35results about How to "Promote complete combustion" patented technology

The invention discloses a waste gas and waste liquid incineration system. The system comprises oxygen production equipment, a local oxygen increasing, combustion and mixing chamber, a primary incineration chamber, a secondary catalytic incineration chamber, an air heat exchanger and a waste heat utilization and smoke purification device which are sequentially connected; harmful waste gas or atomized waste liquid, compressed air and pure oxygen are proportionally mixed in the mixing chamber and then are fed into the primary incineration chamber for incineration. The waste gas and waste liquid incineration system has the advantages that the content of oxygen is locally improved in the primary incineration chamber for waste gas and waste liquid, the combustion speed is accelerated, the complete combustion is facilitated, the smoke exhaust amount after combustion is reduced, and the heat utilization ratio is improved; smoke after primary incineration enters the secondary catalytic incineration chamber and reacts with catalyst, toxic gases such as ammonia and hydrogen cyanide produced after primary incineration is decomposed into N2, H2 and CO2, the problem of environmental pollution caused by smoke exhaust is solved, and the energy saving and emission reduction are facilitated.

The invention discloses a device and a method for cooling clinker by liquid oxygen and liquid nitrogen of a cement kiln. The device is characterized in that a high-temperature cooling region of a grate cooler of the cement kiln is provided with a liquid oxygen input connector, and a middle-temperature cooling region of the grate cooler is provided with a liquid nitrogen input connector. The method comprises the steps of adding liquid oxygen the volume of which is 1%-12% of the total volume of cooling air fed by an air blower of a high temperature section of the grate cooler of the cement kiln, and adding liquid nitrogen the volume of which is 1%-45% of the total volume of cooling air fed by an air blower of a middle temperature section of the grate cooler of the cement kiln. The device and the method provided by the invention have the advantages that the cooling rate of clinker is improved by inputting liquid oxygen, and high-temperature clinker is cooled suddenly, so that the decomposition of D3S at 1250 DEG C is prevented or alleviated, the crystallization of MgO is prevented or alleviated, and the stability of the clinker is improved; a C3S crystal is prevented from growing, and thus the grindability of clinker is improved; the C2S crystal transfer is effectively prevented or alleviated by introduced liquid nitrogen.

The invention discloses a nonmetallic gasoline additive and a method for preparing the same. The nonmetallic gasoline additive comprises, by weight, 0.5-12% of polyether, 0.5-12% of polyether polyol,0.5-10% of poly-alcohol, 0.1-15% of catalysts, 0.1-15% of stabilizers, 1-16% of soluble silicic acid and 55.9-92% of polyol. The method includes adding the polyether, the polyether polyol, the poly-alcohol and the catalysts into the polyol; carrying out stirring reaction to obtain transparent oily liquid; adding the soluble silicic acid into the liquid; carrying out stirring reaction at the temperature of 80-110 DEG C until solution turns clear; filtering the clear solution to obtain the nonmetallic gasoline additive. The nonmetallic gasoline additive and the method have the advantages that more than 18% of gasoline can be saved by the aid of the nonmetallic gasoline additive under identical conditions, emission of hydrocarbon HC, carbon monoxide CO, PM (particulate matters) and nitrogen oxide NOx can be reduced to a great extent, the smoke intensity can be lowered to a great extent, and effects of inhibiting carbon deposit generation and eliminating carbon deposits can be realized; the nonmetallic gasoline additive is stable in property, can be safely stored and transported and is free of damage to gasoline cylinders and engines, the nonmetallic gasoline additive and gasoline arecompletely mutually soluble, precipitation and layering can be prevented.

The invention discloses a cylinder-driving two-stroke engine which comprises a cylinder body, a crankcase and a cylinder head, wherein a crankshaft and a connecting rod are arranged in the crankcase; a fixed cylinder sleeve is mounted in the cylinder body; a movable cylinder capable of moving in a reciprocating manner along the fixed cylinder sleeve is arranged in the fixed cylinder sleeve; the center at the outer end of the baseplate of the movable cylinder is hinged to the connecting rod, so as to drive the crankshaft to rotate; a piston which can extend into the cylinder body and is fixed, is arranged on the cylinder head; a piston head at the front end of the piston is mounted in the movable cylinder; the movable cylinder conducts reciprocating movement relative to the piston; a combustion chamber and an exhaust passage are formed in the piston head. The cylinder-driving two-stroke engine adopting the design has the advantages that the single cylinder power can be improved; the size as well as the production cost can be reduced; energy conservation is further realized; harmful emission is reduced.

The invention discloses a system and a method for semi-coke blending combustion of a coal-fired power plant with Brown gas for catalytic combustion supporting. Low-rank coal pyrolysis semicoke and bituminous coal are subjected to mixed combustion, the Brown gas is distributed at a primary air nozzle in a sandwich air mode for catalytic combustion supporting on the semicoke, so that the problems that the semicoke is difficult to burn and poor in burnout performance can be effectively solved. Oxygen-rich air generated by a cryogenic air separation nitrogen making machine is preheated through smoke and then serves as oxygen-rich over-fire air, and the excess air coefficient of the main combustion area is controlled to be 0.8 or below, so that the reducibility of the main combustion area is enhanced, sufficient combustion of fuel can be guaranteed while NOx emission is effectively controlled, and the combustion efficiency of the boiler is improved. Flue gas and exhaust steam of a steam turbine are condensed through liquid nitrogen, equipment of the cryogenic air separation nitrogen making machine is heated through the flue gas in front of an air preheater, high-purity nitrogen can be made while moisture in the flue gas is collected and utilization of circulating cooling water of a power plant is reduced, and the efficiency of a boiler and the cryogenic air separation nitrogen making machine is improved.

The invention discloses a large-size hazardous waste rotary kiln type incinerator device taking sludge as a main target. The device comprises a receiver bin, a feeder, a multifunctional fuel nozzle, a kiln internal hot blast blowing unit, a rotary kiln, a power suspension unit, a secondary combustion chamber and a scraper slag discharging machine. The feeder, the multifunctional fuel nozzle and the kiln internal hot blast blowing unit are arranged at an inlet of the rotary kiln. The receiver bin is arranged above the feeder. The power suspension unit is arranged in the middle of the rotary kiln. The secondary combustion chamber is arranged at the tail of the rotary kiln. The scraper slag discharging machine is arranged at the lower end of the secondary combustion chamber. Three fuels, namely the solid fuel, the gas fuel, and the liquid fuel can be simultaneously or independently used for providing heat for the incinerator, and steam or nitrogen or water can be used for cooling the fiery furnace under the emergent incinerator shutdown condition. The power suspension unit and the kiln internal hot blast blowing unit are used for increasing the contact area of materials and the gas, so that the heat transferring, drying and combusting effects are improved, and the disposal capacity and efficiency of the kiln type incinerator device are improved.

The invention discloses an antiknock clean solvent used for motor gasoline. The antiknock clean solvent includes a clean dispersant, a combustion improver, an antiknock agent, a polar solvent and an inert solvent, wherein the clean dispersant comprises 10-20wt% of a petroleum sulfonate agent, 5-8wt% of succinate and 8-12wt% of salicylate; the combustion improver is 5-8wt% of benzyl alcohol ; the antiknock agent is 5-8wt% of methyl tert-butyl ether; the polar solvent is 25-35wt% of trifluoroacetic acid or acetylferrocene; and the inert solvent is obtained through mixing fatty oil, liquid paraffin, ethyl acetate and isopropyl myristate. The antiknock clean solvent allows gasoline components and even gasoline components not according with national relevant regulation to be processed in order to produce qualified 93# or above gasoline, so some resources which cannot be used are changed into valuables and become national effective energy.

The invention discloses a high-moisture fuel fired steam boiler. The high-moisture fuel fired steam boiler comprises a boiler body, a combustion cavity and a feeding device, a pre-combustion chamber is arranged in front of the combustion cavity and communicated with a vaporizing combustor outside the boiler body, a discharging port of the feeding device is communicated with a feeding port of the pre-combustion chamber, and a high-inclination-angle reciprocal grate is arranged below the pre-combustion chamber. High-moisture fuel in the pre-combustion chamber is dried by high-temperature smoke generated by the vaporizing combustor and then fed to a central combustion area of the combustion chamber for combustion, and consequently completeness in fuel drying is realized, and fuel burn-off rate is increased.

The invention relates to a magnetization oxygen-enriched energy conservation and emission reduction system of a gaseous suspension roaster. The magnetization oxygen-enriched energy conservation and emission reduction system comprises a raw air supply fan, two multi-duct pressure equalization distribution tanks, a double-stage booster roots pump set, an intelligent PLC (programmable logic control) system and an oxygen-enriched gas output pipeline. The raw air supply fan is connected with the two multi-duct pressure equalization distribution tanks, cyclone concave-convex thermal separation magnetic groups are arranged in the two multi-duct pressure equalization distribution tanks and are connected with an inlet of the double-stage booster roots pump set by vacuum absorption pipelines, the double-stage booster roots pump set is connected with an oxygen-enriched injection point of the gaseous suspension roaster by the oxygen-enriched gas output pipeline, the raw air supply fan, an intelligent oxygen analyzer and an intelligent gas flow meter are connected with the intelligent PLC system, and the intelligent PLC system is connected with a remote computer. The magnetization oxygen-enriched energy conservation and emission reduction system has the advantages that the combustion speeds can be increased, and complete combustion can be promoted; ignition temperatures of fuel can be lowered, combustion environments can be optimized, and the service life of the roaster can be prolonged; the yield of products can be increased, the quality of the products can be improved, and the post-combustion smoke quantity can be reduced.

The invention discloses a biomass energy combustion treatment process. The process is characterized by comprising the following steps of S1, dispersing biomass fuel, screening impurities doped in the biomass fuel through screening equipment, and pulverizing the biomass fuel into powder through a pulverizer after the biomass fuel is dispersed, screened and subjected to impurity removal; and S2, conveying the crushed biomass fuel through a spiral conveyor, and spraying a combustion-supporting catalyst to the biomass fuel at a material guide-in opening of the spiral conveyor. According to the biomass energy combustion treatment process, the biomass fuel is subjected to pre-combustion treatment, the combustion-supporting catalyst is sprayed on the surfaces of biomass powder fuel particles, and then biomass is combusted and fully dried, so that the combustion-supporting catalyst can be fused with the biomass fuel to the maximum extent, and the combustion-supporting efficiency of the combustion-supporting catalyst is improved; and different from a traditional manner that biomass fuel is directly combusted to release heat, thorough combustion of biomass powder fuel is facilitated, and the combustion heat release efficiency of biomass energy combustion is improved to the maximum extent.

The invention provides an energy conservation and emission reduction fuel-saving device. The device comprises a barrel body. The two ends of the barrel body are provided with an inlet end and an outlet end correspondingly. A fuel inlet plug is mounted at the inlet end. A fuel outlet plug is mounted at the outlet end. The barrel body is provided with a cavity which is filled with catalyst particles. The two ends of the catalyst particles are fixed through a first grid close to the fuel inlet plug and a second grid close to the fuel outlet plug correspondingly. A first inner fuel pipe is arranged on the fuel inlet plug. A second inner fuel pipe is arranged on the fuel outlet plug. The extension sections of the first inner fuel pipe and the second inner fuel pipe both extend into the cavity. The energy conservation and emission reduction fuel-saving device is simple in structure. The catalyst particles are arranged in the barrel body to shatter and catalyze fuel, so that the fuel is burned completely, the fuel utilization rate is increased, and the purpose of fuel economization is achieved. The energy conservation and emission reduction fuel-saving device is simpler in structure. The service life of a whole fuel economizer cannot be affected by magnetization reaction. The high-temperature-resisting and anticorrosive barrel body and a high-temperature-resisting and anticorrosive oil seal are adopted, and the service life of the whole fuel economizer is further prolonged.

The invention discloses efficient nuisanceless emulsified oil and a preparation method thereof, and belongs to the field of fuel oil. The emulsified oil is prepared from the following ingredients in percent by mass: 50 to 90 percent of oil, 50 to 10 percent of water and 0.01 to 0.1 percent of additives, wherein the oil performance is similar to that of Bunker-C oil. The method comprises the stepsthat 1, after the water is heated, an emulsifying agent, an inorganic combustion improver and an oxidation accelerator are sequentially added and are dissolved to obtain a water solution; 2, the oil is heated to the same temperature as the water; high-speed stirring is performed; the water solution obtained in the first step is slowly added; after the stirring is performed for 1 minute, the emulsified oil is prepared. The emulsified oil is used as fuel oil.

The invention belongs to the technical field of energy conservation and environmental protection, and particularly to an independent auxiliary complete combustion device for an internal combustion engine. The whole complete combustion device is an auxiliary system with independent hydrogen and oxygen supplies at the outside of the internal combustion engine, and can directly transport separated hydrogen and oxygen to a throttle, so the complete combustion device only can promote complete combustion without influence on the whole engine structure, the energy can be saved by 25% to 50%, more than 90% of pollution source in the internal combustion engine can be thoroughly eliminated, the effect can be got instantly. A vehicle-mounted inclination sensor can play its original role to protect the independent auxiliary complete combustion device for the internal combustion engine.

The invention discloses a solid waste treatment incineration device convenient to operate. The solid waste treatment incineration device comprises a combustion furnace body, an igniter and an external carbon monoxide collecting device; and a pushing box used for transporting straw blocks is arranged on the side wall of the combustion furnace, an exhaust pipe used for exhausting is arranged at the top of the combustion furnace, and a straw block crushing device is arranged in the exhaust pipe. According to the solid waste treatment incineration device, discharged carbon monoxide gas outlets are distributed in the slope, a large amount of high-speed carbon monoxide rushes into the straw blocks, the packaged straw blocks can be scattered through flushing, the straw blocks are rapidly scattered, the gas is carbon monoxide, the ignition effect can be achieved, and complete combustion of straw can be accelerated; and fan blades are arranged at the top of a spiral cutter, the spiral cutter rotates downwards, waste gas can drive the fan blades at the top of the spiral cutter to rotate, then the spiral cutter is driven to rotate, the straw blocks can be crushed conveniently, and sufficient combustion of straw is facilitated.

The invention relates to novel membrane module oxygen-enriched combustion equipment. The equipment comprises an air filter, an air blower, an oxygen-enriched membrane assembly, a water ring vacuum pump, a vacuum gauge, a regulating valve, a gas-water separator, a dehumidification and pressurization electric control system, an oxygen-enriched preheater and a nozzle. One end of the air filter is connected with the left end of the air blower. The right end of the air blower is connected with the oxygen-enriched membrane assembly. The oxygen-enriched membrane assembly is connected with one end of the regulating valve. The other end of the regulating valve is connected with the vacuum gauge. The other end of the vacuum gauge is connected with one end of the water ring vacuum pump. The other end of the water ring vacuum pump is connected with the gas-water separator. The gas-water separator is connected with the dehumidification and pressurization electric control system. The dehumidification and pressurization electric control system is connected with one end of the oxygen-enriched preheater. The other end of the oxygen-enriched preheater is connected with the nozzle. The nozzle is embedded in an industrial kiln stove.