In a Hydrocarbon Engineering article, Emerson’s Andrew Smith looks at the sensors used to measure effluents in refinery wastewater. For those people responsible for compliance with EPA and other environmental regulations, it can seem like there are many hoops to jump...
In a Hydrocarbon Processing Executive Viewpoint column, How Digital transformation improves safety and reduces emissions, Emerson’s Marcelo Carugo looks at ways digital transformation can improve safety and emission performance.
The last few decades have seen major shake-ups in the oil and gas industry, and many are noticing the pattern repeating itself today. We’re weathering the downturn related to COVID-19, while at the same time looking at a world economy prioritizing reduced carbon use....
Emerson Phil Lever and Linda Hagerskans shared ways to solve level measurement challenges for chemical and petrochemical producers.
In a Control Engineering article, Emerson’s Andrew Cureton looks at several wireless protocols vying for greater adoption with industrial users. There is immense hype around 5G these days. It will change our lives, we hear - but will it be an improved solution for...
Emerson’s Seth Natala and Dan Cychosz show how to apply new engineering design tools when selecting a DP flow meter and other instrumentation. Anyone who has tried to troubleshoot an equipment problem might have wondered how a specific piece was selected in the first...
In a Hydrocarbon Engineering article, Emerson’s Amanda Alexander describes two ways to extend existing wireless networks for worker location and toxic gas monitoring. Emerson colleagues who were around back at the dawn of WirelessHART tell me the earliest deployments...
In Hydrocarbon Engineering’s Tanks & Terminals Supplement, Emerson’s Helena Hjortsberg looks at all the elements of a comprehensive overfill prevention system in her article, A Coordinated Strategy. Overfilling a tank storing hydrocarbons or other flammable...
In a Flow Control magazine article, Seven Digital Transformation Myths Exposed, Emerson’s Brian Joe offers advice on starting a digital transformation program. When we talk to companies about digital transformation, especially companies that have yet to launch a...
In a Chemical Engineering article, Emerson’s Nick Pinto offers strategies for improving tank farm safety with more effective gas release and flame detection In countless war movies, the heroes, whether in trenches or spaceships, have to stop the enemy advance at some...
NOx is probably the most ubiquitous combustion-created air pollutant since it can be generated by any process burning any fossil fuel, and it is tightly regulated by the U.S. EPA and other regulatory bodies around the world. Plants with relevant combustion processes,...
An ethylene plant has a number of very large, very critical compressors which will cause the entire plant to shutdown if they ever trip. The cracked gas compressor increases the entire cold-side feed from around 3 psig to ~475 psig, typically through 5 stages. The two refrigeration compressors are the next biggest compressors that can also shut down the entire plant if they trip.
We invite you to follow us on Facebook, LinkedIn, Twitter and YouTube to keep up to date on all the latest news, events and innovations to help you take on and solve your toughest challenges.
Please do, Just link back to the post and send us a quick note so we can share your work. Thanks!
Our Global Community
The opinions expressed here are the personal opinions of the authors. Content published here is not read or approved by Emerson before it is posted and does not necessarily represent the views and opinions of Emerson.