Boilers are all around us. From home water heating to massive industrial applications, they are everywhere. This article ...

How early trial-and-error methods gave way to modern tri-sodium phosphate programs, and why chemistry control remains ...

Earlier in this series, I wrote about modern techniques to minimize impurity ingress, scaling, and corrosion in heat recovery steam generators (HRSG). But without accurate sampling and good data ...

The increased use of intermittent renewable energy sources and the shift to gas-fired combustion turbines places new burdens on the dispatch of many coal-fired units. Steam units must now operate at ...

In the field of steam energy utilization, the steam boiler fin-type heat exchanger has become a core thermal energy device in ...

Steam is a marvelous way to transport large amounts of energy effectively and economically. That is why Steam has been the cornerstone of campus, district heating, and process systems for the past two ...

Modern boiler plants are increasingly focused on energy efficiency, reducing their physical footprint, and minimizing capital and installation costs. Companies are striving to keep their total costs ...

The following parameters may be set on the Steam Cycle Performance parameter screen: •Steam Energy Added in Boiler: The heat content of the steam changes as it moves throughout the steam turbines, ...

San Francisco’s St. Luke’s Hospital complex comprises of four buildings, ranging from 25 to 90 years old. Heating the building required 26,000,000 Btuh, an expensive requirement that had been ...

Buildings account for the majority of greenhouse gas emissions in Boston and Cambridge. Both cities have aggressive climate goals that require large building owners to gradually reduce emissions to ...