2. The Buried Diffuser and The Draining Floater are now available in more than 15
countries including all continents (Angola, Bahrain, Belgium, Botswana, Eritrea,
Ethiopia, Chili, Ghana, Jordan, Kenya, Luxembourg, Malawi, Mali, Mauritania,
Morocco, Mozambique, Namibia, Netherlands, Nigeria, Oman, Rwanda, Saudi Arabia,
Senegal, South Africa, South Sudan, Tanzania, UAE, Uganda, USA, Yemen, Zambia,
Zimbabwe...).
If you are interested to buy and/or to try our products, please email us in
order to get the contact details of the nearest distributor to your location.
We are expanding our distribution network to all the rest of the world. If your
are interested to be one of our distributor or sub-distributor in one or many
countries, please don't hesitate to contact us. We study all serious proposition
(established company in agriculture and/or trading is required).
Hydroponics farming using The Buried Diffuser
Coco Peat Cube Feasibility Trial. Discover what we can do with only ONE LITER OF
WATER
Our USA Partner, Mr. Chuck Toussieng Sr. made a fascinating trial using The
Buried Diffuser for the irrigation of plants in a Coco Peat Bag... The
observations/results are highly interesting. He's conclusion was: "The 15x15
Buried Diffuser is a perfect and economical solution to revolutionizing
hydroponic and raised bed greenhouse cultivation."
Want to know more? Just take a look at this presentation.
Climate Change Mitigation using The Buried Diffuser (by Dr. Bellachheb CHAHBANI)
Drought and flood are facts everywhere in the Globe (arid, semi arid and humid
regions). Obviously Man can not change the climate, stop tornadoes, torrential
rains, floods and stop droughts.
We have to review our behaviours toward water resources and review our existing
technologies which contribute in the lost of the fossil water tables. Just one
example: the big circles producing cereals in desert conditions, using pivot
irrigation technology, are a real catastrophe.
We have also to find new ways and methods to  cooperate  with exceptional
heavy rains and with droughts (short seasonal drought and long 2 till 3 dry
years). Exceptional heavy rains cause dramatic floods ; This huge quantities of
water, after causing disasters, are lost in oceans, seas, salt lakes and
deserts.
Is It possible to avoid this water lost? Is it possible to store this water for
next drought periods? Where such water quantities can be stored? CHAHTECH has
been working on these questions, made trials and get promising answers.
Our experiences in fields demonstrate that the deep soil layers are the most
convenient, cheapest and biggest reservoir where water can be stored. More than
that, it's exactly where plants will look for water.
We tried this concept using The Buried Diffuser. It's obviously a suitable
technique to achieve this goal. In the next few lines, we will introduce 2 new
concepts based on our trials: The Anticipated Irrigation and the Water Injection
and Storage in the deep soil layers using Buried Diffusers.
Anticipated Irrigation:
The Anticipated Irrigation using Buried Diffusers consists in irrigating during
the autumn and winter or during the rainy season (when water is abundant)
instead of doing it during the hot or the dry season (when water is rare and
expensive) . The water amount of the "Anticipated Irrigation" should cover the
total need of the crop during the hot or dry season (spring and summer). This
water amount, stored in the deep soil layers, will be used by the deep or sub
surface roots systems of the crops.
Water Injection and storage in the deep soil layers:
Water Injection is useful especially for trees crops. The injected water comes
from: dams, rivers and springs. When the soil below 50 cm is thick (1 meter or
more) and contains minimum 10 % of clay, the amount of the injected water could
cover the need of the trees for 1 to 3 years. This injected water is conserved
(stored) in the deep soil layers (50 cm below the topographic soil surface) and
used later by the deep root systems of the trees during a short or a long
drought period: six months till 3 years. During the drought, trees produce