At the Center for Heat Treating Excellence (CHTE) at Worcester Polytechnic Institute (WPI) in Massachusetts, researchers are perfecting carbon-concentration profile predictions through enhancements to CarbTool©, its simulation software.

Because energy costs are a major factor for many industrial processes, it makes sense to carefully analyze how the natural gas is being used and whether the system is running at peak efficiency.

Indirect-fired heat-processing equipment is crucial for many heat-treatment processes in which the product or load must not come into direct contact with the flame or products of combustion.

In the early 20th century, Industrial Heating came on the scene. In this historical overview (decade by decade), we take a look at metallurgy and how the steel industry was becoming big business.

This is a complete list of all the feature articles – by topic – that appeared in Industrial Heating in 2015. The month each article appeared in is included with page number. All articles are hyperlinked for your convenience.

As a responsible corporate neighbor and partner, decisions made within Honda of America Manufacturing Inc. (“Honda”) affect not only the local community but have far-reaching ramifications both nationally and internationally.

Using a thermal-capture burner is the single-most-important factor in getting the most energy out of each dollar you spend on fuel. Understanding how this works can help you pick the right burner for your application.

Heat-pipe energy-recovery technology gained significant market acceptance in the 1960s.

HyGear started the development of a thermo chemical recuperator (TCR) that can be applied to decrease the energy usage of industrial furnaces.

Endura AZ25 oxygen analyzer is designed for use in processes where the temperature ranges between 600-1400°C (1112-2552°F).