Solar desalination

I’mWATER’s goal is to supply electricity and clean water worldwide through its patented solar technology using solar-powered desalination units.

  • The multistage water purification process can purify any water source, including seawater, and convert it into drinking water.
  • It is a scalable system capable of producing up to 454,250 liters of drinking water per day.
  • The systems can be connected in parallel to increase daily water production.
  • It provides up to 99.80% salt rejection and 92% boron rejection.
  • Emergency situations
  • Irrigation solutions
  • Areas affected by natural disasters
  • Mobile/portable water treatment/li>
  • Coastal cities and towns
  • Areas with high electricity costs
  • System design.
  • ISO insulated containers with lighting and HVAC for shipping and protection.
  • Reverse osmosis (RO) membranes compliant with FDA standards.
  • Pretreatment system to extend the life of reverse osmosis membrane filters.
  • Pretreatment system to raise the pH of the water.
  • Power supply with solar panels and lithium-ion battery storage system.
  • Independent ISO container for battery storage system.
  • The solar array can also be disassembled in anticipation of hurricanes for safe storage.
  • The system can also be connected to the electrical grid.
  • Supply of corrosion-resistant containers.
  • User manual with installation, operation, troubleshooting, and commissioning procedures.
  • 1-year warranty on materials and labor.

System size¹

System flow
(GPM)
Daily Volume*
(GPD)
Shipping Weight
(LBS)
Solar Size²
(kW)
Lithium-ion battery size²
(kWh)
Annual electricity cost avoided
(@ $0,21/kWh)
13 18,720 4,100 152 475 $40,000
50 72,000 9,500 475 1,480 $125,000
80 115,200 14,000 640 2,255 $190,000

¹ Other sizes available.

² The final size of the solar and battery system depends on the components of the purification system and the final location.

*The daily volume depends on the quality of the source water and the final system configuration.

NoegaBox

The NoegaBox is a “plug & play” water container solution that operates off the grid, using only solar energy to produce clean water from seawater.

Manufactured by I’mWATER, the system uses 70% less energy than conventional desalination technology, requiring 3 times fewer solar panels.

The NoegaBox provides clean water to communities, resorts, industries, private properties, disaster relief, and emergency response, offering an independent water supply for any coastal location.

The automation and equipment of the plants enable fully automatic operation, reducing operational costs and ensuring long-term efficient performance.

It features an easy-to-use interface with remote control options to facilitate system monitoring and control.

I’mWATER’s solar ultrafiltration and reverse osmosis systems clean river and well water to produce drinking water, irrigation water, water for agriculture, and other uses. Hundreds of these systems currently treat water with TDS levels of up to 10,000 PPM and product flows of up to 190 liters per minute. These systems are compact and have been developed for outdoor use, designed to generate the highest amount of treated water with the least amount of energy.

  • Solar panels for autonomous operation
  • Containerization
  • Trailer-mounted setup
  • Custom-designed pretreatment and post-treatment options
  • High-pressure stainless steel components, stainless steel pump
  • Frame with high-resistance powder coating
  • Agriculture
  • Brackish water
  • Disaster relief
  • Drinking water
  • Groundwater sanitation
  • Irrigation
  • Low energy
  • Marine
  • Military
  • Reverse Osmosis
  • Ultrafiltration
  • Solar Reverse Osmosis units for brackish deep well water with TDS up to 15,000 ppm
  • Cities and towns, oil fields, labor camps, small businesses, hospitals, and breweries are examples of potential applications.
  • Seawater desalination using solar-powered ROC
    • Solar-VFD integrated for high-pressure reverse osmosis pumps up to 1,000 PSI (TDS up to 45,000). Solar electricity is commonly used to power coastal cities, small town resorts, and offshore oil operations.
  • Water treatment in remote locations requires autonomous, containerized, and portable operation.
  • Highly efficient, adaptable, and cost-effective.
  • Designed for reliable long-term performance.
  • For remote communication of control and data, use a microprocessor or PLC with built-in GPS.
  • Solar energy of up to 60 kW can be used to power reverse osmosis plants with capacities of up to 150,000 GPD (500 m³/day).