Alchatek Blog

A cooling tower lift station under construction in Iuka, Mississippi, had a significant water leak problem. The facility was losing approximately 1,000 gallons of water daily. The source and destination of the leak were unknown. A solution was implemented using concrete sealing techniques. Leak seal experts at Mid-South Concrete Lifting were called in to perform the repairs.

Powerful Polymers

The technicians chose Spetec PUR F400 for the repair. This polyurethane-based material has a closed-cell structure that seals cracks and joints. It remains flexible after curing, which allows for structural shifts. The material is NSF-certified, meeting environmental standards for water-related applications.

Painless Procedures

Due to the leak's unknown location, a comprehensive approach was necessary. The team injected the solution into all of the control joints and treated any visible hairline cracks within the concrete. The entire process was completed in two days, minimizing operational disruption.

Rapid Results

The treatment showed noticeable effects in the control joints. After the procedure, the company refilled the pit. The results met their expectations. Construction at the facility resumed without further delays. The solution effectively addressed the water loss issue while maintaining the structural integrity of the cooling tower lift station.

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In Salt Lake City, Utah, a historic brick structure built in 1893 showed signs of foundation settlement. The building's sandstone foundation presented a challenge. Traditional stabilization methods like installing helical piers could potentially cause further damage. Rhino Foundation Systems proposed a solution using polyurethane foam to stabilize the foundation. This case study examines how this approach addressed the building's foundation problems.

Powerful Polymers

The technicians selected AP Lift 430 polyurethane foam for the project. This foam was chosen for its ideal soil stabilization and structural support properties. The plan involved injecting the foam beneath the footings to provide a stable support platform. This method would achieve the desired stabilization without requiring extensive excavation.

Painless Procedures

The project began with a detailed site assessment to understand the extent of the settlement and soil conditions. Following this, the team designed a plan to install 63 deep foam injections under the foundation, ensuring comprehensive coverage and stabilization. Specialized equipment was then used to perform these deep injections, with the foam strategically placed to improve the soil and stabilize the foundation.

Rapid Results

The project delivered several key benefits. Deep foam injections improved the soil and provided a strong platform for the foundation, ensuring effective stabilization. The non-invasive process precluded the need for extensive excavation, preserving the structure and minimizing disruption. Notably, the project was completed in just two days, significantly reducing downtime and disturbance to the area. Finally, the polyurethane foam injections offered a cost-effective solution compared to traditional stabilization methods, making it an economically viable option for similar foundation challenges.

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The management team at a community pool in Midvale, Utah, faced a significant challenge. A water leak had saturated the silty soil beneath the structure, causing uneven settlement and safety hazards. To address this issue, they brought in geotechnical specialists from Rhino Foundation Systems, who proposed an innovative solution as an alternative to tearing out and replacing the pool. This approach not only promised to stabilize the pool but also lift it back to its proper position.

Powerful Polymers

The key to this solution was Alchatek's AP Lift 440 polyurethane foam. This powerful polymer was chosen for its soil stabilization, load-bearing, and lifting capabilities. Deep soil injections were planned to address the underlying issues. The foam's expanding properties would displace water and stabilize the soil base. This method offered a non-invasive alternative to traditional approaches like helical piles.

Painless Procedures

The process began with a thorough site assessment. The technicians analyzed soil saturation and settlement patterns. Based on this data, a 3-foot by 5-foot injection grid was designed. Next, holes were drilled through the bottom of the pool, and injection rods were installed. AP Lift 440 was injected beneath the structure. As a result, the expanding foam displaced water and stabilized the soil base. Following this, the pool was lifted by 3.5 inches. Finally, the pool deck was adjusted to match the new level.

Rapid Results

The pool was successfully stabilized and leveled with minimal disruption. Moreover, there was no need for extensive excavation. This method proved to be both effective and efficient. The foam injections effectively displaced water and stabilized the soil. Additionally, the lifting process was precise, raising the pool by exactly 3.5 inches. Perhaps most importantly, this solution was cost-effective. It proved quicker and more economical than complete pool replacement.

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Manhole infiltration can pose serious risks to nearby structures. In a recent case, water infiltration pulled soil into a manhole, eroded the ground beneath a walkway in front of a residence, and threatened to compromise the home's foundation. Specialists from SiteMix Pressure Grouting, LLC were called in to perform repairs to address this urgent situation.

Powerful Polymers

Two key products were selected for the job. First, AP Fill 700 was chosen to stabilize the soil around the manhole and seal the leaks. This product features low viscosity, making it ideal for permeating soil and sealing thin cracks. Additionally, it activates with moisture, which is perfect for damp environments like this one. Secondly, AP Lift 430 was selected to stabilize the house's footing. This high-density product cures quickly. Furthermore, it excels at filling voids and stabilizing soil near structures due to its high load-bearing capacity.

Painless Procedures

The repair process began with stabilizing the soil around the manhole. To achieve this, injection rods were driven into the ground around the structure. Then, AP Fill 700 was injected to seal the leaks and stabilize the surrounding soil. Next, the team focused on the large void areas around the house's footing. Once again, injection rods were utilized. This time, AP Lift 430 was injected to fill the voids and secure the foundation.

Rapid Results

The repair project yielded impressive outcomes. First and foremost, the manhole was successfully sealed. In addition, the surrounding soil was stabilized, preventing further erosion. The walkway, previously at risk, was now secure. Importantly, the voids adjacent to the house were filled, protecting the foundation. Remarkably, all these tasks were completed in less than a day. Finally, the repaired area was prepared for the county to add backfill around the newly stabilized manhole. This swift and effective solution ensured the safety of both the property and its residents.

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A power outage at a high-rise condo building recently demonstrated the importance of proper underground power line installation. Soil settlement caused the power lines in the duct banks to shear off, cutting electricity to the entire building. Ironically, concrete poured over the lines to "protect" them had contributed to the settlement. With power cut off from the entire building, ownership was paying thousands per hour for emergency generators. A quick, durable repair was essential. Geotechnical experts from SiteMix Pressure Grouting, LLC tackled the problem using innovative techniques and materials.

Powerful Polymers

AP Lift 475, a high-strength polymer, was crucial for this stabilization project. Its placement near the condo's footing made this material the perfect choice. AP Lift 475 provides exceptional load-bearing capacity, which is ideal for supporting large structures. The polymer's robust properties ensure long-term support for the repaired power lines. Moreover, its strength offers a reliable foundation for the electrical system, preventing future settlement issues.

Painless Procedures

The repair process began with careful excavation. In order to access the crushed duct banks 12 feet below grade, the workers removed soil and concrete next to the building. Next, the geotech team installed 15-foot injection rods into the soil below the duct banks for deep soil stabilization, a technique also known as Deep Lock®. The team methodically created a grid pattern with 12 injection points, each spaced about 3 feet apart. This systematic approach ensures thorough soil treatment throughout the affected area. The specialists achieved comprehensive stabilization by injecting the polymer at multiple points, addressing all potential weak spots in the soil structure.

Rapid Results

The entire project was completed in less than two days. Once the soil was stabilized, electricians safely reinstalled power lines through new duct banks into the building. The duct banks were then covered with well-compacted backfill. The condo ownership could finally stop the costly generator payments. Most importantly, the repair provided a permanent solution to prevent future power line issues. This quick, effective intervention minimized disruption for residents while ensuring long-term stability for the building's power supply.

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Ground Penetrating Radar (GPR) has revolutionized soil stabilization and concrete leveling projects. This non-invasive technology provides crucial subsurface information without disturbing the ground. Consequently, contractors and engineers can make more informed decisions about soil stabilization and concrete leveling techniques. Furthermore, Ground Penetrating Radar for soil stabilization and concrete leveling is vastly improving project outcomes. Let's explore how this technology is making a difference.

Alchatek's Deep Look GPR System

The Deep Look GPR System employs advanced technology for superior results. Notably, it features multi-frequency antennas, covering a wider bandwidth than conventional systems requiring multiple antennas. As a result, this approach allows for both detailed near-surface imaging and deeper sub-surface imaging. Thus, the Deep Look GPR unit streamlines the data collection process.

Advantages of Ground Penetrating Radar

GPR offers several benefits for soil stabilization projects:

• Non-invasive assessment: First and foremost, GPR provides valuable data without disturbing the site.
• Comprehensive imaging: Additionally, it detects soil layers, voids, buried objects, and groundwater levels.
• Enhanced safety: Moreover, by identifying subsurface hazards, GPR improves worker safety. Consequently, these advantages enable more accurate soil assessment, leading to better application strategies.

GPR in Action: From Raw Data to Insights

Raw GPR data provides valuable insights into subsurface conditions. Specifically, high-resolution images reveal intricate details about soil composition and structure. For instance, GPR can detect individual shallow rebars and even the spacing between surface tiles. Undoubtedly, this level of detail is crucial for soil stabilization and concrete leveling projects, as it helps identify potential weak points or areas requiring special attention.

Ground Penetrating Radar for Soil Stabilization and Concrete Leveling

In conclusion, Ground Penetrating Radar has proven to be an invaluable tool for soil stabilization and concrete leveling projects. Its noninvasive nature allows for comprehensive site assessment without disturbance, while high-resolution imaging provides crucial insights into subsurface conditions. Furthermore, GPR enhances safety by identifying hidden hazards, reduces costs by minimizing exploratory drilling, and improves project outcomes through more informed decision-making. Overall, from initial site surveys to quality control and ongoing monitoring, GPR's versatility and accuracy make it a powerful tool for modern geotechnical work.

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A broadband provider in Alpharetta, Georgia, contacted a local leak seal contractor after discovering water infiltration through a crawl space wall during heavy rainstorms. Over time, cracks had developed, allowing not only water but also sediment to enter, creating substantial voids outside the fissures upon inspection. Given the sensitivity and high value of the equipment housed within the facility, eliminating all potential leaks in the crawl space became a top priority.

Powerful Polymers

The technicians chose Alchatek’s Spetec PUR HighFoamer to address this leak. This highly expansive polyurethane grout creates a robust, waterproof barrier, effectively sealing a wide variety of leaks without extensive excavation. Spetec PUR HighFoamer’s remarkable expansion capacity (40x-50x) ensures comprehensive coverage and a tight seal, making it ideal for projects requiring minimal downtime. Its NSF 61 certification guarantees safety for potable water applications, positioning this product as a versatile and cost-effective choice for leak sealing projects across various industries.

Painless Procedures

The repair process consisted of three efficient steps. First, the crew drilled through the concrete wall, installing zerk fittings into each hole for subsequent injections. Next, they used an electric airless sprayer to inject water into each fitting, ensuring proper activation of the foam. Finally, they injected Spetec PUR HighFoamer through these fittings. This created a curtain wall of polyurethane foam that effectively sealed the cracks, prevented further water ingress, and filled voids in the soil substrate.

Rapid Results

Within 24 hours, the technicians successfully sealed all leaks in the underlying crawl space. This injection process was completed in a fraction of the time required for a full membrane replacement. Months after the repair, following several heavy rainstorms, the facility manager confirmed that the crawl space has remained completely dry, with no recurrence of leaks.

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The owner of an apartment complex overlooking Stephen Foster Creek in Gainesville, Florida, faced a critical issue. The embankment below showed signs of erosion, creeping dangerously close to the structures. With each passing day, the unstable ground crept ever closer to the foundations of the residential structures, posing a significant threat to both the buildings and the safety of their inhabitants. The situation demanded immediate attention and a robust, long-term solution to safeguard the property and ensure the well-being of its residents. The predominantly sandy composition of the local soil posed a challenge for stabilization. Consequently, the geotech firm Stable Soils was called in to address this pressing concern.

Powerful Polymers

After conducting a thorough site assessment and carefully evaluating various potential solutions, the team at Stable Soils identified AP Soil 600 as the optimal polymer for this challenging project. This choice was strategic. AP Soil 600 features low viscosity, a crucial characteristic that allows it to effectively penetrate and permeate sandy soil. Moreover, its impressive strength after curing promised long-lasting stability for the embankment.

Painless Procedures

Injection points were established in a zigzag pattern, spaced 18 inches apart. The team drilled 10 feet below grade to reach the optimal depth for soil reinforcement. Low-pressure injection was key to the operation’s success. This approach prevented the chemical from fracturing the soil or moving in unintended directions. The injection rod was slowly extracted, allowing for precise distribution of the polymer. One gallon was applied every five minutes and every vertical foot. In total, a 240-foot row of soil stabilization resin was installed.

Rapid Results

The impact of this intervention was immediately apparent. During a subsequent heavy rain event, surrounding areas suffered minor washouts while the stabilized soil remained completely unaffected. The stark contrast in performance served as a powerful testament to the effectiveness of the AP Soil 600 polymer and the precision of its application. The apartment buildings, once precariously positioned near the eroding embankment, now stand secure and protected, their foundations no longer at risk from the relentless forces of erosion.

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Clearwater, Florida public works administrators faced a critical stormwater infrastructure issue. A junction box was leaking through multiple pipe penetrations, compromising system integrity. City officials invited infrastructure repair specialists Helicon to address the situation. This project showcases an innovative solution to a common urban infrastructure challenge, enhancing stormwater management capabilities for municipalities.

Powerful Polymers

Helicon chose AP Fill 700 as the primary repair material. This polymer offers several advantages for stormwater system repairs. Firstly, it's ideal for point grouting, allowing for precise application. Additionally, the polymer features a quick reaction time, enabling rapid repairs. Perhaps most importantly, AP Fill 700 excels at filling voids. These voids, created around the junction box due to ongoing leaks, needed to be addressed to ensure a comprehensive repair.

Painless Procedures

Injection rods were utilized to deliver the polymer solution. These rods were pushed down from the surface to the depth of the leak, ensuring targeted application. As the injections progressed, they served multiple purposes. The polymer filled existing voids, stabilized the surrounding roadbed, and effectively cut off the leaks. To ensure complete coverage, the injection rods were raised in stages. At each stage, additional injections were performed. This methodical approach guaranteed thorough treatment of the affected area.

Rapid Results

The repair operation proved remarkably efficient. In just two hours, the entire job was completed. More impressively, the leaks were sealed immediately upon application of the polymer. This rapid resolution minimized disruption to the city's infrastructure and daily operations. As a result of this swift and effective repair, city administrators expressed high satisfaction with the outcome. 

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A developer in Miami Beach faced a significant challenge during the construction of a high-rise. Water began seeping into the foundation excavation, threatening the project's progress. The situation demanded swift action and expert intervention. Florida Foundation Systems was called in to address this critical issue. Traditional sheet pile shoring wasn't feasible due to the proximity of neighboring properties. The risk of damage from sheet pile installation vibrations ruled out conventional methods. The project involved multiple sections of 15x15 foot caisson foundations, crucial for areas with unsuitable soil conditions for shallow foundations. The primary objective was clear: mitigate water intrusion effectively.

Powerful Polymers

Florida Foundation Systems turned to an innovative solution: AP Fill 700. This polymer boasts unique properties that make it ideal for the task at hand. Its low viscosity allows for easy application, while controllable set times with a catalyst provide flexibility in use. Furthermore, the high expansion capabilities of AP Fill 700 make it exceptionally effective in filling voids and creating robust barriers.

Painless Procedures

The team targeted a specific zone for injection: 14 to 20 feet deep into a limestone base. First, they drilled holes and inserted pipes. Next, injections began at the 20-foot mark, creating a plug at the limestone base to block water intrusion. The process continued in a precise grid pattern across the entire area. Accuracy was paramount in this operation. One gallon of polymer was used per vertical foot. As the rods were slowly extracted, the team continued pumping at this rate. Consequently, the resin filled all the limestone fissures, ensuring comprehensive coverage and maximum effectiveness.

Rapid Results

The entire repair process was completed in less than a week. In that short time, all water intrusion was completely mitigated. Both the developer and general contractor expressed full satisfaction with the results. This swift resolution allowed the high-rise project to proceed without further delays. The success of this innovative approach not only solved the immediate problem but also prevented potential future issues, demonstrating the power of specialized expertise in complex construction projects.

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