Tests in digester units (manure substrate) have shown CH4 has been proven to increase by 35-40%. This substantially increases the energy production capacity and therefore economics of a biogas plant.
Reduction in CO2 emissions
CO2 levels off-gassed during decomposition of organic wastes are reduced by 50-55%. This has a large and direct greenhouse gas emission benefit.
Due to the rapid action of decomposition achieved by the BIOSTRAINZ microbes and resultant enzymes temperatures of approx 60°C are achieved. This further accelerates the bio-chemical reaction speed increasing effectiveness. Most natural enzymes could not tolerate this temperature.
Sludge Reduction & Quality
Due to the rapid decomposition capacity, BIOSTRAINZ will reduce the quantity of final sludge produced. Evidence suggests that this will be a 10-20% reduction over a 3 day total detention period in a digester relative to natural bacteria. In addition the quality of sludge in terms of contaminants, pathogens, odor, etc., will all be significantly improved.
Plant & Equipment
Corrosion prevention in plant equipment due to removal of sulphides and breakdown of bio-films that harbor sulphide producing bacteria.