Engineering of membrane racks, pressure vessels, membrane elements, and interconnections to achieve the required salt rejection and permeate quality, with proper staging and hydraulic balancing.

Engineering of cartridge filters and protection devices to prevent particulate ingress and membrane damage, including differential pressure monitoring and isolation/bypass arrangements.

Engineering of chemical dosing packages (e.g., antiscalant, pH control, dechlorination when required) to control scaling and fouling risk and maintain membrane performance.

Engineering of CIP tanks, pumps, heaters (when required), and recirculation lines to execute cleaning sequences safely and effectively, restoring membrane permeability and extending membrane life.

Engineering of permeate and concentrate lines, control valves, and routing philosophy to manage recovery, maintain stable operating conditions, and interface with downstream reuse/storage or concentrate disposal systems.