Temperature Control
Fouling of heat exchangers requires excess energy to achieve the same amount of production from the exchanger.
Excess fouling can lead to unexpected shutdowns or production bottlenecks.
Excess fouling can lead to unexpected shutdowns or production bottlenecks.
Heat exchanger monitoring with the addition of Emerson Rosemount™ temperature technologies shifts manual temperature measurements online. Having live access to accurate exchanger temperature profiles allows operators to know when cleaning is required.
DeltaV™ harnesses today’s predictive technologies in an easy, intuitive, and interoperable way to connect your people, processes and production. Use DeltaV™ to avoid unplanned shutdowns and eliminate mundane practices that chip away at profits. Built with Emerson AMS included, all of your device diagnostics will be right at your fingertips in the control room and maintenance shop. Additionally, this system easily integrates with your enterprise planning systems and personal communications devices.
Saturated steam is much more effective for heat transfer and is often conditioned in the main process lines to be slightly superheated. The amount of energy available for release during the phase change from vapour to liquid is tied to the specific pressure and temperature of the process.
Our desuperheating solutions provide a means of controlling to a temperature set point with variable loads such as separate or combined pressure and temperature control. By conditioning the steam, the efficiency of thermal transfer to heat exchangers is improved.
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