30results about How to "Reduce emission content" patented technology

The invention belongs to the field of feed combination, and discloses an efficient beef cattle fattening granulated feed which is prepared from the following raw materials in percentage by weight: 30-40% of corns, 1-15% of palm kernel meal, 15-25% of corn fibers, 10-20% of corn germ meal, 1-15% of barley, 1-15% of wheat, 2-12% of bean pulp, 1-10% of corn DDGS (distillers dries grains with soluble), 1-10% of extruded soybean, 1-2% of limestone powder, 1-5% of flour, 0.2-0.8% of baking soda, 0.5-3.5% of liquid molasses, 0.3-1% of table salt, 0.5-3% of saturated fat powder and 0.5-1.5% of beef cattle compound premix. According to the invention, the energy utilization is maximized, the daily ration structure for beef cattle is effectively balanced, the generation of methane in rumen is reduced, the nitrogen recovery is promoted, the daily gain can be improved by 46.15%, the dressing percentage is increased by 9.5%, the fattening period is shortened by 53 days, and the discharge of organicnitrogen and phosphorus is reduced by 50-60%.

The invention relates to a solid waste two-stage pyrolysis gasification system based on a fluidized bed and a moving bed. The system comprises a circulating fluidized bed vaporizer and a secondary cyclone separator thereof, a pyrolyzer and a cyclone separation type reactor thereof, a charcoal collector, a solid waste feed system and the like. The circulating fluidized bed vaporizer and the pyrolyzer of the moving bed are used to realize two-stage pyrolysis gasification, and the cyclone separation type reactor is used to sufficiently mix hot bed materials and pyrolysis gas, thus greatly promoting tar splitting and gas purification. Through optimally designing the vaporizer and pyrolyzer structure form, mixing different bed materials for use, improving a bed material circulation flow system and gas solid mixing level, and improving the feed system, synthesis gas and the pyrolysis gas are produced simultaneously, the overall pyrolysis gasification efficiency and a pyrolysis gas heat value are greatly improved and increased, tar content in the synthesis gas and the pyrolysis gas is reduced, and the synthesis gas and the pyrolysis gas do not contain pollutants such as dioxin, thus effectively preparing the high-quality clean pyrolysis gas and synthesis gas.

The invention discloses a three-bed combination pyrolysis gasification and tar cracking integrated system for solid waste and belongs to the technical field of solid waste treatment. The system comprises a solid waste feeding system, a pyrolyzer, an oxidizer system, an oxidizer cyclone separator and a cyclone reactor. According to the system, the circulating flow of bed materials among three bed is realized by virtue of a circulating fluidized bed oxidizer, a bubbling or turbulent fluidized bed pyrolyzer and the cyclone reactor which are combined with a gas stripping tube and a sedimentation tube, and the adequate mixing between the hot bed materials and pyrolysis gas is realized by virtue of the cyclone reactor, so that the tar cracking and the gas purification are greatly promoted; by virtue of structural optimization of an oxidizer and the pyrolyzer, the mixed use of different bed materials and the improvements of a bed material circulating flow system, the gas-liquid mixing level and a feeding system, the integral pyrolysis gasification efficiency is greatly improved, the heat value of product gas is greatly increased, the tar content of product gas is greatly reduced, and high-quality clean pyrolysis gas / synthesis gas is prepared.

The invention provides a metal reshaping assembly line, which is characterized in that it includes several interconnected smelting furnaces and casting chambers and a drainage groove for draining molten metal into the casting chamber; the smelting furnace is provided with a smelting chamber ; One end of the drainage groove communicates with each smelting chamber, and the other end communicates with the casting chamber; along the flow direction of the molten metal, the casting chamber is located downstream of the smelting furnace; a workbench is provided in the casting chamber; There are conveying components and several groups of workstation modules; the workstation modules include imaging workstation blocks, deburring workstation blocks and image processing components; The components are connected in communication; the deburring station block includes a deburring gun and a driving device that drives the deburring gun to move relative to the conveying component, and the driving device communicates with the image processing component. The invention has the advantages of improving production efficiency, reducing labor force and high degree of automation and intelligence.

The invention relates to a two-section pyrolysis and gasification system of solid waste. The two-section pyrolysis and gasification system is provided with a solid waste material feeding system, a pyrolysis device, a circulating fluidized bed oxidization gasification device system, an oxidization gasification device cyclone separator and a cyclone separation type reactor. Two-section pyrolysis and gasification is realized by utilizing a circulating fluidized bed oxidization gasification device combining a gas stripping pipe and a sedimentation pipe and a pyrolysis reactor combining a moving bed and a fluidized bed, and hot bed materials and pyrolyzed gas are sufficiently mixed by using the cyclone separation type reactor, so that tar cracking and gas purification are greatly accelerated; synthetic gas and pyrolyzed gas can be produced simultaneously through an optimized design of the structures of the oxidization gasification device and the pyrolysis reactor, mixed use of the different bed materials, improvement of a material bed circulating flowing system and a gas-solid mixing level, and improvement of the feeding system, so that the whole pyrolysis and gasification efficiency and the heat value of the pyrolyzed gas are greatly improved and the content of tar in the synthetic gas and the pyrolyzed gas is reduced, and furthermore, the clean synthetic gas and pyrolyzed gas, which have high quality, are prepared.

The invention discloses a combustion decoupling coal and preparing method, which comprises the following parts: fire coal made of bituminite and anthracite with weight rate at 70-80: 30-20, stable composite liquid composed of stabilizer solution and soluble glass with weight rate at 17-23: 83-77 and the weight percentage density of the stabilizer at 0. 08%-0. 12%, methyl hydroxypropylcellulose asthe stabilizer; using calcium lime as sulfur fixing agent with content as 1. 4-1. 8 times as fire coal, 1%-2% potassium nitrate combustion adjuvant. The invention has stable source for raw material ofmolded coal, good using and storing property, low preparing cost, which realizes desulfurizing, denitrating, dedusting and environment protection, which can replace fuel to reduce combusting cost greatly and release insufficiency of the fuel.