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Modular Solar Desalination System: Scalable & Efficient

Modular Solar Desalination System: Scalable & Efficient

modular solar desalination system

scalable seawater desalination system

efficient solar desalination system

Place of Origin:

Anhui, China

Brand Name:

ABG

Certification:

ISO9001、ISO14001、ISO45001、CQC

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Product Details
Processing Capacity:
More Than 98%
Weight (kg):
6000 Kg
Material:
FRP+Carbon Steel, Plywood Case
Processing:
Pre-treatment System+ Ro System
Ilter Media:
Sand Filter
Technology:
Membrane Separation + Biological Treatment
Voltage:
380V
Control:
Fully Automatic Control
Usage:
Seawater Desalination
Core Components:
Gearbox, Pump, Gear, Engine, Motor, PLC
Highlight:

modular solar desalination system

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scalable seawater desalination system

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efficient solar desalination system

Payment & Shipping Terms
Minimum Order Quantity
1
Price
USD6000-8000
Packaging Details
Wooden /Box
Delivery Time
7-15 Days
Payment Terms
L/C,T/T,Western Union
Supply Ability
100sets/month
Product Description

Introduction​​: 

Modular Solar Desalination System: Scalable & Efficient:harnessing abundant sunlight to solve water scarcity sustainably. Eliminate fuel costs, reduce carbon footprint, and secure reliable clean water access for communities and industries anywhere with solar potential.Scalable units (2-ton/day base) support expansion up to 20 tons. Integrated batteries ensure 24/7 operation. Solar-only power with IoT monitoring.

​​Key Features:​​

  • ​​Zero Carbon Footprint (Operation):​​ Powered 100% by renewable solar energy.
  • ​​Drastically Lower Operating Costs:​​ No fuel, electricity bills, or complex infrastructure.
  • ​​Enhanced Water Security:​​ Climate-resilient source independence.
  • ​​Minimal Environmental Impact:​​ Reduced brine discharge volumes & zero air/noise pollution.
  • ​​Built for Longevity:​​ High-quality materials ensure years of reliable service.
  • ​​Simple & Resilient Technology:​​ Less prone to breakdowns, easier field repair.
Characteristic Traditional Diesel RO Grid-Powered RO AquaSol Pure Solar
​​Operational CO2 Emissions​​ ​​High​​ (>5 kg/m³ water) ​​Moderate-High​​ (Grid Intensity) ​​Zero​​
​​Energy Source​​ Fossil Fuels (Diesel) Grid (Mix Fossil/Renew) Pure Solar
​​Operating Cost ($/m³)​​ 3.0+ 1.8+ ​​1.0​​ (Fuel Cost = $0)
​​Noise Pollution​​ ​​High​​ Low-Moderate ​​Very Low / Silent​​
​​Setup Complexity​​ High High Low-Moderate
​​Air Quality Impact​​ ​​Significant​​ Depends on Grid ​​None​​
​​Off-Grid Capability​​ Poor None ​​Excellent​​
​​Long-Term Sustainability​​ Low Medium ​​High​


Primary Application Areas:​​

  • ​​Achieving Corporate ESG/Sustainability Goals.​​
  • ​​Decentralizing Water Infrastructure.​​
  • ​​Mitigating Climate Change Impacts on Water Supply.​​
  • ​​Creating Sustainable Communities & Developments.​​
  • ​​Supporting UN Sustainable Development Goal 6 (Clean Water).​​
  • ​​All scenarios where clean energy and water access intersect.​


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