A Stable Desuperheater Is Super Profitable! Tightening control around Set Point will improve the performance and profitability of most every production process. This is especially true of desuperheater processes that are used by power companies to reduce variability in the temperature of steam that is sent to a plant’s turbines. Oscillations in the process can result in damage to the turbines, cause leaks, and affect heat rate. To address their challenge, this company sought a software solution that could handle the dynamics of a desuperheater. They found LOOP-PRO with its ability to accurately model transitional and oscillatory process data. By tightening and stabilizing control over their desuperheater process, this power company successfully improved their overall heat rate while bot

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