84results about How to "Reduce carbon monoxide" patented technology

The invention relates to a composite additive which can reduce the carbon monoxide content of smoke gas, and relative application. Wherein, said composite additive comprises that tobacco extract, alkali metal salt, transition metal hydroxide, or metal hydroxide; the composite additive can be used in variable tobaccos as flue-cured tobacco, suncured tobacco leaf, oriental tobacco leaf, expansion pipe tobacco, etc. The inventive composite additive can be used in tobacco to reduce carbon monoxide content 1.5-3.0mg/n of smoke gas and reduce the tar content.

The invention provides functional cigarette paper and a preparation method. The functional cigarette paper comprises common cigarette paper prepared by using a paper making process, and the surface of the common cigarette paper is sprayed or dip-coated with a molecular capsulation material layer capable of reducing the contents of harmful substance, such as carbon monoxide, nitrosamine and the like in cigarette smoke. The preparation method comprises following steps of: finishing making of cigarette paper on a paper making machine, introducing a spraying device at the back of a combustion adjusting agent feed point of the paper making machine, preparing a molecular capsulation material into a molecular capsulation adsorbent solution, uniformly spraying the solution on the cigarette paper, and drying by a drying tank; or after finishing the making of the cigarette paper, preparing the molecular capsulation material into a molecular capsulation adsorbent alcohol solution, and uniformly dip-coating the solution to the cigarette paper on a coating machine, and then drying through a low-temperature drying cylinder until the alcohol fully volatilizes; and the addition amount of the molecular capsulation absorbing agent accounts for 1-20% of the mass percentage of the weight of the cigarette paper. The preparation method has the characteristics of simple molecular capsulation process, convenience for addition of the absorbing agent, and capability of reducing the content of harmful substances, such as carbon monoxide, nitrosamine and the like, in the cigarette smoke.

The invention discloses a gas range burner, comprising a fire cover and a induction tunnel, wherein the fire cover comprises an outer ring fire cover and an inner ring fire cover, the inner side of the outer ring fire cover is provided with at lest two rows of outer ring fire holes which are an upper row of fire holes and a lower row of fire holes, the upper row of fire holes and the lower row of fire holes are spaced and direct toward the fire cover center; the inner side of the outer ring fire cover is also provided with at least three induction tunnels among which one induction tunnel is communicated with the inner ring fire holes on the inner ring fire cover, the other induction tunnels are communicated with the outer ring fire holes; secondary air inlets are arranged between the upper row of fire holes and the lower row of fire holes. The invention has the advantages of sufficient supply of the primary air and the secondary air, high heating efficiency and low flue gas emission; by the experimental determination, the load of the invention is 3.6KW which is higher than 3.5KW, the carbon monoxide content in the emitting fuel gas is 280PPM which is far lower than 500PPM.

An additive capable of reducing tar and carbon monoxide contained in cigarette is provided, as well as the application method of the additive, which contains inorfil loaded with metal-salt. The accretion provided by the present invention prepared and added conveniently with low cost is suitable for requirement of industrialized production, capable of well decreasing the tar and carbon monoxide contained in cigarette smoke and greatly reducing the harm to the smoker.

The invention relates to liquid fuel oil, in particular to methanol diesel oil and a method for preparing the same. The methanol diesel oil comprises the following components in weight percentage: 40 to 80 percent of diesel oil, 5 to 20 percent of methanol and 1 to 10 percent of additive. The formula with unique auxiliary materials and the additive is introduced to the fuel, thereby effectively solving the problem that the methanol and the diesel oil are hard to mutually dissolve and completely replacing the commercial diesel oil to be used in various environments; moreover, the methanol diesel oil also has the advantages of low cost and good burning property, starting property and power performance; in particular, carbon monoxide and the smoke intensity in the tail gas emission are obviously reduced, so that the methanol diesel oil is a perfect fuel.

This invention discloses a method for producing biodiesel oil, phospholipid and glycerol from waste plant oil. The method comprises: (1) extracting the raw material to separate phospholipid, neutral oil and soap; (2) performing interesterification on neutral oil to obtain biodiesel oil and glycerol; (3) acidifying and esterifying the soap to obtain biodiesel oil. The method has such advantages as short reaction time, simple process, high conversion rate of biodiesel oil, low energy consumption, easy recovery of the products, and no pollution. The produced biodiesel oil can satisfy the international DIN V 51.606 standard and China 2# diesel oil standard. The method utilizes waste plant oil to produce biodiesel oil, thus largely reduces the cost and is suitable for mass production.

The invention relates to a hydrogen generator and application thereof. The hydrogen generator is formed by a first medium comprising a recombination zone, an oxidation zone and a preheating zone, wherein the recombination zone is used for accommodating a recombination accelerant so as to carry out the steam recombination reaction of a hydrogen-producing raw material to generate hydrogen; the oxidation zone is used for carrying out heat release oxidation reaction so as to provide a heat source, and a first oxidation accelerant exists in the oxidation zone; the heat source provided by the oxidation zone supplies heat energy to the preheating zone and the recombination zone so as to firstly preheat the hydrogen-producing raw material in the preheating zone and subsequently carry out the steam recombination reaction in the recombination zone; first media exist among the recombination zone, the oxidation zone and the preheating zone at the intervals of the shortest distance of at least 0.5mm; and the coefficient (K) of heat conduction of the first media is at least 60W/m-K. The carbon monoxide content of a hydrogen-contained gas mixture prepared by the hydrogen generator is quite low, therefore, the gas mixture can be directly applied to common fuel.

An environment-protection and energy-saving methanol gasoline is prepared from methanol (60-70 wt.%), crude gasoline (25-38) and special composite additive (2-7) while can improve the solubility, anticorrosion nature, and burning performance. Its advantages are high stability, full combustion, high power, and saving oil by 15-20%.

The invention discloses a gas heating system for a gas clothes dryer.The gas heating system comprises a support, a combustion cylinder, a combustor and an ignition needle, wherein the combustion cylinder is arranged on the support and internally provided with a combustion chamber, at least part of the combustor extends into the combustion chamber from the inlet of the combustion chamber, at least part of the ignition needle extends into the combustion chamber from the inlet of the combustion chamber, the central axis of the ignition needle is parallel to the central axis of the combustor, and the distance between the ignition needle and the combustor is larger than or equal to 5 mm and smaller than or equal to 13 mm.The gas heating system has the advantages that combustion efficiency is high, the content of carbon oxide in tail gas is low, and ignition success rate is high.

The invention relates to an in-cylinder direct injection double-gas-fuel internal combustion engine capable of realizing ultra-lean combustion and a control method, aims to solve the problems that combustion is unstable in an ultra-lean-combustion mode of a gas fuel spark ignition type internal combustion engine, the oil consumption is high and emission is heavy under the work conditions of cold start and small load and the like and develops a spark ignition type in-cylinder direct injection double-gas-fuel internal combustion engine capable of realizing ultra-lean combustion and a control method of the internal combustion engine. The internal combustion engine adopts an internal combustion engine technology combining in-cylinder direct injection and gas inlet channel injection based on double gas fuel, the internal combustion engine is provided with a gas flow control device which cooperates with a piston roof in a special shape, and accordingly, good mixed gas layering is realized. According to the special combustion characteristic of gas fuel, ultra-lean mixed gas in higher compression ratio can be adopted; gas flow movement of the mixed gas entering a cylinder is controlled, meanwhile, gas inflow is increased, ultra-lean combustion of the mixed gas in the cylinder is realized, the heat transfer loss is reduced, the heat efficiency is improved, and oil consumption and pollutants are reduced.

The invention relates to a method for preparing quicklime by continuously calcining limestone in a shaft kiln, belonging to a method for preparing quicklime by calcining limestone in a shaft kiln. The method is provided with a computer centralized control system, and implements the following steps according to a preset program: (1) while automatically controlling gas flow and pressure of kiln bottom combustion-supporting blast air and kiln top exhaust induced air, continuously calcining; (2) automatically discharging qualified calcining product quicklime in a periodical and discontinuous way; and (3) evenly mixing the raw material limestone and fuel coal according to a preset ratio, and automatically supplementing synchronous with the discharged product in a periodical and discontinuous way. The method provided by the invention has the advantages of high raw material coal heat efficiency, low consumption, stable operating conditions and low production cost. The heat efficiency of the fuel coal is greater than or equal to 80%. The heat utilization ratio is enhanced by more than 20% as compared with the prior art. The quality indexes the product quicklime are as follows: CaO>=94%, MgO<=3%, SiO2<=2%, and discretionary reduction<=10%. The consumption of the raw material coal is lowered, i.e. every ton of product quicklime consumes 115-120kg of fuel coal.

The invention discloses biomass clean gasoline and a preparation method thereof. The biomass clean gasoline is characterized by consisting of biological methanol, national standard gasoline or crude gasoline and auxiliaries (heat value synergist, combustion-supporting smoke-removing agent, stabilizer and the like). The preparation method of the biomass clean gasoline is performed at room temperature and normal pressure and has simple operation process is simple; raw material source is wide and cannot be exhausted, cost is low, the engine and other parts of the existing automobile do not need to be modified or updated, igniting property is good, starting is easy, the emission of tail gas reaches national standard and Europe standard III, the content of carbon monoxide is reduced by 98%, the content of a hydrocarbon compound is reduced by 30-40.5%, and the mark number can reach 90-120 standard.

A combined cigarette holder adapter comprises two or more than two adapter units; an opening I and an opening II are formed at two ends of each adapter unit respectively; an accomodating cavity is arranged at the middle of each adapter unit; and the adapter units can be connected with or separated from one another. According to the invention, the adapter units with different functions can be used in a combined or separated manner, so that not only can harmful components of cigarettes be reduced systematically and specifically in a segmental manner, but also cigarettes can be perfumed segmentally according to personal taste and smoking habits, and the indigenous perfume and smoking comfort degree of the cigarettes can be enriched. The combined cigarette holder adapter provided by the invention has very strong compatibility, can be used with other cigarette holders, mouthpieces or tobacco pipes, can be conveniently used in a combined or separated manner, greatly improves comfort and safety of cigarettes, and increases personalized taste of cigarettes.

The invention discloses a combustor and a fuel gas stove. The combustor comprises a fire distributor and a fire cover. The fire distributor is provided with a gas inlet channel. The fire cover is arranged on the fire distributor. A flow guide convex face is formed on the fire cover and faces towards the gas inlet channel. In the combustor, due to the fact that the flow guide convex face is arranged above the gas inlet channel, when fuel gas flows to the flow guide convex face from the gas inlet channel, fuel gas is rapidly guided to the periphery of the flow guide convex face under the effect of the flow guide convex face, the reaction of the fire cover on gas flow is reduced, the problem that fuel gas flows to the fire cover and then backflows into the gas inlet channel to prevent fuel gas from flowing out of the gas inlet channel is avoided, and therefore the fuel gas pressure loss can be reduced. In this way, the practical heat load of the combustor is approximate to the designed heat load to the largest degree, combustion efficiency of fuel gas is improved, and the content of carbon monoxide produced during combustion of fuel gas is reduced.

A mixture gas mixed with air-mixed dimethyl ether is prepared by mixing 10 to 40%vol air-mixed dimethyl ether with 60 to 90%vol other gases, wherein the air-mixed dimethyl ether is prepared by mixing 50 to 70%vol dimethyl ether with 30 to 50%vol air. The preparation method of the mixture gas comprises the following steps of: filtering the liquid dimethyl ether to remove impurities, feeding the filtered liquid dimethyl ether into a thermal-compensation vaporizer for vaporization, mixing the vaporized dimethyl ether with air at equal pressure to obtain air-mixed dimethyl ethyl, and mixing the air-mixed dimethyl ethyl with other gases at equal pressure to obtain the mixture gas. By mixing the air-mixed dimethyl ethyl, the mixture gas of the invention has effectively improved heat value and supply amount, which provides an effective path for relieving the current energy crisis condition.

The invention provides energy-efficient environment-friendly boiler equipment. A water purification system, a water supply pump, a first electronic valve, a check valve, a pressure reduction valve, a safety valve, a second electronic valve, a water supply pipeline pressure probe and a boiler are arranged on a water supply pipeline. A control system controls the first electronic valve and the second electronic valve to open and close fittingly, the water supply pipeline pressure probe provides real-time pressure data to the control system, and the control system controls starting, stopping and rotation speed of the water supply pump. An evaporator and a superheater are arranged in the boiler; the evaporator makes use of air heat of a combustion chamber to generate water vapor by heating liquid water and supplies the water vapor to the superheater; the superheater makes use of flame heat of the combustion chamber of the boiler to generate oxyhydrogen plasmas and superheated water vapor by subjecting the water vapor to superheating retreatment, and the generated oxyhydrogen plasmas and superheated water vapor are jetted to a coal layer in the boiler through a jet pipe and then chemically react with coal to generate carbon monoxide and hydrogen so as to form efficient and clean gaseous combustion in the combustion chamber.

The invention relates to a fuel additive which comprises the following components of ethanol, tertiary butanol, benzoic acid, distilled water, molybdenyl dialkyl dithiophosphate, copper diisooctyl dithiophosphate and benzotriazole fatty amine. After the fuel additive is mixed with internal combustion engine fuel in an internal combustion engine, the fuel can react rapidly and can combust completely in combustion, the content of carbon oxide in exhaust tail gas is greatly reduced, the abrasion between cylinders and pistons is reduced, and fuel is saved.

The present invention discloses the preparation process of far infrared ceramic honeycomb type heat resisting energy saving furnace plate and belongs to the field of environment friendly energy saving product technology. The materials comprising silica 58-78wt%, alumina 16.9-25.5wt%, potassium oxide 1-5wt%, zirconium oxide 1-3 wt%, titania 0.1-0.5 wt%, sodium oxide 1-3wt% and calcium oxide 2-5wt% are produced into the far infrared ceramic honeycomb type heat resisting energy saving furnace plate through mixing, high temperature sintering and cooling. The present invention can convert peripheral far infrared heat energy into useful energy, and this can reduce the consumption of coal gas and natural gas greatly.

The invention discloses a multifunctional benzoxazine composite material. The multifunctional benzoxazine composite material is prepared from benzoxazine monomers through an open-loop curing reaction under the catalytic action of sulfonated crosslinking structured polyphosphazene microspheres. A preparation method comprises steps as follows: S1, the sulfonated crosslinking structured polyphosphazene microspheres are prepared; S2, the benzoxazine monomers are dissolved in solvents, the sulfonated crosslinking structured polyphosphazene microspheres are added, and a mixture is subjected to ultrasonic dispersion; S3, acetone and alcohol as the solvents are removed through evaporation, and air in the mixture is removed; S4, the mixture of the benzoxazine monomers and the sulfonated crosslinking structured polyphosphazene microspheres is poured into a glass mold while being still hot; S5, the glass mold is cured for 2-3 h at the temperature of 150-180 DEG C, cured for 1-3 h at the temperature of 190-200 DEG C and cooled, and the multifunctional benzoxazine composite material is obtained. The open-loop curing temperature of the benzoxazine monomers in the preparation process of the composite material is reduced, and the composite material integrates remarkable flame retardance and good fracture toughness property, thereby being widely applied to the field with higher requirements for overall performance of the materials.