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Waste Water Desalination

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MOQ : 10000 Liters

Waste Water Desalination Specification

Usage & Applications
Industrial water treatment, Effluent recycling, Desalination of sewage and brackish water

Water Out Conductivity
<10 S/cm

Efficiency (%)
90-99%

Feature
High recovery, Low maintenance, Skid mounted, User friendly interface

Ph Level
6.5 - 8.5

Frequency
50/60 Hz

Recycle Rate
Up to 90%

Pump Type
High Pressure Multistage Pump

Noise Level
70 dB

Technology
Reverse Osmosis (RO)

Flow Rate
Customizable depending on design

Power Consumption
3-12 kW (Depending on capacity)

Water in conductivity
1000-35000 S/cm

Voltage
220-240 V

Automatic Grade
Automatic

Drive Type
Electric Motor

Volume
Variable as per requirement

Purity Level
Up to 99.5%

Material
Stainless Steel, FRP, PVC

Water Source
Industrial Waste Water / Brackish Water / Municipal Wastewater

Power Source
Electric

Product Type
Desalination Plant

Filter Type
Multi-stage filtration with RO, UF, Cartridge filters

Capacity
50 LPH - 50000 LPH

Installation Type
Containerized/Skid-Mounted/On-site

Ambient Operating Temperature
5C - 45C

System Control
PLC/SCADA controlled

Feed Pressure
8-20 bar

Dimension (L x W x H)
As per plant capacity/design

Service Support
Available on call and onsite

Maintenance
Routine membrane cleaning required

Membrane Type
Spiral wound polyamide composite

Brine Management
Automated Reject Management System

Shipping Condition
Fully assembled or Modular delivery

Pretreatment Required
Yes (Sand filter, Activated carbon filter, etc.)

Discharge Compliance
Meets local effluent discharge norms

Waste Water Desalination Trade Information

Minimum Order Quantity
10000 Liters

Main Domestic Market
All India

Waste Water Desalination About

Owing to the affluent market experience, we are offering a broad series of Waste Water Desalination. It is used to produce the water quality of many industries sectors. This range is appropriate for pulp, textile and other commercial industries. It aids to convert a sea water into a drinking water on ships. Waste Water Desalination is perfectly designed to treat for municipal waste water. It also removes the salt and other various contaminants.

Advanced Membrane Technology

The system employs spiral wound polyamide composite membranes that provide high selectivity and mechanical strength, ensuring effective desalination of industrial and municipal waste water. This technology supports a wide range of feed water conductivities and delivers purified water with less than 10 S/cm conductivity.

Automated System Control

Process monitoring and control are achieved through sophisticated PLC/SCADA systems. Users benefit from automated operations, real-time diagnostics, and easy adjustment of system parameters to optimize performance and maintain compliance with safety and discharge norms.

Efficient Pretreatment Solutions

Comprehensive pre-filtration, including sand and activated carbon filters, safeguards the RO membrane by removing particulates, organics, and chlorine. This multi-stage approach extends membrane life and ensures consistent water quality throughout the process.

FAQs of Waste Water Desalination:

Q: How does the spiral wound polyamide composite membrane improve desalination efficiency?

A: The spiral wound polyamide composite membrane offers high rejection rates for salts and contaminants. Its robust design enables efficient separation while withstanding pressures of 820 bar, resulting in purified water with conductivity under 10 S/cm.

Q: What pretreatment steps are required before reverse osmosis in this system?

A: Pretreatment involves using sand filters and activated carbon filters to remove suspended solids, organics, and chlorine. These steps are essential to prevent membrane fouling and ensure optimal system performance.

Q: When is routine membrane cleaning necessary, and what does it involve?

A: Routine membrane cleaning is recommended according to operational hours and feed water quality, typically every few months. Cleaning uses approved chemicals to restore membrane permeability and extend service life.

Q: Where can this desalination system be installed, and what are the delivery options?

A: The system is suitable for on-site, containerized, or skid-mounted installation at industrial, municipal, and commercial facilities. It is delivered fully assembled or in modular components, depending on customer requirements and plant capacity.

Q: What processes are managed by the automated PLC/SCADA system?

A: The PLC/SCADA system oversees filtration, pressure regulation, reject management, and system diagnostics. It provides automated control for flow rates, ensures compliance with discharge norms, and supports user-friendly interface operations.

Q: How is brine managed in this desalination unit?

A: An Automated Reject Management System collects and disposes of brine efficiently, ensuring the concentrate is handled according to local regulations and minimizing environmental impact.

Q: What are the main benefits of using this waste water desalination solution?

A: Key benefits include up to 99.5% water purity, high recovery rates (up to 90%), reduced power consumption (312 kW), low noise operation, and reliable service support. The system is user-friendly, low maintenance, and complies with local effluent discharge standards.

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