The Herring River Restoration Project is a beacon of hope for environmental restoration and community resilience. Spearheaded by MIG Corp, this ambitious project focuses on revitalizing the Herring River estuary, which has suffered from restricted tidal flow since the construction of a dike in 1909.   

Restoration of natural tidal flow, improved water quality, revitalized native habitats, and increased climate resilience are the primary goals for this project. By re-establishing tidal flow, the project aims to reduce harmful sulfuric acid and aluminum leaching, significantly enhancing water quality. This restoration will also support the return of native species like river herring and American eel, boosting local fisheries and recreational opportunities. The environmental benefits extend to climate resilience, as restored wetlands act as natural buffers against storm surges and flooding, protecting local infrastructure and homes. Additionally, these wetlands will help mitigate climate change by storing carbon and reducing greenhouse gas emissions. 

Substantial economic and recreational benefits are expected, including healthier ecosystems that will enhance local fisheries, benefiting both commercial and recreational fishing. Improved water quality and restored habitats will also enrich recreational activities such as kayaking, bird watching, and hiking, fostering a deeper connection between the community and its natural surroundings. This transformative initiative is funded through a combination of federal, state, and local sources, including the U.S. Fish and Wildlife Service, Massachusetts Division of Ecological Restoration, and the Town of Wellfleet highlights the power of community and government partnerships in achieving ambitious environmental goals. 

A key component of the project is the construction of a temporary bridge that MIG Corp is currently building over the Herring River that is essential for maintaining access while the old dike is replaced. For this portion of the job, MIG's previously purchased ICE® 28 Vibratory Hammer from International Construction Equipment, Inc. (ICE®) played a crucial role driving sheet piles into the ground to support the temporary bridge and other structures. This method minimizes noise and disruption, preserving the integrity of the surrounding environment. 

As the first phase progresses, the community eagerly anticipates the long-term benefits of a restored Herring River. The gradual opening of tide gates over several years will ensure careful monitoring and management, paving the way for a healthier, more resilient ecosystem.   

International Construction Equipment, Inc. is pleased to provide the equipment that supports restoration projects like these. The Herring River Restoration Project is more than just an environmental initiative; it is a testament to the power of collaboration and the enduring commitment of the local community to protect and restore their natural heritage. Amazing work, MIG Corp! Your dedication to this transformative initiative promises to deliver long-term ecological, economic, and social benefits to the local community.

Feel free to share this blog post to spread awareness about the Herring River Restoration Project and its significance to the local community! 

Learn more about the ICE® 28 Vibratory Hammer

Media Contact-                 
Pollyanna Cunningham, MA, MBA                 
Vice President Marketing, Brand and Media Relations     
Vice President IT and IT Comm    
ICE® - International Construction Equipment, Inc               
Office - 704-821-8200          Email - marketing@iceusa.com     

Coeur d'Alene Crane (CDA Crane) is in the final year of construction at the Canyon Creek Repository/Waste Consolidation Area (CCR/WCA) in Burke, Idaho. Managed by the Coeur d'Alene Work Trust, this long-term project addresses both new and historical clean-up efforts in the region. The primary goal of the Canyon Creek Repository is to safely contain and manage mine waste materials, particularly from high-priority clean-up sites, mitigating the significant health risks posed by contaminants like lead and arsenic to humans and wildlife. 

This repository is a key component of a broader initiative to rehabilitate the environment, ensuring that contaminated materials are securely stored and do not threaten surrounding communities. 

CDA Crane, with over thirty years of experience in the Pacific Northwest, is renowned for its high standards of safety and professionalism. The company offers a range of services, including heavy lifting, structural support, and site preparation, making it an ideal partner for this critical project. 

The Canyon Creek Repository project is vital for several reasons: 

• Environmental Protection: Safeguarding local ecosystems and water sources.
• Public Health: Reducing the risk of exposure to harmful substances for nearby communities.
• Economic Support: Boosting local employment and economy by involving local contractors and suppliers.
• Future Generations: Ensuring a rehabilitated environment for the future.

CDA Crane's role encompasses heavy lifting and transport, structural support, site preparation, and maintenance, ensuring the construction process runs smoothly and safely. The company also monitors the stability and integrity of the repository structures, making necessary adjustments to ensure long-term effectiveness. 

For this project, CDA Crane is utilizing a rented ICE® 44 Vibratory Hammer from International Construction Equipment, Inc. (ICE®) for several key tasks, including driving piles to provide foundational support for various structures within the repository, installing H piles to create retaining walls and other barriers, and extracting old or temporary piles to make way for new construction. The ICE® 44 is particularly effective due to its high vibration isolation and pulling capacity, meeting the heavy-duty requirements of the repository project. 

Known for its high energy output and efficiency, CDA Crane also utilized their previously purchased ICE® 1-36V2 Diesel Hammer to further drive the steel piles into the ground. The hammer's ability to deliver consistent and powerful blows made it ideal for this type of heavy-duty construction work. Its specifications, such as a ram weight of 7,940 lbs and a rated energy of 93,740 ft-lbs at fuel setting 4, ensured that the piles were driven deep enough to provide the necessary support. 

CDA Crane's expertise in handling heavy machinery and complex construction tasks is tantamount to the successful completion of the Canyon Creek Repository rehabilitation. Kudos to Coeur d'Alene Crane! Your extensive industry knowledge and dedication to safety are essential for restoring the environment, protecting public health, and promoting sustainable development in the area. ICE® is thrilled to be the driving force behind this progressive project, fostering safe and clean expansion in Burke, ID. 

Learn more about the ICE® 44  and ICE® 1-36V2 or reach out to your local ICE® Sales & Service Representative to find out how ICE® deep foundation equipment can improve your next job.  

Media Contact-                
Pollyanna Cunningham, MA, MBA                
Vice President Marketing, Brand and Media Relations    
Vice President IT and IT Comm   
ICE® - International Construction Equipment, Inc              
Office - 704-821-8200          Email - marketing@iceusa.com   

For this project, Berkel is focusing on several key aspects particularly the deep foundation work. This involves installing piles and other structural supports necessary for the new additions and underground levels. Utilizing a Comacchio MC8D and Comacchio MC4D articulated drill rigs rented from International Construction Equipment, Inc. (ICE®), Berkel's drilling experts installed 1,018 micropiles, with an average pile length of approximately 42' (Ft), totaling more than 33,000 linear feet of casing. Achieving an impressive average of 4-5 piles per day per rig. These micropiles are both temporary for shoring and part of the permanent foundation system.

The micropiles were drilled using 10.75" (in) O.D. casing with a 0.500" (in) wall thickness, all in 5-foot threaded sections of 80 ksi. Installation through overburden using rotary-percussion duplex drilling with internal air flush (Mincon spiral flush bit) was completed, as the casing and drill rod were advanced simultaneously to the rock refusal elevation while pumping air through the inner drill rod. Each pile had a 10-foot rock socket below the bottom of the casing, with threaded casing joints assembled by the rotary head of the drill rig.

Berkel's expertise in foundation and structural work is crucial for the successful completion of this complex renovation. Initially chosen to handle low headroom drilling conditions, most piles drilled had more headroom than anticipated. However, the equipment still needed to maneuver around very tight spaces, such as existing braces, columns, and building walls, and in some cases, had to be flown in and out of the excavation by the tower crane. The MC8D was used in most areas, while the MC4D was utilized where access was especially tight, as its power pack could be removed. 

According to the Berkel project manager, drilling has been the easiest part of this job, with access and site logistics posing the biggest challenges, citing that the kinematics of both rigs were key, as they were versatile and powerful enough to maintain and exceed target production rates despite the project's challenging conditions. Throughout this undertaking, Berkel has been working closely with other contractors and architects to ensure that the structural components integrate seamlessly with the overall design and construction plans. This commitment to maintaining high safety and quality standards while ensuring compliance with federal regulations and building codes is something that Berkel is known for. Additionally, the entire Berkel team is focused on completing their portion of the project on schedule to avoid delays in the overall timeline.  

ICE® is proud to have provided the equipment that played a crucial role in overcoming these challenges, providing time and cost savings. Excellent work, Berkel and Company, your skill and expertise to ensure the strength of this new foundation is indisputable. Bravo! 

Learn more about Comacchio Drill Rigs or contact the ICE® Drilling Team  

Media Contact-                   
Pollyanna Cunningham, MA, MBA                  
Vice President Marketing, Brand and Media Relations      
Vice President IT and IT Comm              
ICE® - International Construction Equipment, Inc                   
Office - 704-821-8200          Email - marketing@iceusa.com 

Rocky Mountain Contractors (RMC), a subsidiary of Everus, recently completed a significant DOT reroute project in Montana. This project involved rerouting transmission and distribution lines in Bllings, as part of their broader efforts in electrical infrastructure, which includes transmission, distribution, and substation facilities. 

The rerouting of these transmission and distribution lines involved several phases, including planning, removal of old lines, installation of new lines, and final inspections. This project was essential to improve the reliability and efficiency of the power grid in the area and required careful planning and execution to minimize disruptions and ensure the safety of both workers and the public. Utilizing advanced equipment and techniques, like their rented ICE® 110 Vibratory Hammer paired with an ICE® 1050T Power Unit from International Construction Equipment, Inc. (ICE®), the experts at Rocky Mountain Contractors ensured efficient and effective project completion.  

The ICE® 110 Vibratory Hammer significantly improves efficiency in construction projects, particularly those involving the installation and extraction of poles or piles, as it provides a strong driving force, allowing for quick and secure installation of poles or piles, reducing the time and effort required. By speeding up the installation and extraction processes, the use of the ICE® 110 helped to reduce overall labor costs and keep the crew on time. 

While transmission reroutes are relatively standard, RMC faced several challenges during the DOT reroute project in Montana: The varying soil conditions required detailed analysis and customized solutions to ensure the stability of the new route. For example, 50 feet of mud required welding and driving three pieces of ¾" 7ft casing together to depth, cobble on the Yellowstone River ranged from 3 feet to 40 feet of wet, mucky cobble, necessitating casing by the irrigation ditch and roadway, and limited space made driving the best option. Fellow contractor, Wadsworth, loaned RMC their crane and crane operator, who was familiar with ICE® equipment, to assist in the process. Montana's unpredictable weather, including heavy snow and rain, also posed serious challenges to maintaining the project schedule and ensuring worker safety. 

Despite these challenges, the project was successfully completed thanks to the innovative solutions and meticulous planning by Rocky Mountain Contractors. The ICE® equipment "worked perfectly and as expected," and the ICE® Sales & Service Team received praise for their expertise and dedication Project Manager- Bill Endy. 

Completing this project brings many benefits to the community, including improved reliability and efficiency of the power grid. The community can be grateful for the enhanced infrastructure, which ensures better service reliability and safety. Rocky Mountain Contractors and International Construction Equipment, Inc. (ICE®) are proud to have contributed to this essential project, demonstrating their commitment to excellence and community service. 

Learn more about the ICE® 110 Vibratory Hammer 

Media Contact-                   
Pollyanna Cunningham, MA, MBA                  
Vice President Marketing, Brand and Media Relations      
Vice President IT and IT Comm              
ICE® - International Construction Equipment, Inc                   
Office - 704-821-8200          Email - marketing@iceusa.com 

In 2024, Irby Construction Company (Irby) undertook a significant transmission pole replacement project in Fort Pierce, FL. Irby is well-known for its expertise in transmission line construction, handling projects of various configurations, voltages, and terrains. Replacing approximately 150 poles, this extensive effort was part of their ongoing commitment to upgrading and maintaining the reliability of the power infrastructure in the area. The transmission pole replacement project took approximately three months to complete and included planning, removal of old poles, installation of new ones, and final inspections to ensure everything met safety and operational standards. 

The main reason for replacing the transmission poles were due to aging infrastructure, as the existing poles had reached the end of their service life, making them less reliable and more prone to failure. New poles, made of more durable materials like steel or concrete, enhance the overall reliability of the power grid and help mitigate risks associated with potential pole failures, which can lead to power outages and safety hazards. These new poles are also better equipped to withstand extreme weather conditions, reducing the likelihood of damage during storms.  

An ICE® 110 Vibratory Hammer Driver/Extractor made by International Construction Equipment, Inc. (ICE®) was selected for its precision and efficiency to first extract the old poles from the ground, as the vibratory action made it easier to loosen and remove the poles without causing excessive disturbance to the surrounding area. The hammer was then utilized to efficiently drive the new poles into the ground, ensuring they were securely anchored. The Irby team was pleased by the ICE®110's high driving force that helped to minimize the time and effort required for both installation and removal. This equipment is crucial for projects involving heavy-duty pole installations and extractions, ensuring the work is done safely and effectively. 

Irby Construction did encounter a few unexpected discoveries while working on this project. In some areas, the soil conditions were different from what was initially expected, requiring additional foundation work to ensure the stability of the new poles. The removal of old poles revealed some outdated and deteriorated underground utilities that needed to be addressed to prevent future issues. There were also instances where protected wildlife habitats were discovered, necessitating adjustments to the project plan to comply with environmental regulations and protect local wildlife. These discoveries required quick problem-solving and adjustments to the project timeline, but the team managed to address them effectively. 

Workers also discovered several artifacts, including old tools and pottery shards, which were likely remnants from early settlers in the area. Some sections of the old infrastructure, such as remnants of early 20th-century utility lines, were uncovered, providing a glimpse into the historical development of the region. The project also led to the discovery of historical records and maps that detailed the original layout and development of Fort Pierce, offering valuable insights into the city's past. These findings were documented and preserved, contributing to the local historical archives and enriching the community's understanding of its heritage. 

During this undertaking Irby's crew also faced Florida's unpredictable weather conditions, some minor technical problems due to existing infrastructure and the undertaking of managing local impact on the community, which included some temporary power outages and road closures that required effective communication and planning to minimize inconvenience. Despite these challenges, Irby's expert team was able to adapt and completed the project successfully, enhancing the reliability and safety of the power grid in the area. International Construction Equipment, Inc. knows that these upgrades are crucial for maintaining a stable and efficient power supply to the community and is thrilled to provide the equipment that our clients, like Irby, can count on. Congratulations to the entire Irby Construction Company! Your ability to problem-solve and face your challenges with innovation is an inspiration to the industry. Bravo! 

When the devastating floods of July 2024 swept through Vermont, they left a trail of destruction in their wake. Roads were washed out, bridges were damaged, and communities were cut off. In the face of such adversity, the resilience and determination of Vermonters shone through, supported by swift and coordinated efforts from local, state, and federal agencies. 

Severe storms from July 9-11, 2024, wreaked havoc across seven counties in Vermont. Flooding caused extensive damage to infrastructure, necessitating immediate repairs to restore connectivity and ensure the safety of residents. While FEMA approved over $4 million for various recovery efforts, the U.S. Department of Transportation quickly stepped in with $6 million in Emergency Relief funds, including crucial bridge repairs.

Winterset Construction emerged as a key player in the emergency bridge repairs. Known for their expertise in on-demand response, they tackled the foundational work with precision and efficiency. Winterset initially rented an ICE® 22 Vibratory Hammer for this project, but found it to be a bit too powerful for their needs. After speaking with their ICE® Sales & Service Representative an ICE® 216 was selected for its compactness, versatility, and efficiency that is easy to transport and set up. Their use of this newly purchased ICE® 216 Vibratory Hammer from International Construction Equipment, Inc. (ICE®), was instrumental in driving sheet piles to provide foundational support for the new bridge structures, proving that the ICE® 216 was an invaluable tool in these emergency repair efforts.. 

Reconstruction of these bridges was not just about restoring what was lost but also about building back better. Temporary sheet piles, like the PZ-27, were used to support the sides of bridge approaches before pouring concrete. This method stabilized the excavation and prevented soil from collapsing into the work area, ensuring the integrity of the construction site and the safety of the workers. Once the concrete was set, new beams were carefully placed on the newly poured foundations. This process involved meticulous preparation, precise beam placement using cranes, and securing the beams to ensure they could bear the intended loads. Additional reinforcement was sometimes added to further strengthen the connection between the beams and the supports. 

The quick response and effective repairs were vital for reconnecting communities and ensuring safe travel. These efforts helped mitigate further disruptions and supported the recovery process for affected residents. The use of innovative equipment like the ICE® 216 Vibratory Hammer and the expertise of contractors like Winterset Construction highlighted the project's commitment to efficiency, safety, and environmental responsibility. 

Following the devastation of the 2024 Vermont floods, the emergency bridge repairs are a testament to the resilience and coordinated efforts of local, state, and federal agencies. These efforts, by the various contractors including Winterset, not only address immediate needs but also lay the groundwork for a more resilient and sustainable future for Vermont. As the state rebuilds, International Construction Equipment, Inc. (ICE®) is thrilled to be a part of the innovations that will help ensure Vermont's infrastructure is better prepared to withstand future climate events. 

Learn more about the ICE® 216