E-CELL-3X system requirements
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The E-CELL-3X EDI device should completely include all equipment, pipes, valves, control systems and measuring instruments necessary for the system.
The design of the EDI device should prevent the concentrated water pressure from being greater than the fresh water pressure. It is usually required to install a pressure reducing valve for control.
We sell Suez now Veolia, EDI Stack E-Cell-3X
The design of E-CELL-3X EDI module components should meet the maximum parameter values stipulated in the manufacturer's "Guidelines", and reasonable design parameters should be selected to ensure the normal operation of the module components.
The concentrated water discharge of the device needs to be equipped with a flow control valve to control the recovery rate of EDI.
The device's produced water, concentrated water, and polar water require flow control valves to control changes in flow.
Sampling points (valves) should be installed on the E-CELL-3X EDI module and device product water pipes. The number and location of samples should be able to effectively diagnose and determine system problems.
The device needs to be equipped with instruments that display parameters such as flow, pressure, conductivity or resistivity. The configuration points and quantity will meet the needs of safe, stable and reliable operation of the system.
The device needs to provide corresponding rectifier power supply.
The inlet and outlet pipelines of the EDI module need to be effectively grounded to achieve safe operation.
EDI devices need to have a complete control system to achieve system stability and safe operation.
The E-CELL-3X EDI module should be installed on the modular frame, which should be equipped with all pipes and joints, as well as all brackets, fasteners, clamps and other accessories.
We sell Suez now Veolia, EDI Stack E-Cell-3X
The design of the EDI modular frame should meet the earthquake resistance requirements of its site and the expansion requirements of the components.