30results about How to "Full and efficient combustion" patented technology

The invention discloses a boiler device for high-efficiency biomass energy power generation, which includes a feed port. A rectangular feed bin is installed at the bottom of the lower end of the feed port. Cutter, the lower end of the feeding tube is equipped with a cylindrical oxygen-increasing layer, and the lower end of the oxygen-increasing layer is equipped with a cylindrical combustion chamber, which is arranged at the center of the inner side of the boiler body, so that the interior of the combustion chamber can The heat generated during the combustion of biomass fuel is directly transferred to the water body inside the boiler body, thereby avoiding the loss of heat, thereby improving the efficiency of the boiler device. Driven by the third motor, the rotating rod rotates at a high speed, thereby driving The high-speed rotation of the outer ring stirring blade, the stirring blade can not only be used to turn and stir the biomass fuel, but also can generate a certain wind force when the stirring blade rotates at high speed, so that the combustion of the biomass fuel is more efficient and sufficient.

This invention discloses a controlling system of fossil oil serum coke which is used to control the burning device so as to make the fossil oil serum coke to burn efficiently. This burning-control system adopts the burning space heat sensor and the baroceptor to sense the temperature and gas pressure. It also compares the sensing data with the corresponding parameter data stored in the program controller and automatically makes sure the adjusting proposal according to the result. The program controller is used to control the serum and air intake amount of the serum pump so as to keep the temperature of the burning space between the burning point and coking point and make the burning space steady sub-pressure so as to make the fossil oil serum burn efficiently and avoid coking or flame out.

The invention discloses a normal-pressure smoke-free environment-friendly combustion furnace and relates to the technical field of combustion furnaces. The combustion furnace comprises a furnace body and a water jacket, wherein the water jacket is arranged inside the furnace body and is communicated with a water tank; a rotary smoke flue connected with a chimney is arranged at the upper part of the back of the furnace body; a feeding opening communicated with a dry distillation chamber is formed in the upper part of the side wall of the furnace body; a water discharging opening and a water returning opening are formed in the back of the furnace body; a combustion kiln is arranged at the lower part of the dry distillation chamber; the combustion kiln is horizontal; the longitudinal section of the combustion kiln is arched; one end of the combustion kiln is fixed at the front of the furnace body; a kiln door is formed in an open end; the other end of the combustion kiln is fixed in the middle of the furnace body; gaps are formed between two sides of the combustion kiln and the inner wall of the dry distillation chamber; the back of the combustion kiln is communicated with a secondary combustion chamber; a furnace grate is arranged under the combustion kiln; a furnace dust cleaning mechanism connected with the furnace grate is arranged on the outer side of the furnace body; a main dust cleaning door with an air inlet is arranged under the furnace grate. According to the normal-pressure smoke-free environment-friendly combustion furnace, the fuel can be dispersed in the dry distillation chamber and the furnace grate by virtue of the combustion kiln; through the adoption of the combustion kiln and the secondary combustion chamber, the fuel can be fully combusted; through the adoption of the S-shaped rotary smoke flue, the dust emission is reduced; the purposes of saving energy, avoiding smoke and protecting environment can be achieved.

The invention discloses a heating device with strong adaptability, which comprises a heater body, and the heater body includes a hydrogen-oxygen generating unit for generating hydrogen and oxygen; a dry storage unit for storing and drying hydrogen and oxygen ; A gas volume adjustment unit, used to adjust the amount of intake air and combustion-supporting oxygen when hydrogen is burned; a combustion unit, used to ignite hydrogen and burn in the combustion chamber. The structure of the invention is reasonable and can adapt to different atmospheric pressure environments. Set the hydrogen-oxygen generator to produce high-purity hydrogen and oxygen. The hydrogen is ignited by the ignition system and then burned in the combustion chamber. The oxygen is temporarily stored in the storage tank. To achieve sufficient and efficient combustion, improve combustion power and efficiency, and at the same time effectively reduce energy waste and exhaust emissions.

The invention discloses a heat treatment device for producing a copper plate slider with graphite pores, which comprises a combustion box body, a water reservoir is fixedly installed on the bottom outer wall of one side of the combustion box body, and the inner walls on both sides of the two ends of the water reservoir are First grooves are opened, the inner walls of the four first grooves are fixedly installed with vertically arranged first electric guide rails, and the outer walls of the adjacent ends of the four first electric guide rails are all slidably connected with first electric sliders. The invention proposes a heat treatment device for producing copper plate sliders with graphite pores. By arranging a first burner and a second burner in the combustion box, the copper plate sliders that need to be heat treated can be removed from one of the combustion boxes. The top and bottom of the copper plate slider containing graphite powder are fully and effectively burned by the first burner and the second burner, and the sufficiency of heat treatment is improved to form a copper plate containing graphite powder holes. At the same time, the slider is provided with bumps on the first support plate, which can effectively reduce the contact area between the copper plate slider and the first support plate, and further improves the sufficiency of heat treatment.

The invention provides a high-energy low-carbon synthetic fuel for a kiln. The high-energy low-carbon synthetic fuel is composed of 40-75% of methanol or ethanol, 5-30% of acetone, 5-25% of water, 0.5-3% of catalyst, 5-10% of combustion improver and 5-20% of emulsifier, 100% in total. The caloric value of the high-energy low-carbon synthetic fuel is 10000 kilocalorie / kg; and if the high-energy low-carbon synthetic fuel is applied to an industrial kiln, carbon dioxide residue can be eliminated; as a result, the fuel is combusted sufficiently so that emission of sulfur dioxide is low and the cost is low; the problem that methanol, ethanol and the like which are the by-products of petroleum and coal chemical industry cannot be taken as the fuel of the industrial kiln directly is solved; and a reliable and effective way is provided for saving energy and reducing emission of the industrial kiln, reducing the production cost and improving the economic benefit. The raw materials of the high-energy low-carbon synthetic fuel for the kiln are easily available and the application value of the high-energy low-carbon synthetic fuel for the kiln is high; and therefore, the high-energy low-carbon synthetic fuel for the kiln is one of the best substitutes for fuel such as liquefied petroleum gas.

The invention discloses a biomass hot blast stove and belongs to the technical field of hot blast stoves. The biomass hot blast stove comprises a feeding motor (A), a material barrel (B), a screw feeder (C), a hearth fan (D), a hot air cavity air blower (E), a computer control system (F), a stove body (1), a hot air cavity (2), a hearth (3), a hot air cavity air outlet pipe (4), a heating chamber (5-1), a hot air box (5-2), a hot air outlet (6), a settling pond (7), a chimney (8), a chimney check hole (8-1), a hearth air inlet pipe (9), an ignition bar (10), an ash removing stove door (11), a stove grill (12), a stove door (13), a hot air cavity air inlet pipe (14) and a thermal insulation material (15). A secondary air feeding same-chamber three-dimensional burning mode is adopted, burning is thorough and efficient, tar is avoided, the burning efficiency is high, the heat conversion rate is high, an internal combustion system and an external hot air system are completely independent, automatic control is achieved, and the biomass hot blast stove is free of pollution when used for a long time.