Alberto Adrián Schiano's Library tagged ecology →  View Popular

Air2Water water T16 generating machines
produce between 8 and 38 Litres (2 to
10 gallons) of pure drinking water every
24 hours, depending on the model and relative
humidity in the air. Our countertop M18
model produces between 3 and 20 Litres
( 3 to 5 US gallons) per day and our T16
upright unit produces between 16 and 38
Litres (4 to 10 US gallons) per day, depending
on the humidity in the air. Electronic
sensors placed within, ensures that the
machine stops operation once the tank
is full.

These
generators also cleanse the air as they
produce water by using an electrostatic
air filter, which removes ninety percent
(93%) of all airborne particles.

Pure drinking water can be produced in
your own home and/or office. No more trips
to the store or carrying heavy jugs of
water. No more relying on service from
bottled drinking water companies. No more
big, bulky bottles to store. No more heavy
water bottles to change.

All Air2Water water generating machines
are energy and cost efficient. Studies
have been carried out to determine the
cost of producing water with Air2Water
water generating machines. Results
show that the units produce pure drinking
water at $ 0.04 to $ 0.13 per Litre.

These results are dependent upon location,
as electricity rates vary, along with
humidity and temperature. These variables
all factor into the cost of operation.

Roberts and Carney are studying 14 different sites where oil and gas seep up from the bottom of the Gulf. In particular, they are studying the animals that live near these "seeps." These organisms include bacteria that feed on hydrogen sulfide gas, a by-product of the oil and gas seepage; tube worms, mussels and clams that serve as hosts to those bacteria; and shrimp, crabs, fish, snails and starfish that, in turn, feed on the worms, mussels and clams.



These animal communities are unique because they only exist near these seeps, and because the bacteria at the base of the food chain are "chemosynthetic," or grow without sunlight.

So how do wind turbines make electricity? Simply stated, a wind turbine works the opposite of a fan. Instead of using electricity to make wind, like a fan, wind turbines use wind to make electricity. The wind turns the blades, which spin a shaft, which connects to a generator and makes electricity. Take a look inside a wind turbine to see the various parts. View the wind turbine animation to see how a wind turbine works.