BioReco
(Biological Recovery) is a
machine for effective oxidation of water. The principles
in the BioReco are based on the theory of natural
movement, as described by Victor Schauberger. According
to him, the water molecules move in endless spirals in
clean, freely moving water. This water has a high energy
level and is capable of containing and keeping a high
content of oxygen. When water is polluted, these natural
movements are hampered and the water loses its vital
energy and the capability to keep the oxygen level
decreases. The method is an efficient and price
convenient way to recover the water environment. The
BioReco will quickly increase the oxygen content in both
the surface and at the bottom of the lake. The increased
oxygen content itself will trigger the mud layer to
“burn down”
BioReco
·can supply a large
amount of water with sufficient amounts of oxygen and is
thus well suited for rehabilitating.
·is easy to install in
lakes, streams, fish ponds, wastewater treatment plants,
etc.
·increases the oxygen
saturation in the water, at the surface as well as on
the bottom without stirring up sediments or mud.
·is used to secure an
even distribution of Biosa Aqua in the water.
·is silent and has a low
energy consumption
·has been developed over
many years and is still developed further through
testing of new methods.
·BioReco 800 (1,5 kW/h)
can oxidise a lake of 5-6000 m3 water.
·BioReco 300 (0.18
kW/h), a new model for smaller tasks, like swimming
pools, fishponds and smaller installations.
Biosa Aqua
The process
can be further improved through adding Biosa Aqua. The
microorganisms in Biosa Aqua will start decomposing the
bottom mud and it will fall together and get more solid.
When the bottom has become solid the bottom vegetation
has a possibility to root and an oxygen forming
vegetation can be established, if other conditions like
light are present. In addition, Biosa Aqua creates
optimal living conditions for the fish (also see Biosa
aqua).
Biosa Aqua -
BioReco in combination
The
method can:
quickly increase the oxygen
content at the surface as well as at the bottom of
the lake.
