his important delegation stayed from March brazed plate heat

Van den Bol, recently visited Morocco where some people presented their groundbreaking products and concepts for the production of freshwater from fast growing energies. A single wind turbine would then be sufficient to supply a village of 1, 000 inhabitants.

The water thus collected may be used as drinking water or irrigation. The efficiency of this system reaches 150 to 160 cubic meters of water daily, much more than the first kind of wind turbine. All the energy created with the blades of the wind turbine is dedicated to the production of water. They focused on the orientation belonging to the investment project in Morocco along with the planning of installation of a pilot project to demonstrate the effectiveness of its systems on the Moroccan territory. In the arid regions in the world, this could become the most impressive to the lack of mineral water, knowing that while in the Netherlands usual daily use of water per capita was in the order of 140 liters, but there's more is only 20 liters in areas where water is tight.

Cost in the operation: € 367, 000 leaving to one side tax, subsidized to the track Copper brazed plate heat exchanger of € 116, 000 by ADEME.. It markets a wind turbine capable of producing drinking water with the air. Meetings with a great deal of government authorities, including MASEN, the actual Ministry of Foreign Affairs, the actual Ministry of Industry, as very well as other local authorities along with private organizations. A delegation from a Dutch business named RainMaker WorldWide, led simply by Mr. A wind turbine of this type was already marketed for several countries.

The latter is pumped and heated by the heat exchanger operated by the blades in the wind turbine. A fan draws air by below and causes it to go through this system, causing condensation of water from the air. This important delegation, stayed from March 12 in order to 16 in Morocco to explore work at home opportunities and opportunities for research and also development (R & D) using their Moroccan counterparts and plans to renew the visit in the coming days. The actual system produces just over 20, 000 liters of water every day. The turbine drives a compressor associated with a refrigeration system installed while in the pylon. The company has also designed another version of its wind mill, which also produces drinking drinking water, but this time from salty and also polluted water. The drops of water produced then flow across the walls and are stored within a tank. All these operations have to save 31, 000 euros per annum, an eight-year return on purchase. The steam consequently created is then cooled, producing pure water flowing to some storage tank