Steam boilers are indispensable core thermal energy equipment in the chemical industry. They use high-temperature and high-pressure steam as the carrier to support the key processes of the entire production process. They are simple, direct and essential to apply.
In chemical production, the core functions of steam boilers are concentrated in three points: First, they heat equipment such as reaction vessels and polymerization vessels, meeting the precise temperature requirements of chemical reactions such as oxidation and nitrification; Second, it assists in separation processes such as distillation and rectification, purifying the components of materials through heating to ensure product purity. Thirdly, it provides heat tracing for pipelines and storage tanks to prevent high-viscosity materials from solidifying, and at the same time supports processes such as material drying and solution concentration.
Its advantages are well-suited to the demands of the chemical industry: it can flexibly choose fuels such as natural gas and biomass, meeting environmental protection requirements. Steam parameters are stable, avoiding production fluctuations. The load adjustment is flexible and suitable for continuous or batch production.