sludge fired vertical hot water boiler

Our company in the choice of boiler products, attaches great importance to the quality of emissions and steam boilers, boiler low emissions of pollutants party provides fast, good steam quality is superior boiler products. --customer feedback

Boiler body as aluminum silicate blanket insulation materials, welding and pipeline are set ultrafine centrifugal glass cotton insulation materials, two-pronged approach to ensure good sealing performance of the boiler, the heat loss to a minimum.

In the past, a considerable period of time, due to various heating design emphasis on safety considerations, the design heat load calculation results are generally much larger than the actual value required, so multi-radiator, sludge fired vertical hot water boilers, large pumps, large diameter, first heaven and earth form a "big horse car" situation, low-load, high-volume operation is widespread. This is due to the mismanagement of the designer heating operation, fireman low level of technology factors affecting heating do not know enough to worry about heating is not, will not dare to cut down the heat load, resulting in equipment is still too large, creating a vicious cycle. Over the years, through a lot of practice and testing, in terms of common understanding has been great progress in the actual design and the increasingly close. (C) the low level of management is the main cause of high energy consumption.

The sludge fired vertical hot water boiler can provide a large amount of high pressure hot water, wet steam and superheated steam, but it can achieve a pressure of only 32 bar. Under today's technical conditions, the hot water temperature can reach 240 ° C, and the steam flow can reach 45 t / h. From the current popular point of view, the use of fast steam boilers to provide wet steam is the most ideal solution: compared to the wet steam provided by the former (relative humidity 2% to 3%), the relative humidity of the wet steam provided by the fast steam boiler is only 0.5%, which reduces the risk of steam condensation in the steam line and has very good heat transfer performance when used.