeal

Our WaterGuard® perimeter drainage system is installed below the basement floor to capture water at its entry point. When paired with a radon-sealing flange, it prevents air from the sub-slab from entering the basement, effectively managing water while maintaining radon safety.

TrenchLock™ Surface Drainage

TrenchLock™ is a surface drainage solution that collects water from areas like basement entrances or around immovable utilities. Unlike traditional surface drains, TrenchLock is engineered to allow water in while keeping air out, helping to prevent radon infiltration through exposed drainage channels.

TripleSafe™ Sump Pump System

Our TripleSafe™ sump pump system features three pumps for maximum protection—primary, secondary, and battery backup. Most importantly, it includes an airtight sump liner, which seals off the basin from the sub-foundation air, preventing radon gas from escaping into the basement while ensuring reliable water removal.

Peace of Mind Through Proactive Design

By choosing Erickson Foundation Solutions, homeowners can rest assured that their basement waterproofing system is not only protecting against water damage but also contributing to a healthier indoor environment. Our systems are designed to meet or exceed EPA standards for radon mitigation, giving families peace of mind and long-term protection.

Radon Mitigation Paired with Radon Safe Waterproofing System in Manchester, NH

2025-09-30T11:58:43.05Z

On installation day, our dedicated crew—led by foreman Tyler M.—initiated contact with the homeowner to provide an accurate estimated time of arrival. Upon arriving promptly, Tyler conducted a thorough walkthrough to review the scope of work and align expectations. Before beginning the project, the team took proactive measures to protect the homeowner’s stored belongings in the basement, carefully wrapping valued items in protective plastic to ensure their safety throughout the installation process.

WaterGuard® was strategically installed along the interior perimeter of the basement to effectively capture and redirect groundwater before it could impact the living space. The concrete floor perimeter was carefully excavated to position the drainage system directly atop the footing, optimizing its performance and stability. To enhance drainage and minimize the risk of clogging, the system was surrounded with clean, crushed stone. Prior to finalizing the installation, a flood test was conducted to confirm functionality, after which the system was permanently sealed with concrete for a clean, durable finish.

Our TrenchLock™ surface drainage system was expertly integrated to redirect water around fixed basement infrastructure, such as the oil tank. Engineered to work in tandem with the WaterGuard® perimeter drainage system, TrenchLock forms a continuous channel that efficiently guides water to the sump pump.

Unlike conventional surface drainage solutions—which can inadvertently elevate indoor radon levels by allowing sub-foundation air to enter the basement—TrenchLock is specifically designed to mitigate this risk. Its advanced design permits water entry while preventing air exchange between the foundation and the basement environment, helping preserve indoor air quality in homes where radon exposure is a concern.

TrenchLock™ was also strategically installed at the basement door entrance to intercept and manage potential surface water intrusion originating from the exterior stairwell. This specialized drainage solution is engineered to capture seepage at its point of entry, ensuring water is efficiently channeled into the WaterGuard® system and ultimately directed to the sump pump.

The TripleSafe™ Sump Pump System is engineered to ensure complete and reliable water evacuation from the home. This system features a three-pump configuration: a primary pump for routine water removal, a secondary pump that activates during high-volume water events, and a battery-powered backup pump that provides protection during power outages. This tiered design ensures uninterrupted performance under all conditions, delivering robust, fail-safe flood prevention. In addition to its pumping capabilities, the system includes an airtight sump liner that prevents moisture vapor from escaping into the basement and acts as a barrier against radon gas infiltration from beneath the foundation. By combining redundancy, reliability, and radon mitigation, TripleSafe™ offers superior protection and long-term peace of mind for homeowners.

Water is discharged from the home through a dedicated outlet line, precisely cored through the foundation wall to ensure a secure and efficient exit point. At the exterior, an IceGuard® discharge line protection system was installed to serve as a critical failsafe. In the event of freezing conditions or a blockage, IceGuard’s patented design allows water to escape through engineered openings, preventing pressure buildup and further reducing the risk of basement flooding.

From there, the discharge line is routed to a downward-sloping area away from the foundation, promoting proper drainage and minimizing the chance of water re-entering the structure. To preserve the property’s appearance and protect the line from environmental wear, the discharge pipe is buried underground ensuring both long-term functionality and curb appeal.

To address radon exposure within the home, a radon mitigation system was installed to actively extract radon gas from beneath the foundation. The process began with the creation of a sub-slab depressurization point in the basement floor, serving as the primary extraction site. A sealed PVC vent pipe was securely connected to this point and routed to the exterior of the home, establishing a continuous pathway for radon gas to be safely vented outside. This system effectively reduces indoor radon concentrations by preventing gas accumulation beneath the slab and promoting controlled ventilation—helping maintain healthier indoor air quality.

Once the PVC vent pipe was routed to the exterior of the home, a radon mitigation fan was installed to actively extract radon gas from beneath the foundation slab. This fan creates a continuous negative pressure zone beneath the home, effectively capturing radon and venting it before it can infiltrate the living space.

To ensure safe dispersion of the gas, additional PVC piping was connected to the top of the fan and extended vertically above the roofline, in full compliance with EPA and building code standards. This configuration prevents re-entry of radon into the home and supports proper ventilation.

With the system fully operational, we ensure compliance with EPA and WHO guidelines for indoor radon levels, striving to reduce concentrations to the lowest reasonably achievable levels—promoting a healthier and safer indoor environment for the homeowners.
Upon completion of the project, the installation crew conducted a meticulous cleanup followed by a comprehensive final walkthrough with the homeowner to verify that all work met—if not exceeded—expectations. The homeowner expressed high satisfaction with the results, now benefiting from a fully waterproofed basement and a home protected against radon gas intrusion. This project stands as another example of Erickson Foundation Solutions’ commitment to delivering superior customer service and long-lasting, reliable solutions.

Why the SaniDry Sedona and SaniDry XP Outperform Traditional Dehumidifiers

2025-09-12T00:00:00.05Z

When it comes to maintaining a healthy basement or healthy crawl space, controlling moisture is critical. Excess humidity can lead to mold growth, wood rot, pest infestations, and poor indoor air quality. That’s why choosing the right dehumidifier is essential—and not all units are created equal.

Two standout solutions in the market are the SaniDry Sedona and SaniDry XP. These systems are engineered specifically for basement waterproofing and crawl space waterproofing, offering superior performance, reliability, and convenience compared to standard retail dehumidifiers.

Key Advantages of the SaniDry Sedona and SaniDry XP

1. High Moisture Removal Capacity

SaniDry Sedona removes up to 95 pints of water per day, while the SaniDry XP handles even larger spaces with a capacity of up to 109 pints per day.
This high-performance moisture extraction is ideal for damp basements and crawl spaces, where humidity levels can fluctuate dramatically.

2. Energy Efficiency

Both units are ENERGY STAR® certified, meaning they deliver powerful dehumidification without driving up energy costs.
Efficient operation helps homeowners maintain a dry environment while keeping utility bills in check.

3. Automatic Drainage System

Unlike traditional dehumidifiers that require manual emptying, the SaniDry systems feature an integrated condensate pump.
Moisture is automatically expelled through a discharge line routed outside the home, ensuring hassle-free operation and continuous performance.

4. Built for Harsh Environments

These units are designed specifically for crawl spaces and basements, where conditions are often more demanding than in above-grade living areas.
The SaniDry Sedona, for example, is compact enough to fit in tight crawl spaces while still delivering industrial-grade performance.

5. Improved Indoor Air Quality

By maintaining low humidity levels, these systems help prevent mold, dust mites, and musty odors, contributing to a healthier living environment.
This is especially important for families with allergies or respiratory sensitivities.

How SaniDry Systems Differ from Standard Dehumidifiers

Most off-the-shelf dehumidifiers are designed for general household use and lack the capacity, durability, and automation needed for below-grade spaces. Here’s how SaniDry stands apart:

Purpose-built for waterproofing systems: Seamlessly integrates with basement waterproofing and crawl space encapsulation setups.
No manual maintenance: Automatic drainage eliminates the need to empty water trays.
Long-term reliability: Built to withstand the unique challenges of damp, enclosed environments.

The Importance of a Healthy Crawl Space and Basement

A healthy crawl space or healthy basement is foundational to a healthy home. Moisture problems in these areas can lead to structural damage, poor air quality, and increased energy costs. By investing in a high-performance dehumidifier like the SaniDry Sedona or XP, homeowners can:

Protect their home’s structural integrity
Improve indoor air quality
Prevent mold and pest issues
Enhance energy efficiency

Final Thoughts

If you're serious about crawl space waterproofing or basement waterproofing, the SaniDry Sedona and SaniDry XP are top-tier choices. Their unmatched performance, reliability, and ease of use make them superior to traditional dehumidifiers—and a smart investment in your home’s health and longevity.

Choosing the Right Solution for Foundation Wall Cracks: Crack Injection vs. FlexiSpan®

2025-08-22T00:00:00.05Z

Water leaking through foundation wall cracks is a common issue for homeowners, especially in regions with high groundwater levels or frequent rainfall. Left untreated, these leaks can lead to mold growth, structural damage, and ruined belongings. At Erickson Foundation Solutions, we understand the importance of choosing the right repair method to ensure long-term protection and peace of mind.

We typically offer two proven solutions: standard crack injection and the FlexiSpan® wall crack repair system. Here’s how to determine which option is best for your home.

Understanding the Problem: Why Cracks Leak

Foundation wall cracks often form due to settling, hydrostatic pressure, or shrinkage in poured concrete. These cracks can become pathways for water intrusion, especially during heavy rains or snowmelt. The severity of the leak and the condition of the crack help determine the most effective repair method.

Option 1: Standard Crack Injection

Crack injection involves filling the crack with a specialized polyurethane or epoxy material that expands to seal the gap. This method is ideal for:

Hairline to moderate cracks
Cracks that are not actively shifting
Situations where minimal water intrusion is present

Benefits:

Quick and cost-effective
Creates a watertight seal
Minimal disruption to the basement space

Limitations:

May not accommodate future movement in the foundation wall
Less effective for cracks with ongoing water pressure or structural instability

Option 2: FlexiSpan® Wall Crack Repair System

FlexiSpan® is a more advanced solution designed to provide long-term flexibility and drainage. It consists of a flexible polyurethane sealant, a drainage channel, and a foam layer that directs any water behind the crack into the perimeter drainage system (such as WaterGuard®).

Ideal for:

Cracks with recurring water intrusion
Walls that may experience minor movement over time
Homes with existing interior drainage systems

Benefits:

Flexible seal accommodates wall movement
Redirects water into the drainage system
Provides a permanent, maintenance-free solution

Limitations:

Slightly more involved installation process
Best paired with a sump pump and drainage system

Which Is Right for You?

The choice between crack injection and FlexiSpan® depends on several factors:

Severity and activity of the crack
Presence of water pressure
Existing waterproofing systems
Long-term goals for the basement space

At Erickson Foundation Solutions, our experts assess each situation individually to recommend the most effective and lasting solution. Whether you're dealing with a minor leak or a persistent water issue, we’re here to help protect your home from moisture damage.

Ready to Fix That Leak?

If you’ve noticed water coming through a foundation wall crack, don’t wait for the problem to worsen. Contact Erickson Foundation Solutions today for a free inspection and personalized recommendation. We’ll help you choose the right solution to keep your basement dry and your foundation strong.

Why Proper Discharge Line Termination Is Crucial for Basement Waterproofing

2025-08-11T00:00:00.05Z

When it comes to protecting your home from water damage, especially in areas prone to heavy rainfall or snowmelt, basement waterproofing is essential. One often overlooked but critical component of a waterproofing system is the discharge line—specifically, where and how it terminates.

The Importance of Proper Discharge Line Termination

A discharge line carries water away from your sump pump system to the exterior of your home. If the terminus of this line is improperly placed—such as on flat ground or sloping back toward the foundation—it can lead to serious issues:

Water pooling near the foundation
Soil saturation, which can weaken the structure
Hydrostatic pressure, increasing the risk of basement leaks
Frost heave in colder climates, damaging the foundation

To prevent these problems, the discharge line should always terminate at a location that slopes away from the home, allowing water to flow naturally and safely into the surrounding landscape.

Benefits of Sloping Discharge Line Termination

Prevents Water Re-entry: Ensures water doesn’t flow back toward the foundation.
Reduces Soil Erosion: Directs water to areas where it can be absorbed safely.
Protects Landscaping: Minimizes damage to lawns and gardens.
Improves System Efficiency: Keeps sump pumps from overworking due to recycled water.

Erickson Foundation Solutions' Waterproofing System

Erickson Foundation Solutions offers a comprehensive basement waterproofing system that includes the WaterGuard Perimeter Drainage System, TripleSafe Sump Pump, IceGuard protection, and a thoughtfully designed discharge line system.

Key Components:

Buried Discharge Line: Installed underground to maintain curb appeal and protect the line from damage.
Bubbler Pot: Located at the end of the discharge line, this feature allows water to disperse into the soil efficiently, preventing surface puddling and soil saturation.
LawnScape Outlet: A discreet, green outlet that blends into your yard while allowing water to exit the system safely.

Bubbler Pot

LawnScape

These components work together to ensure water is moved away from your home and absorbed into the ground without causing damage or returning to the foundation.

Final Thoughts

Proper discharge line termination is not just a detail—it’s a vital part of your home's waterproofing defense. By ensuring the line ends at a location that slopes away from your foundation and using proven solutions like Erickson Foundation Solutions’ bubbler pot and LawnScape outlet, you can protect your home from costly water damage and maintain its structural integrity for years to come.

Why Lally Columns Rust and Why SmartJack® Is the Superior Replacement

2025-07-22T00:00:00.05Z

Why Do Lally Columns Rust?

Lally columns are vulnerable to rust due to:

High humidity in basements and crawl spaces
Water intrusion from poor drainage or plumbing leaks
Lack of protective coating, especially in older installations
Limited ventilation, which traps moisture around the steel

As rust eats away at the steel, the column weakens, compromising the structural integrity of your home. This can lead to floor sagging, cracks in walls, and even foundation instability.

The Smart Solution: SmartJack® Support System

At Erickson Foundation Solutions, we specialize in replacing failing lally columns with the SmartJack® Support System—a modern, engineered solution designed for long-term stability and performance.

How SmartJack® Installation Works

Site Evaluation: Our System Design Specialist assesses your crawl space or basement to identify failing supports.
Base Preparation: Engineered base pads or footings are installed to distribute weight and prevent future settlement.
SmartJack Placement: Galvanized steel SmartJacks are positioned under beams or joists.
Precision Adjustment: Each SmartJack is fine-tuned to lift and stabilize sagging floors.

Why SmartJack® Is Better Than Lally Columns

SmartJack® offers several key advantages:

Galvanized Steel Construction: Resists rust and corrosion, ideal for damp environments.
Adjustable Design: Can be fine-tuned over time to maintain proper support.
High Load Capacity: Each unit supports over 60,000 pounds.
Quick Installation: Replacing lally columns with SmartJacks can often be completed within a day
Permanent Solution: Designed for long-term stability and peace of mind.

Benefits of SmartJack® for Homeowners

Improved floor stability
Protection against future foundation issues
Increased home value
Peace of mind with a proven system

Whether you're dealing with sagging floors or planning a proactive foundation upgrade, SmartJack® is a smart investment in your home’s safety and longevity.

Ready to Stabilize Your Floors?

Contact Erickson Foundation Solutions today for a free inspection and learn how SmartJack® can restore your home’s structural integrity. Serving homeowners across New Hampshire and Massachusetts, we’re your trusted partner in foundation repair and crawl space support. For more information about SmartJacks, visit our Crawl Space Support Jacks page. We also offer basement and crawl space waterproofing solutions which you can learn more about HERE.

Why Erickson Foundation Solutions Conducts a Full Inspection Before Providing a Quote

2025-07-15T00:00:00.05Z

At Erickson Foundation Solutions, we believe that every home is unique—and so is every solution. That’s why we never offer “ballpark” quotes over the phone or online. Instead, we begin every project with a free, comprehensive, in-person inspection. This approach ensures that we fully understand the scope of the issue and can recommend the most effective, customized solution for your home.

Why We Don’t Do Ballpark Quotes

Our Sales Manager, Josh Bartholomew, often compares ballpark quotes to comparing Fenway Park to the new Yankee Stadium. While both are ballparks, their age, structure, and needs are vastly different. Similarly, no two homes are alike. Without seeing the property firsthand, it’s impossible—and unfair—to provide an accurate estimate. Pricing isn’t arbitrary; it’s based on the size of the area, the extent of the issue, and the specific products and services required.

What Our Inspection Process Looks Like

When you schedule an inspection with Erickson Foundation Solutions, you can expect a thorough, respectful, and informative experience. Here’s what happens during every appointment, regardless of the service:

Pre-Appointment Preparation: We mail out informational booklets so you can review our services and prepare any questions.
Professional Introduction: Our System Design Specialist will introduce themselves and explain the inspection process.
Listening to Your Concerns: We take detailed notes on the issues you’ve noticed and gather general information about your home.
Guided Walkthrough: You’ll accompany the specialist during the inspection to see what they see and better understand the findings.
Precise Measurements: We take all necessary measurements to ensure accurate product recommendations.
Additional Findings: If we identify other concerns, we’ll discuss them with you—only if you’re interested.
And it's always a free inspection!

Service-Specific Inspection Details

Each of our services requires a specialized inspection process:

Basement Waterproofing

Identify the source and path of water intrusion.
Assess for obstructions that may affect installation.

Radon Mitigation

Provide radon test prior to home inspection.
Use a radon eye and air quality meter to measure current levels during inspection.
Determine the best location for system installation, ensuring radon is vented at least 10 feet from any entry points.

Crawl Space Repair

Take extensive photos to document conditions, especially since homeowners rarely access this area.
Evaluate moisture levels, insulation, and structural integrity.

Structural Repair

Use laser levels, tape measures, and laser tape to detect signs of settlement, deflection, or floor sagging.
Assess foundation walls, support beams, and floor joists.

Concrete Repair

Inspect the entire concrete footprint, not just the visibly affected area.
Perform tamping to detect voids beneath the surface.
Conduct water testing to determine if the concrete is properly sealed.

The Golden Rule: Inspect Before We Diagnose

Many homeowners come to us with a theory about what’s wrong—but our inspections often reveal a different root cause. That’s why we never skip this step. It ensures we’re addressing the real issue, not just the symptoms.

What Happens After the Inspection?

Once the inspection is complete, our System Design Specialist will sit down with you to review their findings and present tailored solutions based on your goals and budget. In most cases, we’re able to provide a detailed, same-day quote so you can make an informed decision without delay.

At Erickson Foundation Solutions, we don’t guess—we assess. Our inspection-first approach ensures that every homeowner receives a solution that’s accurate, effective, and built to last.

Waterproofing a Flooded Basement in Chester, NH

2025-07-15T12:27:03.05Z

On the day of the scheduled installation, Foreman Angel Pacheco contacted the homeowner upon departing the shop to inform them of our imminent arrival. Upon reaching the residence, the crew greeted the homeowner and conducted a preliminary walkthrough to outline expectations and address any concerns. Subsequently, the team commenced work on the project.

The initial phase of the waterproofing installation involved setting up the WaterGuard system, our interior perimeter drainage solution. This system is installed atop the foundation footing to intercept water before it enters the basement, thereby alleviating hydrostatic pressure. It ensures that collected water is safely directed to the sump pump system for removal from the home. To install this system, the crew excavated concrete along the basement perimeter. After removing the chipped concrete, the trenches were filled with crushed stone. The WaterGuard system was then embedded within the crushed stone, ensuring a downward flow of water from the highest point in the basement to the sump pump basin. A total of 90 feet of WaterGuard was installed to create a comprehensive perimeter drainage system.

In certain situations, the installation of WaterGuard may be impeded by obstacles such as doorways, utilities, and other obstructions along foundation walls. At Erickson Foundation Solutions, we address this challenge with our TrenchDrain surface drainage system, a variant of WaterGuard. TrenchDrain is employed to collect and channel water around impediments like oil tanks, hot water tanks, doorways, and sinks. This system seamlessly integrates with WaterGuard to create a unified drainage network, ensuring that all water ingress is effectively collected and directed to the sump pump system. For this installation, a total of 35 feet of TrenchDrain was utilized.

To mitigate water ingress from the old drain pit, we installed 22 feet of feed line. The makeshift pump was removed, and the basin of the old drain pit was filled with crushed stone, allowing the feed line to capture water from that area. This feed line not only channels drainage from the old basin but also enhances the overall efficiency of the drainage system. In a larger basement with a high water table, running a feed line from one foundation wall to the opposite wall ensures quicker routing of water to the sump pump system.

During the installation of the basement drainage systems, the basin for the TripleSafe Sump Pump System was excavated to a depth of two feet to promote efficient gravitational water flow into the sump. Once the excavation was complete, a sealed TripleSafe sump liner was installed to reduce basement humidity and prevent debris from entering the system. The TripleSafe features a three-pump configuration: a primary cast-iron Zoeller® ⅓ horsepower pump for standard water removal, a secondary Zoeller® ½ horsepower pump that activates during high water influx and can discharge up to 3,900 gallons per hour at an 8-foot head, and the UltraSump Battery Backup System, which operates during power outages and can pump over 11,500 gallons on a full charge. The system also includes the WaterWatch® Alarm, which alerts homeowners if water rises above the activation point of the pumps, indicating a potential issue. The WaterGuard interior drainage system is integrated with the TripleSafe liner, ensuring collected water is efficiently directed into the sump basin for removal from the home.

To facilitate effective basement water discharge, a dedicated discharge line was installed, extending from the sump pump through the home’s siding and routed underground to a location with a natural downslope away from the foundation. This strategic placement ensures that expelled water is directed safely away from the structure, minimizing the risk of it re-entering or pooling near the foundation.

Two IceGuard® discharge line fittings were installed as a critical failsafe to protect against potential blockages or freezing within the discharge line. These patented fittings are designed to automatically release water away from the foundation if the primary discharge path becomes obstructed, ensuring continuous water evacuation from the sump system. By providing an alternative escape route for water under pressure, the IceGuard® system significantly reduces the risk of basement flooding due to discharge line failure, enhancing the overall reliability and resilience of the waterproofing system.

A bubbler pot was installed at the termination point of the discharge line to facilitate discreet and efficient water dispersion. This component is embedded beneath the lawn’s surface and surrounded by crushed stone, which enhances drainage and prevents soil saturation. By allowing discharged water to percolate gradually into the surrounding subsoil, the bubbler pot mitigates surface pooling and helps maintain the integrity and appearance of the landscape.

The entire waterproofing system underwent a comprehensive flood test to verify its performance and ensure effective water evacuation under simulated conditions. Following successful validation, all components of the system were permanently encased in concrete, seamlessly integrated into the basement floor. The concrete was meticulously leveled to match the existing grade, resulting in a clean, low-profile finish that preserves the basement’s appearance while maintaining full system functionality.

Our installation team then deployed the SaniDry XP, a high-capacity, commercial-grade basement dehumidifier engineered to address persistent moisture issues commonly found in below-grade environments. In basements affected by chronic water intrusion, elevated humidity levels, musty odors, and mold growth are frequent concerns. The SaniDry XP effectively combats these conditions with the ability to extract up to 109 liters of moisture per day and dehumidify spaces up to 2,500 square feet with standard 8-foot ceilings. For seamless operation, the unit was configured to discharge collected water directly into the TripleSafe® Sump Pump system, creating a fully automated and maintenance-free moisture management solution.

With all components of the waterproofing system successfully installed and tested, the crew conducted a thorough site cleanup, restoring the workspace to a clean and orderly condition. A final walkthrough was then completed with the homeowner, during which the team provided a detailed overview of the work performed, explained the functionality and maintenance of each system, and addressed any remaining questions. The homeowner expressed great satisfaction, confident that their forever home is now permanently protected against water intrusion. This project stands as a testament to the effectiveness of a professionally designed and expertly executed basement waterproofing solution.

The Hidden Threat of Iron Ochre: Protecting Your Home's Waterproofing Systems

2025-05-21T00:00:00.05Z

When it comes to maintaining a dry and healthy basement, one of the most insidious threats homeowners face is iron ochre. This reddish-brown slime, produced by iron bacteria, can wreak havoc on waterproofing systems, leading to clogs, corrosion, and ultimately, water damage. At Erickson Foundation Solutions, we understand the challenges posed by iron ochre and offer specialized solutions to keep your home protected.

What is Iron Ochre?

Iron ochre is a gelatinous substance formed by iron bacteria that thrive in environments rich in iron and oxygen. This bacteria oxidizes iron in the water, creating a thick, slimy residue that can clog pipes, sump pumps, and drainage systems. Left untreated, iron ochre can severely compromise the effectiveness of your basement waterproofing system, leading to potential water damage and costly repairs.

The Impact on Waterproofing Systems

Iron ochre can cause significant damage to waterproofing systems by:

Clogging Drainage Systems: The thick slime can block pipes and drainage channels, preventing water from being effectively diverted away from your home.
Corroding Components: Over time, the acidic nature of iron ochre can corrode metal components, reducing the lifespan of your waterproofing system.
Reducing System Efficiency: Clogged and corroded systems are less efficient, increasing the risk of water infiltration and damage to your basement.

Erickson Care Club: Your Solution to Iron Ochre

At Erickson Foundation Solutions, we offer the Erickson Care Club, an annual maintenance program designed to keep your waterproofing systems clean and functioning efficiently. Our professional technicians are trained to handle the unique challenges posed by iron ochre, ensuring your home remains dry and protected.

Key Features of Our Maintenance Program:

Annual Deep Cleaning: We book 4-hour timeslots for our annual maintenance visits to ensure our technicians have ample time to thoroughly clean and inspect your systems.
Use of Safe Cleaners: We use Simple Green all-purpose cleaner, an organic solution that is safe for your systems and the environment. It effectively removes iron ochre without causing damage.
Priority Scheduling: Members of our Erickson Care Club receive priority scheduling for maintenance and service appointments, ensuring timely and efficient service.

Specialized Solutions for Iron Ochre

Before installing our WaterGuard interior perimeter drainage system, we conduct a thorough inspection. If iron ochre is detected, we install the IOS WaterGuard system. This specialized system is designed to handle iron ochre, making it easier for our technicians to clean and maintain.

Benefits of IOS WaterGuard:

Accessibility: The system includes removable covers that allow for easy access and cleaning, preventing clogs and ensuring efficient operation.
Durability: Made from rugged materials, the IOS WaterGuard system is built to withstand the corrosive effects of iron ochre.

Conclusion

Iron ochre is a formidable foe for any basement waterproofing system, but with the right maintenance and specialized solutions, it can be effectively managed. At Erickson Foundation Solutions, our Erickson Care Club provides the comprehensive care and attention your home needs to stay dry and protected. Join our maintenance program and enjoy peace of mind knowing your waterproofing systems are in expert hands.

For more information, visit our Erickson Care Club page and Basement Waterproofing page.

Concrete Repair: A Cost-Effective and Permanent Solution

2025-05-09T00:00:00.05Z

When it comes to maintaining the integrity and appearance of concrete surfaces, homeowners often face the dilemma of choosing between concrete repair and concrete replacement. While replacement might seem like a thorough solution, concrete repair offers a permanent fix at a fraction of the cost. Let's explore why concrete repair is a better choice and delve into the benefits of innovative products like PolyLevel, SealantPro, NexusPro, and DecoShield.

Why Choose Concrete Repair Over Replacement?

Concrete repair is not only more economical but also less disruptive compared to replacement. Here are some compelling reasons to opt for repair:

Cost-Effective: Repairing concrete is significantly cheaper than replacing it. Replacement involves extensive labor, materials, and time, whereas repair solutions are quick and affordable.
Permanent Solution: Modern repair techniques and products provide lasting results, ensuring that the repaired concrete remains durable and functional for years.
Minimal Disruption: Concrete repair is less invasive, meaning you can continue using the area with minimal downtime. Replacement, on the other hand, can take days or even weeks to complete.
Environmental Impact: Repairing concrete reduces waste and the need for new materials, making it a more sustainable choice.

Innovative Concrete Repair Products

Several advanced products have revolutionized the concrete repair industry, offering effective and lasting solutions. Let's take a closer look at PolyLevel, SealantPro, NexusPro, and DecoShield.

PolyLevel

Before

After

PolyLevel is a high-density polyurethane foam used to lift and level sunken concrete slabs. This method involves injecting the foam beneath the concrete, where it expands and stabilizes the slab. The benefits of PolyLevel include:

Non-Invasive Installation: Small holes are drilled into the concrete for foam injection, causing minimal disruption
Quick Cure Time: The foam cures rapidly, allowing the area to be used shortly after application
Durability: PolyLevel provides a permanent solution by filling voids and stabilizing the soil beneath the concrete

SealantPro

Before

After

SealantPro is a siliconate-based penetrating concrete sealant designed to protect concrete from water and chemical absorption. It offers several advantages:

Permanent Protection: SealantPro bonds with the concrete on a molecular level, providing long-lasting protection with just one application
Enhanced Durability: It prevents damage caused by freeze/thaw cycles, pitting, and flaking
Quick Application: SealantPro cures in just 4 to 6 hours, allowing normal use of the concrete surface within the same day

NexusPro

Before

After

NexusPro is a silicone-based sealant for joints and cracks in concrete. It is engineered to withstand harsh weather conditions and provide long-lasting flexibility. Key benefits include:

UV Resistance: Unlike traditional polyurethane sealants, NexusPro resists UV rays, preventing cracking, bubbling, and drying
Longevity: Proven to last over 20 years, NexusPro offers more than twice the lifespan of traditional sealants
Quick Drying: NexusPro dries quickly, fitting seamlessly into homeowners' busy schedules

DecoShield

Before

After

DecoShield is a translucent tinted concrete sealer that enhances the visual appeal of concrete surfaces while providing protection. Its benefits include:

Aesthetic Enhancement: DecoShield adds a pleasing tint to concrete, minimizing mismatched and stained areas
Durability: It prevents pitting, flaking, and moisture-related issues, ensuring long-lasting protection
Environmental Friendliness: DecoShield is UV-stable and environmentally friendly, making it a sustainable choice

Conclusion

Concrete repair is a smart, cost-effective, and permanent solution for maintaining concrete surfaces. With innovative products like PolyLevel, SealantPro, NexusPro, and DecoShield, homeowners can enjoy durable, aesthetically pleasing, and protected concrete without the hassle and expense of replacement. Embrace the benefits of concrete repair and keep your surfaces looking their best for years to come.

Introducing Tom Armano: Your Real Estate Response Agent

2025-04-08T00:00:00.05Z

We are thrilled to announce that Tom Armano, a seasoned System Design Specialist with over 18 years of experience in the Basement Systems Network, is stepping into a new role as our Real Estate Response Agent. Tom has dedicated nearly two decades to helping homeowners in the greater Boston and New Hampshire area address their waterproofing concerns, repair crawlspaces, and solve structural, foundation, air quality, and humidity problems.

Tom's extensive experience includes working with thousands of homeowners, contractors, and realtors to fix wet basements and improve the quality of life for residents. His commitment to adding usable space, increasing property values, and assisting in the home selling process has made him a trusted name in the industry.

In his new role as a Real Estate Response Agent, Tom will leverage his expertise to work directly with real estate agents. He will coordinate timely projects and ensure that the home selling process runs smoothly. Whether it's addressing foundation issues or improving air quality, Tom's goal is to provide realtors with reliable solutions that enhance the value and appeal of the properties they represent.

Services We Offer:

Basement Waterproofing: Protect your property from water damage and mold growth with our comprehensive waterproofing solutions.
Radon Mitigation: Ensure the safety and health of your home by reducing radon levels with our effective mitigation systems.
Concrete Repair and Leveling: Restore the appearance and functionality of your concrete surfaces with our precise leveling services.
Crawlspace Repair: Improve the structural integrity and air quality of your home by addressing crawlspace issues.
Structural Repair: Fix foundation cracks and other structural problems to maintain the stability and value of your property.
Air Quality Improvement: Enhance indoor air quality with our solutions for humidity control and ventilation.

Benefits of Working Our Real Estate Response Team:

Never a Fee: Utilize our services without any inspection fees.
Priority Scheduling: Get your projects scheduled with top priority.
Right-Sized Solutions: Receive solutions tailored to your specific needs.
Flexible Scheduling: Benefit from our flexible scheduling options to fit your timeline.
Same Day Quotes: Obtain quotes on the same day for quick decision-making.
Transferable Warranty: Our warranty is transferable, adding value to your property.

Tom Armano's transition to this new role signifies a continued commitment to excellence and a proactive approach to real estate challenges. Realtors looking for a dependable foundation and concrete repair company can now build a strong relationship with Erickson Foundation Solutions, ensuring their properties are in top condition for sale.

Why Homeowners Are Investing in Their Homes Amid Rising Housing Market Prices

2025-03-06T00:00:00.05Z

In recent years, the housing market has experienced a significant surge in prices, making it increasingly challenging for many to purchase new homes. As a result, homeowners are turning their attention to improving and investing in their current properties. This trend is driven by several factors, including the desire to increase property value, enhance living conditions, and avoid the high costs associated with buying a new home.

Increasing Property Value

One of the primary reasons homeowners are investing in their homes is to increase their property value. With the housing market booming, making strategic improvements can significantly boost a home’s resale value. Services such as foundation repair, basement waterproofing, crawl space repair, concrete repair, and radon mitigation are essential investments that not only enhance the structural integrity of a home but also make it more appealing to potential buyers.

Enhancing Living Conditions

Homeowners are also focused on improving their living conditions. By addressing issues like foundation cracks, water seepage in basements, and radon gas infiltration, they can create a safer and more comfortable living environment. Basement waterproofing and crawl space repair are particularly important in preventing mold growth and maintaining a healthy indoor air quality. Additionally, concrete repair can improve the aesthetics and functionality of driveways, walkways, and patios, making outdoor spaces more enjoyable.

Avoiding High Costs of New Homes

The high costs associated with purchasing a new home are prompting many homeowners to invest in their current properties instead. By opting for services like foundation repair and radon mitigation, they can avoid the financial burden of moving while still ensuring their home is safe and well-maintained. This approach allows homeowners to stay in their preferred neighborhoods and avoid the stress and expenses related to relocating.

Erickson Foundation Solutions: Your Partner in Home Improvement

At Erickson Foundation Solutions, we understand the importance of maintaining and improving your home. Our comprehensive range of services is designed to address the unique needs of homeowners looking to invest in their properties. Whether you need foundation repair, basement waterproofing, crawl space repair, concrete repair, or radon mitigation, our team of experts is here to help.

Foundation Repair

Our foundation repair services ensure the stability and safety of your home. We address issues such as cracks, settling, and shifting foundations, providing long-lasting solutions that protect your investment.

Basement Waterproofing

Prevent water damage and mold growth with our basement waterproofing services. We offer a variety of solutions to keep your basement dry and your home healthy.

Crawl Space Repair

Improve the air quality and structural integrity of your home with our crawl space repair services. We address moisture issues, insulation, and structural concerns to create a safer living environment.

Concrete Repair

Enhance the appearance and functionality of your outdoor spaces with our concrete repair services. From driveways to patios, we provide durable and aesthetically pleasing solutions.

Radon Mitigation

Protect your family from the dangers of radon gas with our radon mitigation services. We offer effective solutions to reduce radon levels and ensure a safe indoor environment.

Investing in your home is a smart decision in today’s housing market. With Erickson Foundation Solutions, you can trust that your home improvement projects are in capable hands. Contact us today to learn more about how we can help you enhance the value and safety of your home.

Radon Levels Are High Throughout New Hampshire

2023-01-04T09:50:52.05Z

Radon Levels Are High Throughout New Hampshire

The objectives of radon action month are to raise public awareness on the dangers of radon exposure, encourage radon testing in homes, and take action to fix the problem.

Like Carbon Monoxide, Radon cannot be seen, smelled, or tasted. Radon may be present in your home at a harmful level. About 21,000 Americans every year lose their lives to lung cancer, with radon being the main culprit among non-smokers in the country. The EPA (Environmental Protection Agency) and U.S. Surgeon General urge everyone to create mitigation plans to protect their health by continuously monitoring indoor air quality.

The air we breathe contains microscopic radioactive particles, produced by radon, that can damage your lungs. These particles generate tiny energy bursts as they degrade. Throughout your lifetime, this can lead to lung cancer, especially in smokers and ex-smokers.

Today, indoor air quality has become a hot topic. More and more people are working from home, or home schooling, creating concern about the air they breathe. Radon, being a carcinogen, is a major health concern that is easily addressed. Government health agencies advise that all homes, schools, and other facilities be tested for radon to safeguard occupant health. Exposure to radon is preventable.

The first step to understanding your risk is to test your home. These test kits can be purchased at home improvement stores, online retailers, local health offices, or local radon companies. Professional testing is encouraged by a licensed radon specialist. Testing helps avoid unnecessary exposure, which poses a potential health risk at high levels. Once you are aware of what levels you have in your home, reach out for professional help from your local radon mitigation experts. It has been proven by health authorities that a standard radon mitigation system can help reduce radon levels immediately after installation. This results in creating a healthier indoor living environment for homeowners and their loved ones.