真节能公司生产的“旋耙飞腾三级多回路”高湿高粘固废危废系列——钢厂污泥

True energy produced "spin rake soar over three loop" series humidity viscous solid waste hazardous waste - mill sludge dryer, direct heating process may be a disposable material drying water content 90% to the finished product. According to the characteristics mill sludge easily agglomerated in the drying process, the dryer has changed the traditional single channel drying mode, using the "3 + 1 = 6" three mode sleeve, wherein one, two, three dryer the size and amount of hot air temperature in the high and low volatility with the moisture content of materials to adjust the effective use of heat, to achieve energy, wind speed, wind fine adjustment control.

True energy-saving company production of "spin-speed fly-by three-level multi-loop" high-humidity high-stick waste series - steel mill sludge dryer, the use of direct heating process, can be a one-time 90% water content of the material drying to the finished product. In view of the characteristics of steel mill sludge in the drying process, changed the traditional dryer single-channel drying mode, the use of "1, 3, 6" three sleeve mode, of which one, two, three dryer in the size of the thermal air and temperature, with the fluctuation of the material moisture content and adjustment, the effective use of thermal energy, to achieve the heat, wind speed, Finely controlled regulation of wind volume.

The sludge dryer of steel plant, a series of high humidity and high viscosity solid waste hazardous wastes produced by zhenenergy saving company, adopts direct heating process, which can dry 90% water content materials to finished products at one time. In view of the characteristics of sludge agglomeration in the drying process of steel plant, the traditional single channel drying mode of dryer is changed, and the three sleeve mode of "1 + 3 = 6" is adopted, in which the hot air volume and temperature in the first, second and third stage dryers are adjusted with the fluctuation of material moisture content, and the heat energy is effectively used to achieve the fine control of heat energy, wind speed and air volume.<br>