Industrial Water Treatment | Filtration
Services Water Filtration or Treatment Filtration, sediment control or sediment treatment are all industry terms used to describe cleaning fluids of constituents or contaminants. NCS Fluid Handling Systems designs solutions to address any given situation. NCS Fluid Handling Systems design team can design and supply a system that will deal with inflow particulate or dewatering […]
River Diversion | Creek Bypass
Services This can be projects such as integrity digs, pipeline installation or associated bank protection. As well, temporary diversion projects can often be deployed during the construction of detention ponds, dams, in-stream grade control structures, utility installation, including maintenance, that require working in waterways. Water transfer systems may appear simple in nature at first glance […]
Sewer Bypass Systems
Services Especially in well-point dewatering applications, engineers need to be aware of the NPSH values as this will determine whether your dewatering system can perform efficiently or not. We utilize our expertise to precisely measure the NPSH required for each project – from real-time calculations to offsite analysis – in order to ensure maximum performance […]
Hydro-Testing and Pressure Testing Services
Services Hydro-test Drainage System by NCS Fluid Handling Systems. NCS Fluid Handling Systems specialize in the design, set-up, management, and operations of hydro-test water supply systems and related code compliance testing. These systems are required for the hydro testing of such above-ground storage tanks built in accordance to codes and standards such as API 650, […]
Well-Point | Deep Well | Dewatering
Services NCS Fluid Handling Systems is known as the best-in-class dewatering designer and service provider when engineered solutions are required for excavations that extend beyond the ground water table and reliable site dewatering systems are required. For shallow excavations, single-stage well-point dewatering systems are often the most efficient method to achieve an adequate draw down. […]
