We have done all field research in order to show workabilty of the system. We done work at several country side locations, such as mountain and the sea shoe to implement the system. Produce 25 GPD with a portable flexible photovolatic solar collector. (200 watts power) The RO system worked very well in all conditions.
Do not have at present no user.
Supply Chains, Agriculture, Economic Growth and Trade and 6 MoreSEE ALL
Supply Chains, Agriculture, Economic Growth and Trade, Education, All Sectors, Environment, Health, Humanitarian Assistance and Wind & Water EnergySEE LESS
Dominican RepublicSEE LESS
Good drinking potable water (DPW) is difficult to get and expensive in the DR.
Our intention is to supply a self-contained system of DPW using solar PV panels, plus an osmosis with recuperation, that could produce at RD$20 instead of the RD$70 that the locals have to pay for a 5 gallon bottle.
In order to promote our sales of the built systems, we will create a rental business to small houses, which will be interested in selling potable water in low income neighbourhoods that at present are buying at market price, too expensive for them, at a substantial reduced price.
We expect to introduce it as a commercial system, with promotion at all possible levels. Our innovation has the advantage of small scale adaptability, which can be portable and used at remote and needed places such as refugees centres worldwide. With our system, you combine energy supply and end product (potable water) at the needed location.
We intend to establish a small manufacturing plant to assemble 10 units per month in the Dominican Republic. We have the physical infrastructure warehouse to build them, (180 m2) plus the legal incorporated company TERMOSAG to begin the production and sales of the equipment in the DR.
Building of bigger capacity system will be envisioned, for institutional interties, such as hotels, hospitals, restaurants, etc.
|Projected Cumulative Lives Impacted||4|