Writer： admin Time：2020-12-30 00:00 Browse：℃
Biomass organic heat carrier furnace (biomass heat transfer oil furnace for short) is a heating equipment used in industrial production. It uses biomass as fuel and flue gas as heat source, and uses heat transfer oil as heat carrier to force the heat carrier to circulate in liquid phase through a circulating oil pump. , After the heat is transferred to the heating equipment, it is returned to the heating furnace to reheat the high-temperature, low-pressure, energy-saving equipment. The heating temperature can be as high as 340℃, and the working pressure is generally below 1.0MPa, because it works in the liquid state, which is safe and reliable. . The heating surface of the biomass heat-conducting oil furnace is reasonably arranged, the organic heat carrier (heat-conducting oil) has a long service life, high temperature and low pressure, and can obtain a higher working temperature under a lower operating pressure. The liquid phase transports heat energy. The organic heat carrier (heat transfer oil) at less than 300°C has a saturated vapor pressure of 70 to 80 times lower than that of water. The pressure-bearing conditions of heating equipment can be greatly reduced and equipment costs can be reduced. Biomass heat-conducting oil furnace has reasonable structure, advanced technology, small footprint, small size, beautiful appearance, simple management, high thermal efficiency, and has significant energy-saving effects and economic benefits. Compared with similar foreign products, its structure is unique. . Biomass heat conduction oil furnace temperature adjustment is accurate and reliable, equipped with complete operation control and safety monitoring devices, high automation, low labor intensity of workers, and energy saving and consumption reduction. Compared with steam heating, it can save energy by 1 to 1.5 times. Compared with heating, energy saving can be 0.8 to 1.3 times, which saves significant operating costs. It can be widely used in various industrial heating processes. Instead of heating by electricity or steam, it improves productivity. 1. Strong adaptability to different fuels The combustion equipment and the upper furnace body are designed separately, and the furnace structure can be designed separately according to the different properties of the solid fuel; 2. Diversity of grate structure The grate of this structure has two forms, fixed and fully automatic chain grate, and can be fed manually or mechanically according to the nature of the fuel. 3. Square coil combustion chamber The boiler combustion chamber is composed of a refractory furnace chamber and a square coil, with sufficient fuel combustion space, complete combustion and high thermal efficiency. 4. The best coil design The radiant section is made of square coiled tube, and the convection section is made of serpentine tube. The tube on the heating surface has good thermal expansion performance, low stress, safety and reliability. 5. The best process design The flue gas is three-pass, the medium flows through the convection and radiant coils, the flow rate is uniform, and the operation is safe and stable. 6. Sufficient output The heating surface is reasonably arranged, with large area, good heat transfer effect, high efficiency, stable and sufficient output. 7. Perfect automatic control measures The oil output temperature is controlled accurately, and the medium temperature, pressure and super smoke temperature are set with multiple control protections to ensure safe and reliable operation. 8. Leading automatic control level The boiler controller adopts Siemens/Delixi electrical components, with reliable performance. There are three types of controllers: ordinary type, Chinese and English menu type with LCD display, touch screen type with man-machine dialogue remote control. The standard configuration is ordinary. Applicable industry Petrochemical industry: polymerization, melting, condensation, distillation, H2 removal, forced insulation. Oil industry: fatty acid distillation, oil decomposition, concentration, esterification, vacuum deodorization. Synthetic fiber industry: polymerization, melting, spinning, stretching, drying. Textile printing and dyeing industry: heat setting, hot melt dyeing, baking, calendering, drying, hot air stenter. Plastics and rubber industry: hot pressing, hot rolling, extrusion, vulcanization molding, calendering, jet injection machine, glue mixer, conveyor belt dryer. Paper industry: drying, corrugated paper processing, calender, glue roller. Wood industry: multi-plywood, MDF hot press molding, wood drying, steaming equipment. Building materials industry: gypsum board drying, asphalt heating, asphalt concrete, emulsified asphalt, concrete component maintenance, drying equipment, linoleum production line. Machinery industry: spray painting, printing and drying, assembly processing, cleaning and drying. Food industry: baking bread, drying biscuits, cooking pots, autoclaves, conveyor belt dryers. Air-conditioning industry: heating for industrial plants and civil buildings. Electrical equipment industry: calenders, presses, vacuum pots, dryers. Coking industry: gas storage tanks, mixing stations, distribution stations. Metal and foundry industry: degreasing tank, phosphate treatment equipment, baking machine (room), sand core drying. Detergent industry: cooking pots, autoclaves, conveyor belt dryers, fat decomposition equipment, distillation towers. Fat and paint industry: autoclaves, dryers, distillation tanks, cooking equipment. Automobile industry: tunnel drying room, degreasing bath, phosphate treatment equipment. Carbon industry: graphite electrodes, carbon products, pitch melting, kneading pot heating, extrusion molding ! 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