PDRO-125 Two-Stage Reverse Osmosis Pure Water System

Project Category: Equipment Sales, Installation, and Service (Turnkey Project)

Source Water: Tap Water (Total Dissolved Solids: TDS = 550 ppm)

Finished Water Quality: Conductivity: 1-5 μS/cm

Production Capacity: 125 L/h

System Features:

All actions of this system are automatically performed under preset programs, possessing fully automatic functionality.

The system operates fully automatically under preset programs.

The system has a compact structure, effectively saving space.

The system has low energy consumption and water production operating costs.

The system operates safely and reliably, with a closed water supply pipeline and stable effluent quality.

Main Configuration:

Pretreatment System: Raw water pump, multi-media filter, activated carbon filter, fully automatic water softener, piping, valves

DRO Reverse Osmosis System: First-stage high-pressure pump, second-stage high-pressure pump, reverse osmosis membrane, reverse osmosis membrane housing, membrane frame, control system inlet, solenoid valve, flushing solenoid valve, pressure regulating valve, high-pressure switch, low-pressure switch, precision filter, piping, valves.

Storage System: Level controller, water tank.

Process Introduction:

The PDRO-125 dual-stage reverse osmosis pure water system consists of the following components: pretreatment and dual-stage reverse osmosis (DRO).

Dual-stage reverse osmosis connects two reverse osmosis units in series, with the permeate from the first-stage system serving as the feed water for the second-stage system. Because the permeate from the first-stage system is significantly better than tap water, the permeate from the second-stage system is of even higher quality than that from a single-stage RO system, with lower levels of ions, organic matter, and pyrogens.

Basic Principles and Technical Characteristics of Reverse Osmosis

Our company can provide detailed solutions, including:

* Project Analysis: Raw water quality analysis, construction requirements analysis;

* Applied Water Quality Standards;

* Ultrapure Water Solution: ultrapure water process description, detailed process flow diagram;

* Construction Solution;

* Equipment Technical Parameters;

* System Configuration and Technical Parameters;

* Equipment Quotation

* Payment Method;

* Annual Consumables Cost Schedule