Stowe Music School

We are excited to announce that the Stowe music school is expanding its facilities with a new classroom construction project. The new classroom will be able to accommodate more students and instruments, as well as provide a more comfortable and modern learning environment.

The construction method chosen is screw down piles, which are steel tubes that are drilled into the ground and filled with concrete. This method has several advantages over traditional foundations, such as:

- Faster and easier installation, reducing the construction time and cost

- Less disturbance to the surrounding soil and vegetation, minimizing the environmental impact

- Higher load-bearing capacity and resistance to seismic forces, ensuring the stability and safety of the structure

- Greater flexibility and adaptability, allowing for adjustments and modifications if needed

We look forward to sharing the progress and results of this project with you and thank you for your continued support and interest in Keith Cook Construction.

Site Setup.

Reduce level dig to piling matt.

Foundation installation

Screw pile method using 360 excavator.

Screw down piles are a type of deep foundation that can be used to support structures in various soil conditions. They are also known as helical piles, screw piles, or helix anchors. Screw down piles consist of a steel shaft with one or more helical plates attached to it. The shaft is screwed into the ground by applying torque to the top of the pile. The helical plates act as blades that cut through the soil and generate resistance to prevent the pile from pulling out.

Floor Slab Preparation is a crucial stage in any construction project that involves laying down a solid foundation for the building structure. This process typically begins with site excavation to clear the area and create a level surface for the slab. Once the area is cleared, the next step involves compacting the soil to ensure stability and prevent settling in the future. After the soil is properly compacted, a layer of gravel or crushed stone is often added to further enhance the stability of the foundation. This base layer helps to improve drainage and reduce the risk of moisture-related issues such as water seepage or erosion. The next phase of floor slab preparation involves installing a vapor barrier to protect the concrete slab from moisture coming up from the ground. This barrier is essential for preventing issues such as mold growth, warping of the slab, and other structural damage caused by moisture infiltration. Once the vapor barrier is in place, the concrete can be poured and leveled to create a smooth and even surface for the floor. Proper curing of the concrete is crucial to ensure its strength and durability over time. This process may involve covering the slab with a curing compound or keeping it moist for a specified period to allow for proper hydration and hardening of the concrete. In addition to these steps, it is important to consider factors such as reinforcement, expansion joints, and proper finishing techniques to ensure a high-quality floor slab that will provide long-lasting support for the building above. By following these guidelines and paying attention to detail during the floor slab preparation process, construction projects can avoid costly issues and ensure the structural integrity of the building for years to come.

Underground Drainage

Work to the site drainage and crate system.

The work related to the site drainage and crate system is crucial for ensuring proper water management and infrastructure stability on the site. Site drainage involves the implementation of systems that control the flow of water to prevent flooding, erosion, and other water-related issues. This includes installing drains, gutters, and other structures to direct water away from buildings and other sensitive areas. On the other hand, the crate system refers to a method of creating a stable foundation or surface using interlocking crates or containers filled with materials like gravel or soil. This system is commonly used for creating temporary roads, parking lots, or even building foundations in areas with poor soil quality or where traditional construction methods are not feasible. By focusing on both site drainage and the crate system, construction projects can ensure that the site is well-prepared to handle water runoff and provide a stable base for further development. Proper planning and execution of these tasks are essential for the long-term success and sustainability of any construction project.

Underground services.

We brought in a Vac truck, a specialized vehicle equipped with powerful suction capabilities, to meticulously uncover and reveal the existing underground services. This decision was made due to the unreliability of the initial plans, which could have led to potential risks and costly errors if not addressed accurately. By employing the Vac truck, we were able to carefully excavate the area, ensuring a precise and comprehensive understanding of the underground infrastructure. This approach not only enhanced the safety and efficiency of the project but also provided invaluable insights that ultimately contributed to a more informed decision-making process.

Gabion Baskets

A gabion is a rectangular wire mesh container filled with stones or other materials used for various civil engineering and landscaping purposes. These structures are commonly employed in projects such as retaining walls, erosion control, and riverbank protection. The gabion's flexibility and permeability make it a versatile solution for stabilizing slopes and preventing soil erosion in different environments. In addition to their functional benefits, gabions also offer aesthetic value by blending harmoniously with the natural surroundings. The use of gabions dates back to ancient civilizations, and their enduring popularity is a testament to their effectiveness and durability in modern construction practices. Basket Work