4results about How to "Realize full resource utilization" patented technology

This invention discloses a process for the complete resource utilization of kitchen waste. It includes the following steps: adding kitchen waste to a mixing tank, removing sand and stirring evenly to complete enzymatic hydrolysis, obtaining a complete slurry and kitchen wastewater; after sand removal and enzymatic hydrolysis, the complete slurry and kitchen wastewater are cooked and heated, then separated by a centrifuge to obtain mixed grease, slurry, and wet residue; a pyrolysis reaction is carried out, and the kitchen waste after the pyrolysis reaction is used to make poultry feed; the water containing high organic matter is subjected to anaerobic fermentation, and the fermentation liquid is treated by electrodialysis to concentrate the organic matter in the fermentation liquid, obtaining a high-concentration carbon source solution. The advantages are: the water, grease, and wet residue in the kitchen waste are treated and converted separately, achieving complete resource utilization, avoiding resource waste, improving resource recycling rate, reducing environmental pollution, and the entire process has no wastewater, waste gas, or waste residue emissions, meeting environmental protection requirements.

The present application relates to the technical field of grain processing, in particular to a grain harvesting and straw comprehensive utilization system, which comprises a mobile grain harvesting and drying module connected with a straw pretreatment module, a biogas fermentation module, a biogas purification and liquefaction module, an intelligent mixing and grid connection module, a byproduct resource utilization module and a poultry organic manure biogas fermentation module in sequence, forming an energy closed loop comprehensive utilization method. The grain harvesting and straw comprehensive utilization system of the present application is provided with a built-in real-time gas quality monitoring and dynamic proportioning system, and an intelligent algorithm is used to automatically adjust the mixing ratio (1:4-1:9) of biogas and pipeline natural gas according to the purity of biogas (97%-99%), so that the calorific value of the mixed gas is stabilized at 33.5-36.8 MJ / m³, which is suitable for the urban pipeline network standard. Through the integrated dry desulfurization-membrane separation decarburization-methane residue fertilizer integrated unit, the H2S removal rate is greater than or equal to 99.9%, the CO2 recovery rate is greater than or equal to 92%, and the methane residue organic fertilizer conversion rate is 100%, so that the full amount of agricultural waste is realized.

This invention relates to a method for modifying molten steel slag with carbon dioxide throughout the entire process under normal pressure. The method includes: first, adding the first batch of steel slag to a slag pot for melting; then, adding 10%–35% of the mass of the first batch of hot molten steel slag as a steel slag fracturing agent to the slag pot; next, unloading a second batch of hot molten steel slag into the slag pot through a slag discharge device of a converter or continuous casting system; then, adding a second batch of hot molten steel slag as a steel slag fracturing agent to the slag pot, repeating this cycle until the slag pot is full. This method achieves complete dissociation and efficient separation of the molten steel slag by adding modified steel slag tailings and steel slag fracturing agent in layers into the slag pot, utilizing the phased and temperature-segmented release of carbon dioxide by the fracturing agent. This completely solves the problems of iron-rich casting residue, desulfurization slag welding pot, and agglomeration. This method can be combined with the phased supply of solid carbon dioxide to synergistically improve the strength of the steel slag. The residue after supply can be utilized as a resource, making it environmentally friendly and efficient.

This invention discloses a strain of *Bacillus glabra*, a microbial inoculant, and its applications. *Bacillus glabra* (… Bacillus altitudinis Named Bacillus altitudinis The strain number is M1118, the accession number is GDMCC NO:67333, and the accession date is November 21, 2025. Using the *Bacillus hygroscopicus* strain of this invention to extract flavonoids from bamboo leaves significantly improves extraction efficiency: through microbial fermentation, the extraction rate of bamboo leaf flavonoids is increased by more than 50% compared to traditional methods. It is environmentally friendly: the fermentation conditions are mild, requiring no heating or electrical equipment. It is simple to operate and low in cost: the preparation of the inoculum and the fermentation process are easily scalable, reducing the cost of bamboo leaf processing. It allows for comprehensive resource utilization: the fermentation residue can be converted into organic fertilizer, achieving full resource utilization.