Chester Geotechnical Engineering Ltd

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Geotechnical site Investigation

Settlement is the downward movement of the ground beneath a building. It can be caused by a variety of factors, including poor soil conditions, changes in groundwater levels, tree roots, and nearby construction. Settlement can cause cracks in the foundation and walls, door and window misalignment, uneven floors, and damage to utilities. In some cases, settlement can cause a building to fail completely. To remedy the situation,- there are a variety of options, including underpinning, grouting, drainage, tree root removal, and monitoring. The best solution will depend on the cause and severity of the settlement. Prevention- is key, and can be achieved by conducting a geotechnical investigation before construction, designing a foundation that is appropriate for the soil conditions, controlling groundwater levels, removing trees near the building, and monitoring the building for signs of settlement.

Chester Geotechnical Engineering Ltd. - Your trusted partner for geotechnical reporting Geotechnical reporting is an essential part of the construction process, and it is especially important for obtaining county and national government approval for buildings. A geotechnical report provides a comprehensive assessment of the subsurface conditions at a site, and it identifies any potential risks or hazards. This information can be used to design foundations, select construction materials, and develop mitigation strategies. At Chester Geotechnical Engineering Ltd., we specialize in providing high-quality geotechnical reporting services. Our team of experienced engineers will work with you to understand your specific needs and develop a geotechnical report that meets your requirements. We will also work with you to ensure that your geotechnical report meets the standards of the county and national government. Here are some of the benefits of using Chester Geotechnical Engineering Ltd. for your geotechnical reporting needs: Comprehensive and accurate reporting: Our geotechnical reports are comprehensive and accurate, and they are prepared in accordance with the highest standards. Timely turnaround: We understand that time is money, and we are committed to providing our clients with timely geotechnical reports. Competitive pricing: We offer competitive pricing for our geotechnical reporting services. If you need a geotechnical report for your next construction project, contact Chester Geotechnical Engineering Ltd. today. We are here to help you get the approvals you need to build on solid foundations.

Geotechnical site investigation for Lower Kabete site. Drilled 1 borehole to 10m and excavated 3 trialpits to 4m each. Contact us for site investigation and geotechnical reporting on 0715793739

Core drilling for site investigation Core drilling is a technique used to obtain a cylindrical sample of soil or rock from the subsurface. It is a common method used in site investigation to investigate the subsurface conditions of a site. Core drilling is typically performed using a rotary drill rig, which consists of a rotating drill bit that is attached to a long string of rods. The drill bit is rotated by a motor, and the rods are advanced into the ground by hydraulic pressure. Chester Geotechnical Engineering Ltd. offers a comprehensive range of site investigation services, including core drilling. Our team of experienced engineers can help you develop a site investigation plan that meets your specific needs and budget. Contact us today to learn more about our core drilling services.

The Dynamic Cone Penetrometer (DCP) is a portable and easy-to-use device that is commonly used in site investigation to measure the in-situ strength of soil. It consists of a steel cone that is driven into the ground by a weighted hammer. The depth of penetration is measured for a given number of hammer blows, and this information is used to calculate the soil strength. The DCP is a versatile tool that can be used to investigate a variety of soil types and conditions. It is particularly well-suited for investigating shallow depths, up to about 800 mm. The DCP is also relatively inexpensive and quick to use, making it a cost-effective site investigation tool. The DCP is often used in conjunction with other site investigation methods, such as boreholes and trial pits. This information can be used to develop a comprehensive understanding of the subsurface conditions at a site.

Trial pits are a type of site investigation technique that involves excavating a small pit to expose the subsurface conditions. They are typically 1-3 meters deep and can be dug by hand or with machinery. Trial pits are an important part of site investigation because they provide a direct view of the subsurface conditions. This information can be used to: 1. Identify soil types and layers 2. Assess soil strength and bearing capacity 3. Locate groundwater 4. Identify potential hazards, such as buried utilities, voids, and contaminated soil Trial pits are particularly useful for investigating sites where boreholes are not feasible, such as in urban areas with limited access or in areas with sensitive ecosystems. Here are some examples of projects where trial pits are commonly used: 1. Construction projects 2. Environmental assessments 3. Geotechnical investigations for roads and other infrastructure projects 4. Landfill and waste disposal facility siting 5. Slope stability assessments If you are planning a project that requires geotechnical investigation, be sure to consult with a qualified geotechnical engineer to determine if trial pits are the right method for your needs. Chester Geotechnical Engineering Ltd. offers a comprehensive range of site investigation services, including trial pits. Our team of experienced engineers can help you develop a site investigation plan that meets your specific needs and budget. Contact us today to learn more about our trial pit services.