生物质热风炉（空调）主要适用于被干燥物料不允许被污染，或应用于温度较低的热敏性物料干燥。如：奶粉、制药、合成树脂、精细化工等。此种加热装置，即是将蒸气、导热油、烟道气等载体热量通过多种形式的热交换器来加热空气。
一、应用范围：
1、农产品、饲料及食品行业：茶叶、谷物、挂面、米粉、薯片、水产品、鱼粉、豆粕、烟叶、蔬菜、咖啡、瓜子、木耳等干燥
2、涂装行业：电机漆包线、汽车、摩托车、集装箱、家电、印铁制罐、面板等工业产品的烘烤漆，喷塑粉固化等
3、纺织印染和无纺布行业：热定型、热熔染色、焙烘、热风拉幅
4、铸造、磨具、磨料行业：型砂、砂芯、砂布和砂轮烘干
5、化工、制药行业：化学制品、化工产品和药品的制备和干燥；
6、建材行业：木材干燥、人造板、层压板烘干、石膏板烘干、玻璃纤维制品烘干
7、供热、取暖：车间厂房、办公室、家庭房屋取暖；
8、蔬菜、养殖行业：花卉、蔬菜大棚、养鸡、养鸭、养猪等养殖场保温取暖；
9、焊接材料行业：焊条、焊剂烘干；
10、保温材料、玻璃钢行业：硅酸铝纤维制品、稀土保温、玻璃钢制品的烘干；
11、秸秆、木屑等生物质颗粒原料烘干、仓库等的加热除湿
二、特性
1、环保卫生：采用更先进的负压半气化燃烧技术，全面避免正压燃烧带来的炉温不均、燃烧不透、烟气四溢、炉口冒火、回火、高温结焦、局部烧损等缺陷。烟和清洁空气各行其道。空气通过炉体加热到所需温度，变成无毒、无菌、清洁净化的新鲜热空气。 
2、节能高效：自动点火，热风预热，生物质颗粒燃烧充分，炉体高温部分实行多层换热的高效吸热技术，辐射受热面、对流换热和热传导受热面结合换热，换热器多回程布局，换热面积大，烟气逆流换热，热利用率高，换热块、排烟温度低。
3、灵活组配：模块化炉体设计，节省空间，室内室外均可安装，余热热风可回收，也可不回收。回收：不浪费热量、更节能省钱；不回收，升温与换气同步进行，迅速补充新鲜空气，彻底将有害物质排出用热、取暖空间。 
4、操作简捷：微电脑控制，自动点火、自动排烟、自动通风、自动控温、自动切换大小火和停炉。清灰简单，加料方便，检修无死角。
5、安全可靠：产品供热不需暖气片，减少了二次换热的热消耗；不用水，不用担心水垢、结冰的隐患。烟、风各自独立通道，热风无火星、更安全。耐高温不锈钢本体，更耐烧，温度可控，不烧穿。
6、成本低廉：燃料需求量相对于传统取暖方式（土炉子）能节省50%-70%，比用电节省60%-70%。比燃油、燃气节省50%-65%。一至两年即可回收成本。
the biomass hot blast stove is mainly suitable for materials which being dried are not permitted to be polluted. such as milk powder industry, pharmaceutical industry, synthetic resin industry, fine chemicals industry, etc. this device is made steam, oil, flue gas and other carrier heat through various forms of heat exchanger to heat the air.
application:
1.       agricultural products, animal feed and food industry. such as tea, grain, noodle, rice flour, potato chips, aquatic products, fish meal, soybean meal, tobacco, vegetables, coffee, melon seeds, black fungus, etc.
2.       paint industry. such as enameled wire, car, motorcycle, container, household appliances, printing can, panels and other industrial products baked paint, plastic spraying powder curing, etc.
3.       textile printing and dyeing and non-woven industry, such as heat setting, thermosol dyeing, baking, hot air stenter.
4.       foundry, abrasive industry. such as the drying of molding sand, sand core, sand cloth and grinding wheel.
5.       chemistry and pharmacy industry. such as drying and preparation of chemical products and medicine.
6.       building materials industry. such as drying of wood, wood based panel, laminate, plaster tablet, fiberglass products.
7.       keep warm. such as workshop factory building, office, house.
8.       vegetables and breeding industry. keep flowers, vegetable greenhouses and farm warm.
9.       welding materials industry. drying of covered electrode and flux.
10.   thermal insulation material and frp industry. drying of aluminum silicate fiber products and fiberglass reinforced plastics products and keep rare earth warm.
11.   drying of biomass materials and keep storage dry.
characteristics
1.       environmental health. adopt advanced technology of negative pressure semi gasification combustion; fully avoid defects of unbalanced temperature of furnace, incomplete combustion, smoke overflowing, tempering, coking, locally burnt, which positive pressure combustion brings. the smoke and clean air go their own way. the air is heated to the required temperature through the furnace body and transform to non-toxic, sterile, clean fresh hot air.
2.       energy saving and high efficiency. automatic ignition, hot air preheating, full combustion of biomass particles. high temperature sections of furnace body adopt high efficient heat absorption technology of multi-layer heat, radiation heating surface, heat transfer and heat transfer surface combined to exchange heat, multi-return stroke distribution of heat exchanger, large heat transfer area, smoke are counter current heating exchanging, high heat utilization efficiency, heat transfer fast, low exhaust temperature.
3.       flexible equipping. modular furnace design, space-saving, indoor and outdoor can be installed. waste heat air can be recycled or not recycled. recycling is more energy saving. when not recycling, heating and ventilation simultaneously, instantly supplying fresh air and letting the harmful substances go out of furnace completely.
4.       simplicity of operation. microcomputer control, auto-ignition, automatic smoke exhaust, automatic ventilation, automatic temperature control, automatic switch and automatic shutdown.
5.       security and reliable. heating radiator is not required that reduce the secondary consumption of heat exchange. no worry about scale and freeze because of no water. the smoke and clean air go their own way, hot air without spark. stainless steel body resistance high temperature. temperature controlled and can’t be burned out.
6.       low cost. compared to the traditional stove, the demand of fuel can save 50%-70%. saving 60%-70% than electricity, 50%-65% than natural gas and fuel. one to two years can recycling costs.

---

浙江创元环境设备有限公司

18105760759
中国 台州