We actually focus on WMS1000 production and marketing, with a device of 1000 liters of water per day.
Our products are manufactured in France.
The WMS50 (50 liters per day) can be seen today at Sainte Tulle (Fr-04). The WMS1000 implementation is planned for the end of the year 2010 in the south of France.
It is planned to develop and market small devices (50 liters of water per day) for 2012.
Our main customers are local communities, eco-hotel, and large farms.
The purpose of this invention is to provide access to drinkable water to many. It is therefore indented to isolated villages, large farms, no water networks islands. The device can be used in the entire world. (Africa, Europe, North or South America, Asia, Australia).
Our distribution network is being built. For any question relating to device acquisition, all Eole Water teams remain at your disposal, by mail or phone.
Wind and humidity rate are the unique engine the device needs. It is technically possible to implement it in a large part of the world. However, atmospheric conditions survey (wind, temperature, humidity) must be realized before setting the windmill up. This is helpful to get an optimum yield.
This is the main objective of that device: provide drinkable water to many. Therefore, there are several steps that insure water quality:
1- Filtration
2- Sterilization
3- Ultrafiltration
4- Mineralisation
Yes it is. Quantity of water and power can be chosen daily according to your need, thanks to an electronical box.
Example :
There is a store protected tank at the foot of the windmill, water running down by the mast. The tank capacity has to be defined by the user.
A mechanical system allows regulating automatically the blades openings in order to slow down rotation speed. When the wind reaches 50 m/s speed, the mast can be lowered to avoid accidents. Moreover, this device incorporates a braking system of the axis rotation of the blades.
Minded by ecology and in accordance with European standards R.E.A.CH., the materials used are entirely recyclables. Maintained properly, the device may have lifespan of 30 or 40 years before recycling.
None. Wind and air are the unique engine needed to make the device work. Thus, it preserve groundwater and does not emit CO2. The process is completely environmentally friendly.
Contracts for maintenance can be set up. In terms of maintenance, every year, a UVC filters changing and a visual control are needed to take care of the windmill good-working.