Because groundwater includes more silt, gravel, and other abrasive materials than some pumping systems can handle, it can damage a standard low-tolerance pump
When the excavation site fills with rainwater during the monsoon, dewatering becomes imperative at the construction site during the foundation casting and excavation phases. Larger, more advanced pumps are unavoidably needed on deeper building sites. The amount of solids in the water is a third important consideration for construction applications. Dewatering construction sites is rarely an easy, tidy task. For instance, silt, gravel, and other abrasive substances found in groundwater can cause ordinary pumps with poor tolerance to break down. Moreover, the water from the construction site may combine with the excavated dirt and cement to form a slurry that is too thick for certain pumping systems.
Ensure Effective Dewatering
Implement larger, more robust pumps
Prolonging equipment lifespan
Enhance Pump Reliability
When the excavation site fills with rainwater during the monsoon, dewatering becomes imperative at the construction site during the foundation casting and excavation phases. Larger, more advanced pumps are unavoidably needed on deeper building sites. The amount of solids in the water is a third important consideration for construction applications. Dewatering construction sites is rarely an easy, tidy task. In instance, silt, gravel, and other abrasive substances found in groundwater can cause ordinary pumps with poor tolerance to break down. Moreover, the water from the construction site may combine with the excavated dirt and cement to form a slurry that is too thick for certain pumping systems.
When the excavation site fills with rainwater during the monsoon,...
When the excavation site fills with rainwater during the monsoon,...