50 to 100%
measuring error if compensating superheated steam downstream of a pressure reducing valve by temperature only (mistaken as saturated steam)
Steam distribution with minimal energy loss is a key challenge when aiming for efficient utilities plant operations. From the boiler house to the points of end-use, poor lagging, malfunctioning steam traps, and inefficient cooling of superheated steam can diminish energy distribution effectiveness. Water hammer can cause wear to infrastructure. Therefore, dryness fraction must be constantly and accurately monitored for optimal steam quality. Our technologies help to optimize steam distribution.
From reducing the risk of water hammer, to ensuring efficient cooling of superheated steam, to checking that steam dryers and pressure reducing valves are functioning correctly, Endress+Hauser enables you to accurately measure and optimize steam distribution, including custody transfer. Our complete portfolio of 2-wire measurement and monitoring solutions will increase the availability of your steam supply and allow exact mass and energy balance for safe, efficient steam distribution.
Improve process efficiency with accurate energy distribution monitoring
Reduce corrosion risk with cooling water quality and amine consumption monitoring
Comply with international standards thanks to Endress+Hauser Heartbeat Technology
Balancing steam distribution and steam consumption systems requires a great deal of skill and know-how. Our extensive range of accurate and reliable metering, monitoring, and steam management products and services ensures complete transparency and efficient, safe steam distribution in compliance with energy and environmental management standards. Partner with us for integrated steam management solutions that unlock the maximum potential of your entire steam system.
energy consumption savings from comprehensive energy monitoring solutions
high measuring accuracy and operational safety over the entire life cycle of your steam system
of savings from sensors and solutions successfully applied in utilities
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