Fermentation accelerators have a proven track record in composting projects involving large amounts of brush and weeds that were cut down by the Ministry of Land, Infrastructure, Transport and Tourism, demonstrating strong fermentation and reduction of unpleasant odors.
Fermentation accelerators and composting fermentation bacteria are used not only as fermentation accelerators for composting fallen leaves, dead leaves, weeds, and pruned branches but also in a project conducted by the Ministry of Land, Infrastructure, Transport and Tourism to manage rivers, where large amounts of weeds and small branches generated in riverbeds are mowed and composted on a scale of 100 tons annually. Our fermentation accelerators have been utilized for many years, achieving significant reductions in fermentation periods and minimizing unpleasant odors during fermentation.
The fermentation bacteria used in the fermentation accelerators are liquid fermentation agents cultured at high concentrations from a dozen or so microorganisms, primarily plant-based lactic acid bacteria, which are highly safe and possess excellent fermentation power.
Due to their strong fermentation ability and high organic matter decomposition power, fermentation accelerators and composting fermentation bacteria are used by livestock farmers raising cattle, pigs, and chickens for significantly reducing fermentation periods in composting manure and urine, as well as for diluting and spraying the fermentation accelerator in livestock barns to reduce odors. They are also widely used in various fields, including composting sludge discharged from water treatment facilities (septic tanks).
After using the fermentation accelerator, high temperatures of 60 to 70°C promote the proliferation of actinomycetes, which are essential for soil health, resulting in the production of high-quality compost. Additionally, unpleasant odors typically associated with fermentation, such as ammonia and hydrogen sulfide, can be reduced through the action of enzymes and microorganisms contained in the fermentation accelerator, enabling ideal fermentation conditions.
![Production of bacterial cellulose through photosynthesis [Shinshu University]](https://image.www.ipros.com/public/product/image/7ae/2000699921/IPROS79769761666331503290.png?w=280&h=280)
