Practical Guige to Free Energy Devices

An emergency measure where water is needed, is to fasten a clean plastic bag around a branch of a tree.
Trees lift a large amount of water through their root systems and a good deal of that water exist from the
leaves of the tree. The plastic bag intercepts that moisture loss and collects it as clean water:
Another emergency measure is to use a clean plastic sheet and a hole dug in the ground. A clean container
is placed in the centre of the hole and the plastic sheet used to cover the hold. The sheet is held around the
edges of the hole with stones or any other suitable heavy material – bricks, timber, etc. A weight is then
placed in the centre of the plastic sheet, pulling it down into a slope in every direction and forming an inverted
peak over the container:
The area under the plastic sheet is heated by the greenhouse effect. Moisture also comes from the earth
inside the enclosed hole. The moisture in the air in the cavity condenses on the underside of the plastic
sheet. But as the plastic sheet is shaped into an inverted pyramid due to the weight just above the container,
the water runs down and drips into the container. Again, no input power required and no moving parts.
While these methods produce good quality water which is effectively distilled water, it should not be
considered to be sterile and immediately ready for human consumption, even though any risk from drinking it
‘as-is’ is likely to be very low. There will always be air-borne pathogens, and the ‘clean’ components used to
collect the water in the first place may not be as clean as was thought. The same applies to the excellent
quality water produced by dehumidifiers, where the inner working surfaces cannot be considered sterile after
the equipment has been used for any length of time. To raise the water quality, boiling briefly, microwaving
the water or it to UV radiation should kill any remaining harmful organisms in the water and make it fit for
consumption.
14 - 54