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Introduction to GGT absorptive microbial technology for environmental protection

Guogangtong (hereinafter referred to as “GGT”) absorptive microbial agent for environmental protection, a kind of natural aerobic strains, is a series of salt-tolerant and high-temperature Bacillus microorganisms found, extracted and incubated in pure natural environments, including those discovered and derived from natural settings.

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    PRODUCT DESCRIPTION

      Guogangtong (hereinafter referred to as “GGT”) absorptive microbial agent for environmental protection, a kind of natural aerobic strains, is a series of salt-tolerant and high-temperature Bacillus microorganisms found, extracted and incubated in pure natural environments, including those discovered and derived from natural settings. GGT has, together with relevant institutions including Zhejiang University of Science and Technology, the Chinese Society for Urban Studies and Zhongke Zhongwei Biotechnology Co., Ltd., established China Biodegradation Research Institute.

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      The composite microbial composting technology jointly developed by these institutions boasts numerous advantages over traditional aerobic microorganisms, such as fast fermentation speed, high organic matter decomposition efficiency, high fermentation temperatures, strong salt tolerance, inhibition of complex organic odor generation, superior product appearance, high seed germination rates, and effective soil improvement.

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      Traditional aerobic fermentation employs fungus bags for inoculation, with temperatures generally reaching a maximum of 70-80°C. In contrast, the GGT series of microorganisms, as super-high-temperature strains, can reach a composting temperature of over 90°C within 3-5 days. This effectively eliminates harmful microorganisms, insect eggs, and even decomposes most antibiotics in the fertilizer. Combined with other efficient aerobic bacterial species, GGT composite composting method can directly address the issues related to fermentation temperature, insect eggs, and antibiotic residues.

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