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Steam Methane Reformer

Stabilize steam methane reformer combustion, reduce variability, and gain control of energy costs.

Maintain Peak Reformer Performance for the Long Run

Energy consumption, safety risks, and temperature variability issues stemming from combustion inefficiency, process variability, and equipment degradation are constant concerns. With Emerson’s Steam Methane Reformer solution, you’ll enable your operators to effectively respond to changing conditions, keep your equipment from degrading and failing, and help stabilize your reformer’s performance—all of which contribute to significant cost savings and higher revenue for your operation.

Emerson Experts Blog

Tapping the Industrial Internet of Things to Streamline Chemical Operations

To stay competitive, the chemical industry is implementing advanced IIoT technologies that can improve decision-making and overall profitability.
Sep 18, 2017
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Aiding new chemical engineers on their path to learning the basics of process control

Emerson expert Lou Heavner discusses the concepts behind feedback controllers, advanced process control, batch processes, and safety systems.
Sep 18, 2017
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Optimizing energy use in multi-fuel boilers

A chemical plant saved more than a million dollars in energy costs by applying BTU-based control strategies to its multi-fuel boiler unit.
Sep 18, 2017
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