On October 10,2024, the highly anticipated 2024 World Agricultural Science and Technology Innovation Conference grandly opened at the Beijing Pinggu Jinhai Lake International Convention and Exhibition Center. As an innovative enterprise in synthetic biology applications, Green Nitrogen Biotech showcased its pioneering DME microbial cultivation machine. Meanwhile, Dr. Ma Ruiqiang, CEO of the Green Nitrogen Biotech, delivered a presentation at the "WAFI Agricultural Science and Technology Innovation Roadshow."

This conference has gathered distinguished guests from the scientific research, education, and business sectors who shape global agricultural development, alongside representatives from governments, international and regional organizations, business associations, and investment institutions. Together, they will explore cutting-edge topics in agricultural technology innovation, share breakthrough achievements, strengthen industry-academia-research collaboration and technology transfer, drive innovation in agricultural science, policies, and models worldwide, and cultivate new momentum for global agricultural advancement.

China has been actively promoting green and ecological farming models in agriculture, animal husbandry, and fisheries, advocating the concepts of quality-driven agriculture, green agriculture, and brand-strengthened agriculture. As a result, microorganisms have been widely applied.

In 1992, China's annual consumption of microorganisms was only a few tens of thousands of tons, primarily concentrated in traditional agricultural fermentation processes and biofertilizers. By 2023, the application volume of microorganisms had exceeded tens of millions of tons, gradually replacing chemical agents in crop cultivation, livestock breeding, and aquaculture, playing a pivotal role.

With the rapid development of the microbial industry, problems such as high price, short shelf life, and insignificant efficacy have gradually emerged in industrial applications.

At the conference, farmers, livestock breeders, vegetable processors, and investors from across the globe gathered around DME's microbial cultivation machines to explore this groundbreaking innovation.

The heads of vegetable processing enterprises focused on pesticide residue control and green additive-free production. They thoroughly examined the equipment's microbial strain expansion, bacterial quantity, and cost, aiming to reduce pesticide residues through self-produced microbial culture solutions using the culture machine.

Farmers inquired in depth about the application effects of microorganisms in promoting crop growth, disease prevention, and soil improvement. After calculating costs based on usage and dosage, they showed strong interest in the culture machine and expressed a desire to adopt it.

The Green Nitrogen Biotech DME Culture Machine is based on the concept of "directed microecology," which advances the production of microbial agents to the application stage. It functions similarly to a "fresh brewer," enabling immediate use after production. This approach not only shortens distribution channels and reduces costs but also effectively ensures the activity and efficacy of the microbial agents for users. It helps reduce costs by 30-50% in the fields of agriculture, animal husbandry, fisheries, and environmental protection.

Crop cultivation: The application of "integrated water-fertilizer-bacteria" in facility agriculture and field crops for disease prevention, growth promotion, and soil improvement, including Bacillus, Nitrogen-fixing Bacteria, and Rhizobia.

Aquaculture: Local cultivation of Clostridium butyricum, Lactobacillus, and Bacillus for feed blending, water conditioning and sediment modification, as well as tailwater treatment.

Livestock breeding: Local cultivation of Clostridium butyricum, Bacillus coagulans, and Lactobacillus is expanded for use in feed microecology, feed fermentation, and silage fermentation.

Environmental Management: The application of expanded microbial agents can be extended to the treatment of black and odorous water bodies, deodorization of public toilets and waste transfer stations, as well as sludge/compostable food/waste/garden waste composting. Additionally, expanded sewage treatment agents, deodorizers, and composting agents can be utilized for aquaculture wastewater treatment, deodorization of organic fertilizer plants in livestock farms, and composting of manure.