Steam: A Versatile but Costly Heat Source for Chemical Plants
For chemical processing facilities, steam is the go-to utility for pressure and power, but especially for heating applications. It drives turbines and provides heat for countless heat exchangers, distillation column reboilers, and similar applications because it is a very efficient and controllable mechanism for delivering energy exactly where it’s needed. The steam distribution system is often a significant contributor to energy costs and emissions. By improving monitoring and control with a focus on load distribution, heat loss, and pressure control you can reduce your energy costs, reduce emissions, and improve safety to optimize plant performance.