5 Advantages of Dewatering Pumps

1. 5 Advantages of Dewatering Pumps Stable Soil and Work Area stable work environment for site managers and crews.1 The safe removal of excess water by dewatering can prevent hazards like mudslides, unstable foundations and equipment failure due to bogging. This also ensures your worksite is in a condition ready for excavation, foundation preparation and cement footing pours. Controlling the hazards almost guarantees a Worker Safety 2 The dewatering process can help keep your employees healthy, happy and, most importantly, safe. Because standing water can often end up contaminated, it poses various health risks for site managers, crews, their families, and surrounding communities. Additionally, it increases the risk of worksite injury due to slips and falls. Scheduling 3 Incorporating an effective dewatering strategy allows you to keep your construction project on schedule. During construction, job sites can face adversities at any stage, such as flooding from continuous rain and unexpected storms. Effective dewatering decreases unnecessary delays. Protect Valuable Equipment Construction equipment and building materials are expensive. Excess moisture because of standing water can impact your equipment's integrity and destroy materials essential for keeping your worksite on schedule. Avoid project delays and budget overages by employing preventative dewatering measures to keep your worksite and equipment storage areas free from excess water. 4 Less Impact on Surrounding Environment 5 Over some time, standing water can cause erosion. Additionally, standing water can accumulate debris and toxins from airborne contaminants. Further, standing water can be a breeding ground for mosquitoes carrying deadly viruses like West Nile. Proper dewatering techniques allow job sites to remove contaminated water and its toxic contents, preventing hazards, erosion and making the job site more environmentally friendly.