110 results about "Humin" patented technology

The invention relates to the technical field of organic solid waste resourceful treatment, in particular to a method for enhancing degradation of biodegradable plastic compost based on white-rot fungi and manganese modified charcoal. According to the method, manganese modified charcoal and white-rot fungi are subjected to synergistic treatment, and the efficient method for intensively degrading the biodegradable plastic through aerobic composting is constructed. The method effectively overcomes the technical bottlenecks of slow degradation starting, long degradation period and easy generation of micro-plastic residues of the biodegradable plastic in traditional compost, and realizes rapid and thorough degradation of the biodegradable plastic. Besides, the method also promotes the conversion of humus precursor substances in the compost material and accelerates and stabilizes the synthesis of humus, so that the decomposition degree of the compost product is remarkably improved, and the quality and environmental safety of the final compost product are synchronously improved while the biodegradable plastic is efficiently degraded. And an efficient and reliable solution is provided for recycling of organic solid wastes and degradation of biodegradable plastic compost.

The invention discloses a carbon enzyme polypeptide water-soluble fertilizer and a preparation method thereof, and the water-soluble fertilizer is prepared from the following raw material components in parts by weight: 160-220 parts of urea crystal, 45-60 parts of polymeric carbon enzyme, 40-60 parts of potassium carbonate, 10-30 parts of polypeptide amino acid, 50-70 parts of pine pollen, 10-40 parts of trace elements, 30-60 parts of charcoal, 60-80 parts of modified ground phosphate rock, 2-6 parts of coenzyme and 30-80 parts of chitosan-humic acid slow-release copper fertilizer. According to the fertilizer synergist disclosed by the invention, the peat soil is added, so that the content of humus is greatly increased, the fertilizer synergist has a very good promoting effect on improving the soil fertility and improving the physical and chemical properties of soil after being applied, and meanwhile, the addition of various beneficial microbial agents can assist plant root systems to absorb the fertilizer, can fully release fertilizer nutrients, and improves the use effect of the fertilizer; therefore, growth of plant roots is promoted, and crop yield is increased.

The application discloses a kind of aquaculture tail water solubility organic matter characteristic analysis method and system, specifically related to water quality monitoring and analysis technical field, for solving the problem that existing solubility organic matter characterization method is difficult to effectively associate and predict its actual degradation behavior in biological treatment process.Synchronously obtain the three-dimensional fluorescence spectrum data of the water sample to be measured and the liquid chromatography-organic carbon detection combined analysis data, obtain the hydrophilic-hydrophobic component ratio and the proportion of tyrosine-like and humus-like fluorescence components from the analysis, and then judge whether there is significant humus-like component.According to the judgment result, selectively start the deep analysis of the molecular aggregation state of humus-like component, and comprehensively consider the related proportion parameters and aggregation state information, finally realize the evaluation of the biological degradation potential trend of solubility organic matter, and provide key basis for the stability warning of biological treatment system.

The invention discloses a preparation method and application of a wormcast granular bacterial fertilizer, and the wormcast granular bacterial fertilizer is prepared by adopting a base material ratio of wormcast to humus of 7: 3 through mechanical granulation, 80 DEG C constant temperature drying, particle cooling and functional bacterial agent spraying. The product has a remarkable application effect on various crops such as corn (grain corn, fresh corn and silage corn), hot peppers, tomatoes, traditional Chinese medicinal materials (radix glehniae, radix saposhnikoviae and radix achyranthis bidentatae) and the like, can give full play to the synergistic interaction effect of organic matrixes and functional microorganisms, and is stable in fertilizer efficiency, convenient to apply and suitable for industrial continuous production and large-area popularization and application.

This invention relates to DNA extraction methods from soil and sediments with high humic substances content. The method focuses on the soil preparation phase; removing salts and cations with two different Tris-EDTA (TE) buffers, followed by precipitating humic substances with aluminum hydroxide solution and washing again with TE and cell lysis phase; urea is used as denaturing agents for the cell lysis phase and protein degradation phase while preventing the rediffusion of humic substances with CTAB. The purification can be performed following both the classic phenol chloroform method and using commercial DNA purification columns. This method is very accessible with operation time varying from 1h40 min to 2h30 min. The invention involves the use of TE and aluminum hydroxide solutions for soil preparation, and urea and CTAB as denaturing agents during cell lysis, in the specified concentrations, order, and incubation time, to prevent contamination of final DNA with humic substances

The present application relates to the field of microbiological technology, and specifically provides a compound microbial flora preparation for improving crop straw compost humification and organic carbon fixation and application thereof. The compound microbial flora is composed of saccharophagus degradans CGMCC 1.10397, paenibacillus popilliae CGMCC 1.12900 and bacillus subtilis CGMCC 1.6757. Seed liquids of the above three strains are mixed and cultured in a volume ratio of 1:1:1 to obtain a compound microbial suspension, which is applied to the aerobic composting process of crop straw, can significantly improve the degradation efficiency of lignocellulose, promote the formation of humus and the stable fixation of organic carbon, thereby improving the compost quality, reducing the nutrient loss and greenhouse gas emission. The present application is suitable for the resource treatment of cotton straw, vegetable straw and other agricultural organic wastes.

This invention discloses a bio-composite matrix for solid waste and yellow sand systems, its preparation method, and its application. Belonging to the technical field of bio-composite organic matrices, this invention utilizes the significant complementarity of fly ash, drum slag, and biological organic matter in terms of physical structure, chemical composition, and biological activity. Through compounding, an ecological restoration matrix with aeration, water retention, and nutrient supply capabilities can be constructed. Fly ash improves the matrix's pore distribution, enhancing permeability and water retention capacity. Simultaneously, its rich content of minerals such as Si, Al, and Ca can regulate the matrix pH and provide nutrients to a certain extent. Drum slag acts as a skeletal support, improving the composite matrix's mechanical strength and compressive strength, preventing matrix compaction and sedimentation. Biological organic matter, rich in organic matter, humus, and residual mycelium, possesses excellent water retention and slow-release nutrient capacity, significantly enhancing matrix fertility and microbial activity, providing carbon sources and nutritional support for plant root growth.

This invention discloses a strain of Aspergillus sp., DLF18, and its applications, belonging to the field of microbial technology, with accession number CGMCC NO.41737. This strain can effectively utilize rice straw and / or sugarcane bagasse to produce humic acid, with a humic acid content of 16.5% per gram of fermentation supernatant after rice straw fermentation. Applying the fermentation product of DLF18 to crops can significantly improve crop growth and increase the humic content in the soil. Simultaneously, metagenomic analysis results show that, compared with the control group, the application of DLF18 to the soil significantly altered species β-diversity, functional gene abundance, and inter-group differences. These findings indicate that DLF18 has broad application prospects in agricultural straw utilization and soil remediation.

This invention discloses a soil chloride ion detection pretreatment device, its usage method, and a filter paper preparation method, relating to the field of laboratory equipment technology. The device includes a funnel placement rack with a double-compartment funnel inserted inside. Eight evenly distributed structural support ribs are fixedly installed on the inner wall of the double-compartment funnel. Folded composite filter paper and a nylon support mesh are placed sequentially on the structural support ribs. The upper layer of dilute nitric acid is used to wash away chloride from the activated carbon fiber layer, efficiently adsorbing colored substances such as humus and organic matter in the soil extract. This results in a clear and transparent filtrate, eliminating the interference of deep yellow and brown to the brick-red endpoint of the silver nitrate titration method. The endpoint is clearly distinguishable, and the chloride ion recovery rate is stabilized at 92.0%–105.0%. This solves the problem of the lack of a decolorization step in the silver nitrate titration method, leading to a blurred endpoint and a detection error of over 20% caused by high-chroma soil extract.

The present disclosure relates to biodegradable polymers, particularly to a method for converting biodegradable polymers into humus with a low release amount of CO2 and use thereof. A composite material system is formed from the biodegradable polymers and the materials that can slowly release nutrient nitrogen or nutrients nitrogen and phosphorus, in which the mass ratio of carbon to nitrogen in the composite material system is (1-35):1. The materials of the present disclosure can promote the biodegradable polymers to be converted into soil humus or compost humus, rather than to be converted into greenhouse gas CO2, which is to be emitted into the atmosphere.

The invention discloses a preparation method of nutrient soil based on geopolymer and titanium dioxide byproduct desulfurized gypsum as well as the prepared nutrient soil and application thereof, and relates to the technical field of industrial solid waste resource utilization and soil improvement. In order to solve the problems of land occupation, environment pollution, resource waste and the like in the traditional stockpiling treatment of the by-product desulfurized gypsum in the titanium dioxide industry, the titanium dioxide by-product desulfurized gypsum is used as a main raw material and is matched with a geopolymer base material, humus, a functional regulator and a porous filler; the composite nutrient soil with the functions of nutrient supply, structure improvement and pH regulation is prepared through the processes of raw material pretreatment, accurate proportioning, normal-temperature activation, screening and packaging and the like. Harmless treatment and recycling high-value utilization of the desulfurized gypsum are achieved, the prepared nutrient soil can improve different types of soil such as acidic soil, alkaline soil and viscous soil in a targeted mode, the air permeability, fertilizer retention and crop growth adaptability of the soil are remarkably improved, and the nutrient soil is suitable for industrial popularization.

The invention belongs to the technical field of soil improvement, and discloses a soil conditioner with an acidified soil improving function and a preparation method thereof. The conditioner is prepared from biomass charcoal, peat containing humic acid, crab shells, eggshells, clamshells, bamboo charcoal, zeolite powder, kieselguhr, biogas residues, potassium fulvate, calcium magnesium phosphate fertilizer, animal waste and a microbial agent according to the mass percent. The invention relates to the technical field of soil improvement. The modifier realizes a multi-dimensional synergistic effect through alkaline neutralization, humus buffering, slow-release fertilizer supply and microbial activation, can significantly improve the pH value of acidified rice field soil after one-time application, increases 0.6-1.0 unit, effectively increases the contents of soil organic matters, total nitrogen, available phosphorus and available potassium, improves the soil structure and microbial activity, and improves the soil quality. And the yield of rice is increased by about 10% or above. The method is suitable for soil improvement and green agricultural production of southern acidic rice fields.

The application discloses a method for preparing an electrochemical catalyst from solid humin, and first, solid humin is obtained, then pretreated humin powder, mixed metal salt and thiourea are added into a zirconium oxide or agate ball mill jar, then ethanol solution is added until the powder is just wet; subsequently, grinding balls are added, the jar cover is tightly covered, and the jar is placed in a planetary ball mill for ball milling; after the ball milling is completed, ethanol aqueous solution is used to wash out the slurry in the jar, the mixed solution is thinly spread in a container and transferred to an oven for drying; after drying, flaky particles are formed, which are ground into powder using a mortar and transferred to a porcelain boat and placed in a tube furnace for precalcination under a nitrogen flow; after the calcination is completed, the solid powder is collected, which is the humin derivative carbon supported transition metal sulfide electrocatalyst to be prepared; compared with a traditional carbon supported metal catalyst, the application has multiple advantages of high intrinsic activity, strong structural stability and excellent electronic adjustability in HMF oxidation, and provides an ideal material platform for efficient electrocatalytic conversion of high-purity biomass platform molecules.

The invention relates to the technical field of chemical preparation, and provides a method and system for preparing a humic acid compound fertilizer based on caprolactam byproduct APU oil, and the method comprises the following steps: carrying out a catalytic oxidation reaction on the caprolactam byproduct APU oil and an immobilized FeOCl catalyst under an aerobic condition to generate an active intermediate; carrying out condensation reaction on the active intermediate under an anoxic condition to generate a humic acid-like substance; and carrying out post-treatment on the humic acid-like substance to obtain the humic acid compound fertilizer. According to the scheme, the caprolactam byproduct APU oil is converted into the humic acid compound fertilizer which is high in organic matter content and good in soil improvement effect through catalytic oxidation and condensation reaction, resource utilization of industrial byproducts is achieved, and the production cost of the fertilizer is reduced. Moreover, the immobilized FeOCl catalyst is selected as the catalyst, on one hand, secondary pollution of a liquid-phase catalyst is avoided, and on the other hand, carbon and nitrogen elements in the caprolactam byproduct APU oil can be efficiently converted into humus and nutrients, so that the environmental protection property of the whole process is ensured from the source.

The invention discloses a compound microbial agent for efficient decomposition of mushroom dregs and application of the compound microbial agent in mushroom dreg decomposition, and belongs to the technical field of microorganisms. The compound microbial agent disclosed by the invention is prepared by compounding bacillus amyloliquefaciens (Bacillus amyloliquefaciens, CGMCC (China General Microbiological Culture Collection Center) No.36766), bacillus licheniformis (Bacillus licheniformis, CGMCC No.35039) and Argentina saltbox bacteria, and the compound microbial agent disclosed by the invention is prepared by compounding bacillus amyloliquefaciens, bacillus licheniformis, CGMCC No.36766, bacillus licheniformis and Argentina saltbox bacteria. The composite microbial agent can significantly accelerate the humification process of mushroom dregs, improve the duration time and stability of a high-temperature period of a pile body, promote conversion of refractory lignocellulose components, and finally obtain a high-quality decomposed substrate which is more developed in pore structure, higher in humus content, more stable in functional microbial community and capable of effectively adsorbing and passivating heavy metals. The invention also provides a method for preparing a mushroom dreg decomposition preparation by using the complex microbial inoculant.

The utility model relates to the technical field of organic fertilizer processing, in particular to mixing and stirring equipment for compound organic fertilizer ingredients, which comprises a tank body, a shaft rod is fixed on the front end surface of the turntable close to the edge; a first stirring shaft; the outer wall of the first stirring shaft is in coaxial key connection with a plurality of first stirring blades; the first stirring blades and the second stirring blades rotate synchronously and are distributed in a staggered mode, materials can be stirred from multiple angles, and the shearing force on the materials is increased. The first stirring shaft and the first stirring blades can do reciprocating lifting motion in the rotating process, and the multi-dimensional stirring motion mode expands the stirring range and avoids stirring dead angles. The humus and the peat soil are combined to effectively break the agglomeration phenomenon of the materials, so that the materials with different physical characteristics, such as high-viscosity humus, peat soil and a granular additive with strong flowability, are fully mixed, the mixing uniformity is improved, the materials can reach a uniform mixing state more quickly, the single mixing period is shortened, and the stirring effect and efficiency are improved.

The present application relates to solid waste resource utilization technical field, the present application discloses a kind of preparation method and application of artificial organic soil based on yellow phosphorus slag, comprising the following steps: 1) modified yellow phosphorus slag, 2) modified humus, 3) compounding, the modified yellow phosphorus slag is mixed with modified humus, appropriate amount of water is added while mixing, stationary, obtain mixed material, drying, by pulverizer grinding and mixer stirring, obtain artificial organic soil;The present application solves the problem of soil resource deficiency and yellow phosphorus slag resource utilization, not only can improve the capacity of soil resources, but also can break through the bottleneck of yellow phosphorus slag resource utilization.

The invention belongs to the technical field of soil amendments, and particularly relates to an acid soil amendment based on coal water slurry gasification slag and a preparation method and an amendment method of the acid soil amendment. The acid soil improver based on the coal water slurry gasified slag comprises the following components in parts by mass: 10-60 parts of gasified coarse slag, 0-20 parts of gasified fine slag, 1-5 parts of bentonite and 5-10 parts of humus, and the humus is obtained by fermenting pigeon manure and chicken manure with bacillus amyloliquefaciens, then adding bacillus subtilis, fermenting and sterilizing. The coal chemical industry solid waste gasification slag is used as a core improvement raw material, and is matched with the humus and the bentonite, so that the physical and chemical properties of the acid soil can be improved, the problems that the gasification slag occupies land and pollutes the environment due to long-term stockpiling are solved, and the resource recycling of industrial wastes is realized.

The application discloses a kind of closed field leachate and kitchen garbage combined anaerobic digestion device and method, device includes sequentially and side by side and is connected and is arranged pretreatment bin, preliminary mixing bin and anaerobic digestion bin, preliminary mixing bin middle part is equipped with a for receiving the mixed component of solid kitchen garbage on the filter plate.S1, kitchen garbage pretreatment;S2, kitchen garbage humification treatment;S3, combined anaerobic digestion treatment;S4, gas collection.The application is by closed field leachate as inoculum, kitchen garbage is digestion material, carries out sequential batch combined anaerobic digestion treatment, so that closed field leachate has good inoculation function, under the condition that no any inoculum is added, combined anaerobic digestion system can quickly enter gas production peak period finally by kitchen garbage conversion formed humus is substantially completely degraded.

The invention relates to a full-flow treatment process method for algae-laden water, which belongs to the technical field of sewage treatment and comprises the following steps: chloramine disinfection and pre-oxidation, humus treatment with magnetic resin, pH value adjustment with carbon dioxide for enhanced coagulation, flocculant coagulation, ferroferric oxide recovery with a magnetic separation device, filtration and disinfection. The chloramine and the magnetic resin cooperate with each other, so that the probability of algae cell rupture can be reduced, the adsorption efficiency of the magnetic resin is improved, the coagulation environment is optimized, chloramine is firstly used for disinfection and pre-oxidation and then the magnetic resin is used for treating humus during high algae-laden water sewage treatment, and the sequence of the method is very key. Chloramine is adopted for disinfection and pre-oxidation before magnetic resin adsorption, so that the probability of algae cell rupture is reduced, the magnetic resin adsorption efficiency is improved, blockage can be prevented, and the flow rate is increased.

The invention discloses an Actinomyces sp. Strain, a separation and purification method and application of the Actinomyces sp. Strain in straw degradation, the Actinomyces sp. Strain is Actinomyces sp. And has been preserved in the China General Microbiological Culture Collection Center on July 3, 2025, and the preservation number of the Actinomyces sp. Strain is CGMCC No. 46460. As facultative anaerobic bacteria, the Actinomycete disclosed by the invention can be used for realizing efficient degradation under an anaerobic or aerobic condition in a single system, so that the process is remarkably simplified. In the practical application process, the strain can be used as a functional strain to be added into straw compost, organic matter decomposition is promoted, the composting period is shortened, and meanwhile the humus content is increased; fermentable sugar is generated by pretreating straws and is used for producing bioethanol or biogas; and the degraded straw residues can enhance the water-retaining property and microbial activity of the soil.

The utility model relates to the technical field of agricultural equipment, in particular to a rapid corn decomposition and humus treatment device which comprises a crushing bin, a crushing roller arranged on the inner side of the crushing bin, a first motor arranged at the upper end of the crushing bin, a transmission gear arranged below the first motor and a partition bin fixedly installed at the lower end of the crushing bin. A movable plate is arranged on the inner side of the partition bin, a decomposition bin is arranged at the lower end of the partition bin, stirring rollers are arranged on the inner side of the decomposition bin, a heating bin is arranged on the outer side of the decomposition bin, and a second motor is arranged on the left side of the heating bin; according to the utility model, the crushing roller is used for carrying out secondary crushing on corn straws, the stirring roller is used for stirring and mixing the corn straws and a decomposition agent, the sprayer is used for uniformly spraying water on the mixture, and the heating bin is used for carrying out heating and heat preservation on the mixture, so that the corn straws are decomposed by microorganisms at a proper temperature; in the decomposition process, the stirring roller can be regularly controlled to rotate, the mixture is turned and stirred, and the generation rate of humus is increased.

The invention discloses a landfill leachate multistage recycling method, which belongs to the technical field of landfill leachate treatment and recycling, and comprises the following steps: hydrolytic acidification and volatile fatty acid (VFA) extraction; humus is concentrated; separating humus; and separating salt from the concentrated solution. Through the mode, the easily-decomposed organic matter is converted into volatile fatty acid, then the volatile fatty acid, humus, ammonia salt, other various salts and recycled water are obtained through the modes of concentration, separation and the like, separation and output of the easily-decomposed organic matter, the difficultly-decomposed organic matter, ammonia, salts and water in the landfill leachate are achieved, and the landfill leachate can be used as an industrial product; the treatment of the leachate is realized, and meanwhile, the recycling of the leachate is realized.

The invention provides high-humus coal gangue-based bionic peat as well as a preparation method and application thereof, the preparation method comprises the following steps: (1) inoculating a soil bacterial suspension into a lignin screening liquid culture medium for enrichment culture to obtain a high-temperature-resistant bacterial solution H1; and (2) transferring the high-temperature-resistant bacterial liquid H1 into a coal gangue and garden waste mixed substrate culture medium, adding Tween 80 for fermentation, and drying to obtain the high-humus coal gangue-based bionic peat, the fermentation time is 20 to 35 days. According to the preparation method disclosed by the invention, the coal gangue-based bionic peat with high humus content can be simply and quickly obtained, the high-humus coal gangue-based bionic peat can be used for repairing various soils, and resource utilization is realized while the problem that a large amount of coal gangue and garden wastes are accumulated is solved.

The invention discloses a culture tail water soluble organic matter characteristic analysis method and system, particularly relates to the technical field of water quality monitoring and analysis, and aims to solve the problem that an existing soluble organic matter characterization method is difficult to effectively associate and predict the actual degradation behavior of the soluble organic matter in the biological treatment process. Three-dimensional fluorescence spectrum data and liquid chromatography-organic carbon detection combined analysis data of a water sample to be detected are synchronously obtained, the proportion of hydrophilic and hydrophobic components and the proportion of tyrosine-like and humus-like fluorescence components are obtained through analysis, and then whether remarkable humus-like components exist or not is judged. According to a judgment result, deep analysis on the molecular aggregation state of the humus-like component is selectively started, and related proportion parameters and aggregation state information are integrated, so that evaluation on the biodegradation potential trend of the soluble organic matter is finally realized, and a key basis is provided for stability early warning of a biological treatment system.

The invention discloses a layering extraction method for paleoDNA of plateau lake sediments, which comprises the following steps: measuring the total organic carbon content TOC or humus content HM of the sediments, dividing the sediments into three layers, namely an initial layer, a middle layer and a deep layer according to the measured content, the initial layer is TOC > = 3.5 wt% or HM > = 30 g.kg <-1 >, the middle layer is TOC = 1.0-3.5 wt% or HM = 6-30 g.kg <-1 >, and the deep layer is TOClt; 1.0 wt% or HMlt; 6 g.kg <-1 >; different steps of pretreatment, splitting decomposition, impurity removal and purification are adopted for different layers, so that the yield and purity of the ancient DNA are improved. By combining pre-cleaning, LPA carrier precipitation and silica gel membrane purification technologies, the DNA yield (deep gt; 200ng) and the amplifiability of different layers are remarkably improved, and the sequencing requirements of the microbe metagenome in the lake are met.

The invention provides carbon-mineralized plant-growing concrete and a preparation method thereof, and the carbon-mineralized plant-growing concrete comprises the following components in parts by weight: 100 parts of powder, 80-120 parts of lightweight aggregate, 20-30 parts of water, 0.5-1.5 parts of a water reducing agent, 0.1-0.5 part of a defoaming agent and 10-30 parts of nutrient soil filler, the powder material comprises the following components in percentage by mass: 65%-75% of magnesium slag powder, 15%-25% of sulphoaluminate cement, 5%-8% of silica fume and 2%-5% of metakaolin; the nutrient soil filler comprises humus, perlite, a slow-release fertilizer, a water-retaining agent and a microbial agent. According to the carbon-mineralized plant-growing concrete provided by the invention, by introducing a'carbonization-excitation 'synergistic gelling system and a'storage-supply' integrated plant-growing microenvironment, the problems of alkalinity, porosity, strength, water retention and long-acting nutrient supply of the plant-growing concrete are systematically solved from the chemical nature of materials.

The present application discloses a preparation method for rapid humification of garden waste to synthesize artificial humus. The method comprises: crushing and sieving garden waste to obtain biomass powder; then mixing the biomass powder with an iron-based auxiliary agent, and carrying out an oxidation pre-reaction under the action of an ultrasonic cleaner; then ultrasonically uniformly mixing the solution obtained after the pre-reaction with an alkali, and carrying out a hydrothermal humification reaction in a reaction kettle to obtain a humus-containing solution; and finally carrying out solid-liquid separation on the humus-containing solution obtained after the hydrothermal humification reaction, and recovering humus. The humus preparation method of the present invention has a high humus yield and consumes short time.

The invention discloses a system and method for preparing a carbon-based humus material and a microbial fermentation culture medium through biomass co-processing, a biomass graded pyrolysis system is used for carrying out graded pyrolysis on agriculture and forestry biomass 1 to obtain pyrolysis oil gas 1, pyrolysis oil gas 2 and biochar, and the pyrolysis oil gas 1 is subjected to gas-liquid separation to obtain non-condensable gas and wood vinegar; the steam explosion system is used for carrying out biomass steam explosion pretreatment on agriculture and forestry biomass 2 and pyroligneous liquor, and acidolysis liquid and pretreated biological residues are obtained after solid-liquid separation; the anaerobic fermentation system is used for performing anaerobic fermentation on the pretreated biological residues and livestock and poultry manure biomass to obtain biogas, biogas slurry and biogas residues; the carbon-based humus preparation system is used for performing aerobic fermentation and humus on biogas residues and biochar to obtain a carbon-based humus material; and the microbial fermentation culture medium detoxification system is used for performing mixed detoxification treatment on the acidolysis solution and the biogas slurry to obtain the microbial fermentation culture medium. Co-treatment and resource utilization of the livestock and poultry manure and the agricultural and forestry biomass are realized.