Process Heating Systems

Almost everything we use on a daily basis, including cosmetics, clothing, concrete, metal, composites, microchips, plastics, and glass, is made with process heat.

Specialties

The practise of process heating has roots in a simpler era and method. Process heating can be said to have its genesis in the work of the blacksmith,

who heated metal over an open flame in order to reshape some kind of metallic material. These fundamental principles still apply in certain ways today. Heating, melting, drying are just a few of the manufacturing processes that may be completed using process heating systems. One of four technologies—fuel-based, electricity-based, heat transfer media or hybrid—is used to produce this energy.

All types of waste are burned until all that is left is ash, gas, and heat. Whereas many people still believe that gas produced by burning is harmful to the environment, contemporary incinerators actually sift out pollutants, releasing purely fresh air. In order to eliminate fly ash and gaseous impurities, modern incinerators come equipped with air pollution control technology (such as fabric filters, scrubbers, and electrostatic precipitators). By decreasing a community’s solid waste to around 10% of its initial volume through incineration, waste disposal is facilitated.