MIT WATERWATER TREATMENT SYSTEM MANUFACTURER

WTP product showcase

Completed BWRO skid.

This factory-finished brackish-water reverse-osmosis system shows final assembly quality, membrane train layout, stainless-steel pipework and compact skid integration before delivery.

Completed equipment · factory viewBWRO water treatment systemDiscuss a similar system →

Brackish-water RO

Skid-mounted BWRO for faster project execution.

BWRO is commonly used when the feed water is brackish groundwater, surface water, industrial process water or reuse water requiring desalination before final use.

01

Skid-mounted layout

Compact integration of membrane trains, pressure vessels, pipework, valves, instruments, controls, flushing and CIP interfaces.

02

Brackish-water RO process

Configured from feed-water TDS, hardness, silica, SDI, target permeate quality, recovery and operating pressure.

03

Factory assembly

Factory-finished skid assembly supports clearer inspection, shorter site installation time and better delivery readiness.

MIT Water BWRO skid stainless-steel pipework and membrane system detail BWRO skid fabrication

What the completed skid shows

Membrane layout, stainless-steel pipework and inspection readiness.

The completed BWRO skid is presented as a real WTP equipment reference. It demonstrates how MIT Water integrates RO membranes, piping, valves, instruments and support frame into a compact system.

  • Membrane pressure vessels arranged for operation and maintenance access
  • Stainless-steel piping and valve layout for RO process flow
  • Factory assembly before shipment to reduce site installation work
  • Quality review available together with ITP-related project documents when required
Review quality control →

Proposal inputs

Data needed for a BWRO quotation.

To size a brackish-water RO skid correctly, MIT Water needs the feed-water report, required capacity, product-water target, operating hours, available space and site utility conditions.

A

Feed-water quality

TDS, hardness, alkalinity, silica, iron, manganese, turbidity and SDI determine pretreatment and membrane selection.

B

Capacity and recovery

Flow rate, recovery target and concentrate handling define the RO train arrangement and pump sizing.

C

Site and control needs

Footprint, power supply, automation level, local instruments and commissioning scope are reviewed before final design.