Steam boiler is an important equipment for chemical production, and the steam produced by it is an indispensable source of heat and power in chemical enterprises. Steam boiler is suitable for all kinds of chemical industries, such as fertilizer plant, oil refinery, feed plant, coating plant, plastic plant, glass plant, sulfuric acid plant, coal chemical, petrochemical and so on.


Price of Chemical Industry Boilers

The price of Chemical Industry Boiler is based on the capacity and accessories. Generally, the accessories of boilers include burner/grate, electric controller, steam header, water softener, BFW pump, platform ladder, and chimney, etc. If you would like to use the specific devices (brand, materials, quantity, etc.) or the additional equipment (air preheater, economizer, condenser, etc.), the prices are quite different. So, if you would like to get the exact price, please inquire for the details.

How to Select a Proper Boiler for Chemical Industry Boiler

1. Determine the capacity of the boiler. The boiler capacity should based on the Heating Load Curve or Heat Balance Diagram, and includes the heat loss in pipelines, self-used heat of boiler room, available used waste heat. While, usually, it is difficult to get the Heating Load Curve, the heating load could get based on the max thermal consumption per hour within production/heating/domestic, and then determine by using the coefficient.

2. The heating parameters of boiler room should be in accordance with the requirements of users' heat parameters. But in the choice of boiler, should not make the boiler rated outlet pressure and temperature and user use pressure and temperature difference too large, so as not to cause high investment, low thermal efficiency.

3. At present, the main tendency of power boiler selection in small and medium-sized chemical enterprises is circulating fluidized bed boiler. In engineering practice, it is a reasonable criterion to select the combustion mode according to the fuel characteristics and the furnace type, in addition to the selection of capacity and parameters.

4. Boiler should be more efficient. The boiler output, the number of sets and other performance can adapt to the demand of heat load change, in order to facilitate economic management. If the use of one boiler operating at full load can meet the demand for steam, it is not appropriate to use two boilers operating under lower load. However, from the perspective of safety production, it is necessary to consider whether a single boiler in operation can be started quickly in a short time due to failure, so as to meet heating requirements without affecting production.

5. It is better to select the boilers with same capacity or combustion equipment. If different, the max limitation is two models, to decrease the problems of equipment layout and management.