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Rainmaker Holland

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Rainmaker Holland
Solution to the global water crisis

Cooperation with Rainmaker Holland

Our company cooperates as worldwide authorized sales agent with one of the most innovative European AWG R+D manufacturer RAINMAKER HOLLAND B.V.

Rainmaker’s purpose

Rainmaker’s purpose is to produce safe drinking water for communities in need so they can thrive and never go thirsty.

We offer a suite of Air-to-Water and Water-to-Water technologies. These products deliver a better, more economical way to provide safe drinking water. Air-to-Water harvests fresh water from humidity in the atmosphere, while Water-to-Water transforms non-potable (waste, salty, polluted, grey, or brackish) water into safe drinking water. All can be wind or solar powered, so they leave no carbon traces. There are also options for grid and generator-powered models. Offer the lowest cost per liter of fresh drinking water on the market.

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Rainmaker product features & specifications

Air-to-Water (AW) SYSTEMS

Harvest fresh water fom the humidity in the air.
  • Powered by wind, solar, grid, generator or hybrid
  • Decentralized modular units produce 5,000 liters per day
Air-to-Water (atmospheric water generator) system
  • Produce drinking water from air – no other water source required
  • Up to 5,000, 10,000 or 20,000 liters of drinking water per day per machine
  • Multiple units can be combined for larger projects
  • Choice of power sources: wind, solar, grid, generator or hybrid combinations
  • Minimum air temperature: >15°C / 59°F
  • For wind-powered, wind speed of 3 – 18 meters per second (6.7 – 40 miles per hour)
  • Small footprint for flexible location options – create water where it’s needed
  • Deployment as fast as 90 days after purchase order
Can be used
  • Humanitarian applications in traditional areas of water scarcity
  • Island and rural communities with limited fresh water supplies
  • Temporary humanitarian applications in disaster or war zones
  • Growing industrial and commercial applications
  • Corporate CSR programs
  • Commercial and industrial
Requirements for production
  • Minimum air temperature: > 15°C / 59°F
  • For wind-powered, wind speed of 3 – 18 meters per second (6.7 – 40 miles per hour)
  • The footprint is small, so our technology can be located where the water is needed
  • Water production can be scaled up simply by adding more units
  • Operational within 14 days from the equipment arrival on site
Air-to-Water power options
  • Minimum wind speed: 6.7 – 40 miles per hour
  • Power input: 100kW
  • Rated daily output: Up to 20,000 liters per day
  • Minimum wind speed: 6.7 – 40 miles per hour
  • Power input: 100kW
  • Rated daily output: Up to 20,000 liters per day
  • Minimum wind speed: 6.7 – 40 miles per hour
  • Power input: 100kW
  • Rated daily output: Up to 5,000 liters per day
  • Power input: 50kW
  • Rated daily output: Up to 10,000 liters per day
  • Power input: 100kW
  • Rated daily output: Up to 5,000 liters per day
  • Power input: 25kW
  • Rated daily output: Up to 10,000 liters per day
  • Power input: 50kW
  • Rated daily output: Up to 20,000 liters per day
  • Power input: 100kW
Benefits
  • Cost-effective grid / generator – can produce drinking water for as little as 0.5¢ per liter
  • Choice of power options – with wind, solar or generator, no electricity grid is required
  • Wind and solar are environmentally and climate friendly with no carbon footprint
  • Create or harvest water directly where it is needed for decentralized water production to reduce or eliminate water distribution costs
  • Compact size that is easy to locate and scale
  • Minimal service and maintenance with estimated 20-year life
  • No chemical costs
  • Proven in harsh desert climates
  • Proprietary software-based control module can be accessed remotely for updates, calibration as well as offsite troubleshooting
  • Rated daily output: Up to 20,000 liters per day

Rainmaker's Water-to-Water (WW) SYSTEMS

Transforms non-drinkable water (saltwater, brackish or waste water) into safe, clean water.
  • Powered by wind, solar, grid, generator or hybrid
  • Decentralized modular units produce 20,000 liters per day
Water-to-Water technology
  • Produce drinking water from seawater, brackish or contaminated water sources
  • Up to 37,500, 75,000 or 150,000 liters of drinking water per day per machine
  • Multiple units can be combined for larger projects
  • Choice of power sources: wind, solar, grid, generator or hybrid combinations
  • For wind-powered, wind speed of 3 – 18 meters per second (6.7 – 40 miles per hour)
  • Small footprint for flexible location options close to source water – create water where it’s needed
  • Deployment as fast as 90 days after purchase order
Can be used
  • Communities with inadequate or no access to a fresh water source or reliable energy source, but close to a significant supply of seawater or polluted water
  • Corporations looking for energy-efficient technology to clean and potentially reuse waste water
  • Cities or regional governments restoring rivers, lakes and harbors
Requirements for use
  • For wind-powered, wind speed of 3 – 18 meters per second (6.7 – 40 miles per hour)
  • The footprint is small, so our technology can be located near source water and where the clean water is needed
  • Water production can be scaled up simply by adding more units
  • Operational within 14 days from the equipment arrival on site
Power options
  • Wind powered
  • Solar powered
  • Grid or generator only
  • Hybrid – wind and solar powered
  • Hybrid – wind and grid / generator powered
Benefits
  • Capable of treating feed water with high concentrations of pollutants or salt concentration near saturation point
  • 100% rejection of ions, macromolecules, colloids, biological cells and other non-volatile impurities
  • In most cases, simple removal of solids from the feed water is all that is necessary
  • Low hydrostatic pressures mean that the process can be performed at operating pressures generally near atmospheric pressure
  • Feed temperatures can be considerably lower than the boiling point of water
  • No brine disposal necessary; zero liquid waste is possible to significantly cut costs
  • More water production by volume of water input
  • No toxic anti-fouling chemicals are necessary; no chemical costs
  • Can produce drinking water for as little as 0.3¢ per literChoice of power options – with, solar or generator, no electricity grid is required
  • Wind and solar are environmentally and climate friendly with no carbon footprint
  • Compact size that is easy to locate and scale
  • Harvest water directly where it is needed for decentralized water production to reduce or eliminate water distribution costs
  • Minimal service and maintenance with estimated 20-year life
  • Proprietary software-based control module can be accessed remotely for updates, calibration as well as offsite troubleshooting

Rainmaker's Commercial Water-to-Water SYSTEMS

Reverse osmosis RO and water treatment systems for industrial and commercial use.
  • Designed and built by individual request
Water-to-Water system
  • Produce clean water from industrial wastewater – dramatically reduce treatment and hauling costs
  • Up to 37,500, 75,000 or 150,000 liters of clean water per day per machine
  • Multiple units can be combined for larger projects
  • Choice of power sources: wind, solar, grid, generator or hybrid combinations
  • Focus on creating fresh water at the lowest possible cost and reducing waste
  • For wind-powered, wind speed of 3 – 18 meters per second (6.7 – 40 miles per hour)
  • Small footprint for flexible installation
  • Deployment as fast as 90 days after purchase order
Targets of use: circular economy, waste becomes an asset
  • Commercial Water-to-Water technologies reduce costs and help you stay compliant. 
  • Wastewater is often quite warm. A heat exchanger can recover the heat for space heating, water heating, or manufacturing processes. This is free energy.
  • Often, it’s possible to recover resources from wastewater that can either be used internally or sold. For example, some wastewater solids are used as ingredients in fertilizer.
  • Or, the clean water can be re-used either for the same processes or re- purposed elsewhere.
Commercial Water-to-Water product line
  • Rated daily output: Up to 150,000 liters per day Minimum wind speed: 6.7 – 40 miles per hour Power input: 100kW
  • Rated daily output: Up to 150,000 liters per day Minimum wind speed: 6.7 – 40 miles per hour Power input: 100kW
  • Generator Powered
  • Rated daily output: Up to 150,000 liters per day Minimum wind speed: 6.7 – 40 miles per hour Power input: 100kW
  • Rated daily output: Up to 37,500 liters per day Power input: 50kW
  • Rated daily output: Up to 75,000 liters per day Power input: 100kW
  • Rated daily output: Up to 75,000 liters per day Power input: 50kW
  • Rated daily output: Up to 150,000 liters per day Power input: 100kW
Benefits of commercial production
  • Capable of treating feed water with high concentrations of pollutants or salt concentration near saturation point
  • 100% rejection of ions, macromolecules, colloids, biological cells and other non-volatile impurities
  • In most cases, simple removal of solids from the feed water is all that is necessary
  • Low operating hydrostatic pressures mean that the process can be performed at operating pressures generally near atmospheric pressure
  • Feed temperatures can be considerably lower than the boiling point of water
  • No brine disposal necessary; zero liquid waste is possible to significantly cut costs
  • More water production by volume of water input
  • No toxic anti-fouling chemicals are necessary; no chemical costs
  • Can produce drinking water for as little as 0.3¢ per liter
  • Choice of power options – with wind, solar or generator, no electricity grid is required
  • Wind and solar are environmentally and climate friendly with no carbon footprint
  • Compact size that is easy to locate and scale
  • Harvest water directly where it is needed for decentralized water production to reduce or eliminate water distribution costs
  • Minimal service and maintenance with estimated 20-year life
  • Proprietary software-based control module can be accessed remotely for updates, calibration as well as offsite troubleshooting
Product video

Rainmaker - Water To Water - WW100

Today's Presence: 19 countries

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After your inquire we briefly get in contact and send water project intake form.

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