Two stage Brackish Water Reverse Osmosis Systems for ultra pure water 2 m3 / day 12000GPD BWRO-15K manufacturer from China Shanghai Xunhui Environment Technology Co., Ltd.

Two stage Brackish Water Reverse Osmosis Systems for ultra pure water 2 m3 / day 12000GPD

Place of Origin:

Zhejiang, China (Mainland)


	Add to My Favorites
HiSupplier Escrow	Share \|

Product Detail

Model No.: BWRO-15K

Brackish RO Water treatment system for potable water 50 m3 / day 15000GPD</st

Brackish RO Water treatment system for potable water 50 m3 / day 15000GPD

1. Specifications

Model		Chem500	Chem1000	Chem2000	Chem3000
Process flow		Booster pump+sand/softener/activated carbon+precision filter+RO+RO
OperationParameter
Raw water		municipal water: TDS<300ppm, 5-35, 2.0-4.0 Kgf/cm2
Feed flow	L/h	1000	1500	3000	4500
Permeate water capacity	L/h	500	1000	2000	3000
Recovery rate	%	62.5	66.7	66.7	66.7
Resisvity	MΩ	>5
Power	KW	2	3	4	6.5
Pretreatment filteration system
Head Pressure	m	40
Multi-media filter size	mm	300x1500	450x1500	500x1500	600x1500
		Automatic control valve
Activated carbon filter	mm	300x1500	450x1500	500x1500	600x1500
		Automatic control valve
Water softener	mm	300x1500	450x1500	500x1500	600x1500
		twin-softener, uninterrupted service flow, automatic control valve regeneration
Valves and piping		stainless steel / UPVC depends on application purpose
RO main water treatment system
High pressure pump flow	m3/h	1	1.6	3.2	5
Head pressure	m	180 (inverter control)
Power	kw	1.5	2.2	3	4
RO membrane element		4040x3	4040x6	4040x10	4040x15
Instrument		Flow transmitter, pressure gauge, conductivity meter, resistivity meter
Electric control system		Siemens PLC & touchscreen, Schneider
Documents		DQ/IQ/OQ, and assist clients to fulfill PQ, FAT/SAT report Operation manuals Engineer drawing, electric schematic welding records/deactivation, pressure test records, Certificate of Quality

2. Description:

Fully customized RO system design according to raw water chemical analysis report. Bactericide additive as required, prevent bacteria from grow and migration in pretreatment system. The i