Grease,
Fats and Oil digestion
in a fast food outlet grease trap
Grease,
Fats and Oil digestion
in a fast food outlet grease trap
The concept
of using organic materials
within a compost heap to
breakdown using friendly
bacteria is well known and
well practised by gardeners
and industrial composters
alike. Composting relies
on the waste organic materials
breaking down, generating
heat and also microbiological
activity.
A
concentrated dry blend of
bacterial and fungal spores
combined with specially
selected micronutrients
to deodorize and accelerate
the digestion of organic
wastes.
The process of composting
relies on the presence of
microbes to complete the
degradation process. CT100/200
is applied to enhance the
natural composting of organic
wastes to humus.
The composting process
can be divided into phases
starting with the rapid
growth of mesophilic microbes
that feed on the readily
available elements in
the waste and generate
heat as a by-product of
their metabolic processes.
As the temperature in
the pile rises, these
organisms become limited
by their own activity,
making way for thermophilic
microbes. The thermophiles
cause the temperature
to rise further bringing
about the effective degradation
of more complex materials
like cellulose, hemi cellulose
and lignin. Our product
contains a blend of bacteria
and fungal strains that
operate efficiently at
all of the various temperature
ranges found in a compost
pile. Composting time
can be reduced by up to
50%!
Applications
Municipal
and garden refuse
composting facilities.
Residential
kitchen compost piles
As a fertilizer
additive.
Dry leaf litter
composting facilities
Benefits
Reduces composting
time by up to 50%.
Reduces unpleasant
compost odours.
Is non-toxic to
humans and animals
and is fully biodegradable
Available
in Powder and liquid
format
Improved pH operating
range from 5 -10
Wider effective temperature
range from 5ºC
to 55ºC (40ºF
to 130ºF)
