Solar Container RO Reverse Osmosis 100tpd Containerised RO Plant Seawater Desalination System

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Product Description

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Basic Information

Model NO.HY-SCRO100T/Day
Capacity10m3 to 50m3/Hr
Source WaterSeawater
Incoming WaterSalt Water
Untreated Waterfor Drinking
Used inIrrigation
Machine NameSeawater Desalination
Transport PackageSeaworthy
HS Code842121
Production Capacity500 Units
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Product Description

Solar Powered Containerized Salt Sea Water RO Desalination Machine

Source Water: Direct seawater or drill salt water, borehole water, river water, tap water.

Purpose: For drinking water, irrigation or other industrial processes purpose.

Sustainability: By utilizing solar energy, this plant reduces greenhouse gas emissions and dependence on non-renewable energy sources.
Cost-Efficiency: Solar energy is abundant and free, making operating costs considerably lower than traditional desalination methods.
Scalability: Modular design allows for adjustments to meet specific water demands from small communities to large industrial facilities.
Water Security: Provides a dependable source of fresh water, ensuring security even in arid regions or during emergencies.
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Product Parameters

HY-SCRO-100m3/day Solar Containerised Specifications
Flow Rate 100m3/day Recovery Rate 0.6
Applicable Power 380V/50HZ 3 Phase Rated Power 7.7 KW
Solar Power 7.7 KW Inverter 20KW (25KVA)
Solar Panels 14 pcs Battery 8PCS, 24KW
Incoming TDS < 1700ppm Output Water TDS < 50ppm
Working Pressure 18 bar Operating Temp 5-45ºC
RO Membrane 5 piece Container 20FT
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Main Features & Advantages

Containerized desalination plants offer significant advantages over fixed installations:

  • Plug and Play: Ready for immediate use.
  • Quick Installation: Minimal onsite assembly required.
  • Limited Civil Work: Only needs a stable container foundation.
  • Mobile: Highly useful for remote construction sites.
  • Turnkey Delivery: Includes all piping, cables, and air conditioning.
System Overview
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SWRO Process Steps

Stage Component Function
Pre-treatment Feed Water Pump (SS316L) Provides initial pressure for filters.
Quartz Sand Filter Removes suspended particles and large impurities.
Active Carbon Filter Removes color, free chloride, and organic matter.
Anti-scalant System Chemical dosing to prolong membrane life.
RO Main Part High Pressure Pump Provides high pressure required for osmosis.
RO Membranes 98%+ desalination rate; removes ions.
Electronic Control Panel PLC and HMI for intelligent system management.
Process Flow Chart
Certification Showcase
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Buying Guide

To provide the best quote, please confirm the following:

1. Untreated Water: Well water, seawater, or other sources?

2. Treated Water Purpose: Daily human use (TDS < 500ppm) or industrial use?

3. Output Capacity: How many liters/gallons per hour do you need?

4. Power Supply: 380v/50hz/3ph or other local standards?

Frequently Asked Questions

What is the daily capacity of the containerized RO plant?
The system is designed to produce between 10m³ to 50m³ per hour, with a standard daily output of 100TPD (Tons Per Day).
What kind of water can this system treat?
It is primarily designed for seawater and high-salinity salt water, but it can also treat borehole water, river water, and tap water for various industrial or drinking purposes.
Can the system run entirely on solar power?
Yes, the system is designed with a solar-powered option including 14 solar panels and 8 batteries (24KW) to ensure cost-efficient and sustainable operation.
Is the plant easy to move and install?
Absolutely. The "plug and play" containerized design (available in 20ft or 40ft units) allows for quick installation and easy transportation, making it ideal for construction sites or remote regions.
What is the expected quality of the treated water?
The Reverse Osmosis (RO) membranes provide a desalination rate of over 98%, capable of reducing incoming TDS levels to less than 50ppm for high-purity output.
How long do the RO membranes last?
Membrane life is prolonged through a multi-stage pre-treatment process, including quartz sand filters, active carbon filters, and an anti-scalant dosing system to prevent blocking.

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