Controlling cost, quality, access and impact.

Clean water supply is a major problem in the Philippines, ranking 97th in global access to clean drinking water and having the highest water cost in SE Asia. This project in La Union, Luzon enables potable water at lower expenses, while using the unlimited resources of the sea and sun. Using a containerized solution that has the solar panels mounted on the roof and the water treatment station inside, the unit was installed within 2 weeks. A water tank has been provided to store the clean water on-site.

Solar panels that are providing the necessary power to run the desalination system. The generated energy is partly stored in a battery (with a long life-span), which ensures water supply in periodes with shortages in sunlight. In the background there is a small fishing hut and a beach.

Philippines.
Water kiosk solar desalination with the plug & play solution.

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kW of solar panels
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m3/day of fresh water
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% of total savings
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t/yr of CO2 savings

‘’There are four major issues in the provision of potable drinking water in Southeast Asia: water cost, quality, access, and environmental impact. Working with EWM technology we are able to invest locally into decentralized water production solutions that overcome each of these challenges. Starting in the Philippines, regions where we operate can now enjoy affordable high-quality water that has been produced using a sustainable method, in line with our vision.’’

John Jadczak | Managing Partner, NXTLVL Water
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Project media.

Our water kiosk in Madagaskar in action, with a poster about general information and instructions in the front The container's side is opened and the faucet placed in such a way that people can come and collect their drinking water. Water containers are provided to the local community to ensure clean drinking water during tranportation. There is a beach and the ocean on the background, illustrating the source of the drinking water.

Water kiosk ready for operation.

Three water tanks inside the desalination container, which are being filled with the final product of the reverse osmosis desalination process: high quality drinking water.

Solar desalinated water production.

Reverse osmosis filter

Compact, efficient desalination unit.

A "Dopper" bottle placed next to a faucet, with the inner side of the desalination container in the beackground. There is drinking water flowing out of the faucet, which is the final product of the reverse osmosis desalination system and was produced sustainably without negative effects on the environment or communities.

Water flowing out of the tap.

Water tank used to store the water surplus during the day, which can be used in case of water shortages during the night. It is placed next to the desalination container to keep the process local and simple. In the background there is the sea, the ultimate resource for desalinated water.

Fresh water storage.

Happy local people inside the desalination container

Trained operations team.

The desalination unit on the Phillipines is up and runnng

Excited project team.

The solar desalination unit from above

Drone footage of project.

Our project on the Phillipines from above

Drone footage of project.

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Reliable savings.

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