Salt Recovery Plant (Nano Filtration System)

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Salt Recovery Plant (Nano Filtration System)

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MOQ : 10000 Liters

Salt Recovery Plant (Nano Filtration System) Specification

Flow Rate
Varies by model (10 to 100 m3/hr)

Efficiency (%)
Up to 98%

Recycle Rate
Up to 85%

Power Consumption
10-15 kW (Depending on Capacity)

Water Out Conductivity
Less than 400 µS/cm

Ph Level
6.5 - 8.5

Frequency
50 Hz

Water in conductivity
Up to 8000 µS/cm

Feature
Low operating cost, High recovery ratio, Reduced sludge generation

Technology
Nano Filtration Membrane Technology

Usage & Applications
Salt recovery, Waste water treatment, Industrial water recycling

Pump Type
Centrifugal / High Pressure Pump

Noise Level
Below 75 dB

Power Source
Electric

Water Source
Industrial Effluent, Brine, RO Rejects

Purity Level
Up to 93%

Volume
Customizable per requirement

Drive Type
Electric Motor Driven

Material
Stainless Steel (SS 304/316)

Automatic Grade
Automatic

Voltage
415 V, 3 Phase

Product Type
Salt Recovery Plant - Nano Filtration System

Filter Type
Nano Filtration Membrane

Capacity
5000 to 200,000 LPD

Installation Type
Skid mounted/Containerized

Inlet Temperature Range
10-45C

Chemical Dosing System
Integrated

Control System
PLC Based / HMI Interface

Pre-Treatment Required
Yes, with necessary filtration

Pretreatment Filtration Size
5-10 micron

Cleaning System
Automatic CIP (Clean-In-Place)

Mounting
Floor standing / Containerized

Membrane Life Expectancy
2-3 years under standard operation

Skid Material
Epoxy coated mild steel or Stainless Steel

Salt Recovery Plant (Nano Filtration System) Trade Information

Minimum Order Quantity
10000 Liters

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Main Domestic Market
All India

About Salt Recovery Plant (Nano Filtration System)

Powered by our advanced production unit, we are involved in offering the supreme quality Salt Recovery Plant. This plant is assembled by our adroit professionals with the utilization of quality-tested components and progressive techniques. The provided plant is extensively used to recover salt from brine or other waste water. Apart from this, our valuable clients can purchase this Salt Recovery Plant in various technical specifications according to their requirements at industry leading price.

Features:

High efficiency
Sturdy design
Less maintenance
Hassle free functioning

Efficient Salt Recovery and Industrial Water Recycling

Employing advanced Nano Filtration membrane technology, this plant effectively recovers salts and recycles water from multiple industrial sources. Its design ensures up to 98% efficiency and features such as integrated chemical dosing and automatic cleaning. By processing water with a range of 10-45C and up to 8000 S/cm conductivity, it addresses challenging industrial effluent scenarios while reducing environmental impact and operational expenses.

Customizable, Robust, and Automated System

With skid-mounted or containerized options, the system is adaptable to various industrial needs and facilities. The use of PLC-based controls with HMI interface streamlines monitoring and adjustment, while pre-treatment and nano filtration ensure consistent product water quality. Its automatic grade and stainless steel construction (SS 304/316) guarantee longevity and reliable performance even under demanding conditions.

FAQs of Salt Recovery Plant (Nano Filtration System):

Q: How does the Salt Recovery Plant using Nano Filtration technology operate?

A: The plant utilizes Nano Filtration membranes to separate salts and impurities from industrial wastewater, brine, or RO rejects. Pre-treated water with a filtration size of 510 microns enters the system, where it undergoes pressure-driven filtration. The process yields up to 85% water recovery with a purity of up to 93%, while achieving water output conductivity below 400 S/cm.

Q: What are the typical applications of this salt recovery system?

A: This Nano Filtration system is widely employed in salt recovery, industrial water recycling, and wastewater treatment for industries such as chemical manufacturing, textile, power generation, and any facility that produces high-salinity effluent or seeks to recover valuable salts from waste streams.

Q: When is pre-treatment required and what does it involve?

A: Pre-treatment is always required to ensure optimal membrane performance and longevity. It typically involves filtration to 510 micron particle size and may include chemical dosing to adjust pH or reduce scaling, ensuring the feedwater meets quality requirements for effective Nano Filtration.

Q: Where can the Salt Recovery Plant be installed?

A: The system is designed for flexible installation; it can be floor-mounted in existing facilities or supplied as a containerized unit for rapid deployment and minimal on-site construction. Its rugged design suits industrial plants across various sectors and locations in India.

Q: What are the benefits of using this plant for industrial facilities?

A: Key benefits include high water and salt recovery rates, reduced sludge generation, fully automated operation (PLC/HMI controlled), and low operating costs. This technology also promotes sustainable water reuse, compliance with environmental regulations, and a substantial reduction in freshwater consumption.

Q: How often does the membrane require replacement, and is cleaning automated?

A: Nano Filtration membranes have a typical life expectancy of 2-3 years under standard operating conditions. The system features an automatic CIP (Clean-In-Place) system for routine cleaning, ensuring consistent performance and minimizing the need for manual intervention.

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