44results about How to "Fully cracked" patented technology

The invention relates to a high-strength high-ductility low-density steel plate of the 1200 MPa grade and a manufacturing method thereof. The high-strength high-ductility low-density steel plate is prepared from the following components according to mass percent: 0.7 to 1% of C, 13 to 20% of Mn, 8 to 11% of Al, 1 to 4% of Ni, less than 0.1% of Si, less than 0.01% of S, less than 0.01% of P, 0 to 0.1% of Ti, 0 to 0.1% of Nb and 0 to 0.15% of V; the tensile strength is 1200 to 1300 MPa, the elongation is 30 to 40%, and the density is 6.5 to 7 g / cm<3>. The manufacturing method comprises the following steps of (1) smelting molten steel according to the components, and pouring; (2) heating to 1100 to 1200 DEG C, performing hot rolling after heat preservation, and performing water cooling to theroom temperature after hot rolling is finished; (3) heating to 900 to 1100 DEG C, and performing water cooling after heat preservation; (4) performing cold rolling after pickling; and (5) heating to800 to 1000 DEG C, and performing air cooling after heat preservation. The low-density steel plate has high strength and high ductility.

The invention relates to the field of biological energy, particularly to a process for producing fuel oil and chemical industry raw materials by using biomass. The slurry preparation steps comprises:sequentially carrying out drying, primary crushing, compressing and secondary crushing on vegetable oil residue, mixing the obtained material, a first catalyst and a vulcanizing agent to obtain a mixture, adding the mixture to an oil product, and carrying out grinding and slurry preparing to prepare the biomass slurry with the vegetable oil residue concentration of 50-65 wt%. According to the present invention, the vegetable oil residue is sequentially subjected to compressing and secondary crushing, wherein the loose vegetable oil residue is sequentially subjected to re-disposition, mechanical degeneration and other stages by compressing the biomass, such that the density and the specific gravity of the vegetable oil residue are increased so as to easily disperse in the oil product and improve the content in the oil product, increase the concentration of the reaction material, increase the biomass conveying amount of the pump per unit time, and ensure the smooth operation and transportation of the pump.

The invention relates to the technical field of a clean energy source, in particular to a coal and biomass mixing process. The mixing liquification of coal, biomass and oil is creatively realized forthe first time. Firstly, coal and biomass raw materials are subjected to treatment of crushing, compression and secondary crushing; then, slurry is prepared; biomass coal oil slurry with high solid content and capability of being stably conveyed by a pump is successful obtained, so that high-viscosity waste oil which cannot be used as a coal and biomass liquification solvent in the prior art can also be utilized. Hydrogen gas is introduced into the biomass coal oil slurry for reaction, so that coal and biomass are liquified at high pressure and high temperature; then, cracking and hydrogenation reaction are further performed, so that the conversion of coal and biomass into biological oil is realized. The process provided by the invention has the advantages that the coal and biomass conversion rate can reach 90 to 99 percent; the yield of the biological oil can reach 60 to 80 percent; the residue quantity is not higher than 2.5 weight percent.

The invention discloses a one-pot liquefaction process for a biomass. A slurry is prepared by the following steps: performing drying on straw, performing primary crushing, performing compression, performing secondary crushing, then mixing the crushed straw, a catalyst and a vulcanizing agent to obtain a mixture, and adding the above mixture into water to obtain the slurry with a straw concentration of 35-50wt%. The process provided by the invention performs treatment of first compression and then secondary crushing on the straw for the first time, compression treatment is performed on the biomass, the loose straw is subjected to stages of re-displacement, mechanical deformation and the like in sequence, so that the volume of the straw is greatly reduced, the density and specific gravity can be increased, dispersion of the straw in water is facilitated, the content of the straw in the water can be improved, the amount of the biomass conveyed by a pump per unit time can be improved, so that the efficiency of the overall biomass liquefaction process is improved, the industrial costs and energy consumption are reduced, and smooth operation and delivery of the pump are realized.

The invention relates to the technical field of clean energy, and specifically provides a multi-grade liquefying technology of coal and biomass. The technology is characterized in that the coal and the biomass raw materials are processed by crushing, compressing and crushing again, then the sizing is prepared, so that biomass diesel oil which is high in solid content and can be stably conveyed through a pump can be obtained; high-viscosity waste oil which cannot be used as a coal and biomass liquefying solvent in the prior art can be utilized. According to the technology, coal and biomass canbe liquefied under high pressure and high temperature in the existence of proper volume of water; the liquefying product is sequentially subjected to primary cracking, hydrogenation reaction and deepcracking and hydrogenation reaction under the effects of resisting hydrogen and a first catalyst and a second catalyst, so that the coal and the biomass can be converted into biomass oil, and the biomass oil can be refined; the conversion rate of the biomass and the coal is up to 95-99%; the yield of the biomass oil is up to 70-80%; and moreover, the residue content is less than 2.5%.

The invention relates to the technical field of clean energy, and in particular relates to a co-processing process of coal and biomass. The invention creatively realizes mixing and liquefaction of thecoal, the biomass and oil for the first time. ''Crushing + compressing + re-crushing'' treatment is performed on the coal and biomass raw materials, a slurry is prepared, a biomass kerosene slurry which has a high solid content and can be conveyed smoothly by a pump is successfully obtained, and therefore waste oil with high viscosity which cannot be used as a liquefaction solvent of the coal andthe biomass in the prior art can also be utilized. According to the process provided by the invention, primary cracking is performed on the coal and the biomass, a hydrogenation reaction is performed, deep cracking is performed, and a hydrogenation reaction is performed, so that transformation from the coal and the biomass to fuel oil and chemical raw materials is realized, the conversion rate ofthe coal and the biomass can reach 90-99%, the yield of the fuel oil can reach 60-80%, and the content of residues is less than 3%.

The invention discloses a plastering material for a building wall body. The plastering material comprises the following components in percentage by mass: 30 to 40 percent of cement, 40 to 50 percent of aggregates, 0.1 to 0.3 percent of water-retaining agent, 5 to 15 percent of gypsum, 0.3 to 0.5 percent of anti-cracking fibers, 3 to 7 percent of sierozem and 3 to 7 percent of coal ash, wherein the water-retaining agent is hydroxypropyl methyl cellulose or methylcellulose; and the anti-cracking fibers are polypropylene fibers or polyacrylonitrile fibers. When the plastering material for the building wall body is used for plastering, the plastering quality is stable, a plastering layer is bonded with a base layer firmly, and cracking and hollowing are avoided. The plastering material for the building wall body is convenient to construct, the labor productivity is improved, and the comprehensive cost is reduced; and when the plastering material is used, dry powder premix bags of a plant area are transported to construction sites, and the powder is stirred slightly by adding water, so that noise pollution and dust pollution which are caused by a large-scale stirring machine are avoided, and the plastering material achieves a positive effect on on-site civilized construction and environment friendliness.

The invention relates to the field of bioenergy, and in particular relates to a multi-stage liquefaction process of biomass. The multi-stage liquefaction process comprises the following steps: preparing slurry containing a first catalyst and the biomass, and introducing hydrogen into the slurry to perform first-order hydrogenation reaction; and then adding a second catalyst, and introducing the hydrogen into the slurry to perform second-order hydrogenation reaction to finally produce bio-oil; wherein the pressure for the first-order hydrogenation reaction and the pressure for the second-orderhydrogenation reaction both are 13 to 25 MPa, the temperature for the first-order hydrogenation reaction is 200 to 350DEG C, and the temperature for the second-order hydrogenation reaction is 380-480DEG C. The multi-stage liquefaction process of the biomass has the advantages of high reaction efficiency, no coke production and high liquid yield.

The invention relates to the technical field of clean energy sources, and particularly provides a multi-stage liquefying technology of coal and biomass. The multi-stage liquefying technology comprisesthe following steps of firstly, compressing the coal and biomass raw materials, crushing, and crushing again; preparing into a slurry, so as to successfully obtain biomass water coal slurry which hashigh solid content and can be stably conveyed by a pump. The multi-stage liquefying technology of coal and biomass has the advantages that the coal and the biomass are hydrolyzed at high pressure andhigh temperature, and the hydrolyzed product is sequentially subject to primary cracking, hydrogenation reaction, deep cracking and hydrogenation reaction under the actions of critical hydrogen, a first catalyst and a second catalyst, so as to convert the coal and biomass into bio-oil and refine the bio-oil; the conversion rate of biomass and coal can reach 97 to 99%, the yield rate of bio-oil can reach 70 to 80%, and the amount of residues is lower than 3%.

The invention provides a one-pot liquefaction process of biomass. The slurry preparation steps comprise: sequentially carrying out drying, primary crushing, compressing and secondary crushing on vegetable oil residue, mixing the obtained vegetable oil residue, a catalyst and a vulcanizing agent to obtain a mixture, and adding the mixture to water to obtain the slurry with the vegetable oil residueconcentration of 40-50 wt%. According to the present invention, the vegetable oil residue is sequentially subjected to compressing and secondary crushing, wherein the loose vegetable oil residue is sequentially subjected to re-disposition, mechanical degeneration and other stages by compressing the biomass so as to substantially reduce the volume of the vegetable oil residue, such that the density and the specific gravity can be increased, the vegetable oil residue can be easily dispersed in the water, the vegetable oil residue content in the water can be increased, the biomass conveying amount of the pump per unit time can be increased so as to improve the efficiency of the whole biomass liquefaction process and reduce the industrial cost and the energy consumption, and the smooth operation and transportation of the pump can be achieved.

The invention relates to the field of bioenergy, and in particular relates to a process for producing fuel oil and chemical raw materials from biomass. The process for producing the fuel oil and the chemical raw materials from the biomass comprises the following steps: preparing slurry containing a first catalyst, a vulcanizing agent and the biomass, introducing hydrogen into the slurry to performfirst-stage hydrogenation reaction, and controlling the reaction pressure at 13 to 25 MPa and the reaction temperature at 200-350 DEG C to obtain a first-stage hydrogenation product; mixing a secondcatalyst, a vulcanizing agent and solvent oil to prepare catalyst oil slurry, adding the catalyst oil slurry, introducing the hydrogen into the catalyst oil slurry to perform second-stage hydrogenation reaction, and controlling the reaction pressure at 13 to 25 MPa and the reaction temperature at 380-480 DEG C to obtain a second-stage hydrogenation product; and separating the second-stage hydrogenation product to respectively obtain the fuel oil and the chemical raw materials. The process for producing the fuel oil and the chemical raw materials from the biomass has the advantages of high reaction efficiency, no coke production and high liquid yield.

The invention relates to the field of biological energy, in particular to a process for producing fuel oil and chemical materials by utilizing biomass. The slurry is prepared by the following steps: performing drying, primary crushing, compression and secondary crushing on straws, mixing the powder, a first catalyst and a vulcanizing agent to obtain a mixture, adding the mixture into an oil product, and grinding to prepare slurry, namely the biomass slurry with the straw concentration of 30 to 60 percent by weight. The straws are initiatively subjected to the treatment process for compressingand crushing for the second time, the biomass is subjected to compression treatment, and the loose straws are subjected to the stages of ranking again, mechanical degeneration and shaping rheology, sothat the density and the specific gravity of the straws are increased, the straws are dispersed into the oil product, the content of the straws in the oil product can be increased, the concentrationof the reaction materials is increased, the quantity of conveying the biomass by the pump within unit time is increased, stable operation and conveying of the pump are guaranteed, and the conversion rate of the biomass and the yield of the oil phase are increased.

The invention relates to the field of biological energy sources, in particular to a one-pot liquefaction process of biomass. The process comprises the following steps: firstly, preparing slurry containing a catalyst, a vulcanizing agent and biomass, and then introducing hydrogen into the slurry for carrying out a reaction. The slurry is prepared by the steps of sequentially carrying out drying, primary crushing, compressing and secondary crushing on plant oil residue, and then mixing the product with the catalyst and the vulcanizing agent to obtain a mixture; adding the obtained mixture into an oil product, and grinding to prepare slurry, wherein the prepared slurry is biomass slurry with a plant oil residue concentration of 50-65wt%. According to the one-pot liquefaction process of the biomass, a treatment process of first compressing and then secondary crushing is carried out on the plant oil residue for the first time, so that the volume of the plant oil residue is greatly reduced,the plant oil residue is more easily dispersed in the oil product, the content of the plant oil residue in the oil product is increased, and the concentration of a reaction material is increased; theone-pot liquefaction process increases the biomass conveying capacity of a pump within unit time, and guarantees the smooth operation and transportation of the pump.