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Reduce that process gas overpressure – and do it safely

Does your oil & gas processing facility include risk scenarios involving overheating due to fire, exothermic or runaway process reactions? Are you concerned that your process vessel metal temperatures can reach a level where stress ruptur can occur? Do you need more risk reduction than what a pressure relief valve can provide to depressurize your process vessel? If the answer is yes, please read further.

Fugitive emission control creates site efficiency

From end-user point of view, perhaps even more important than the selected standards and simple compliance with ever-tightening environmental regulations, are the other benefits provided by the low fugitive emission valve designs.

Optimizing valve maintenance using condition analysis

Typically in shutdown situation the amount of valves to be maintained is limited in order to meet maintenance budget. Valve maintenance can be optimized by using condition analysis to focus maintenance actions to only devices needing attention.

Understandable valve diagnostics

Digital valve controllers can provide diagnostic data about the valve assembly. But how many users can correctly interpret the data they get?

Nelprof™ helps select a pump for optimum control valve pressure drop

Our guest writer Jon F. Monsen shows how an analysis using our control valve sizing and selection software’s unique ability to graph the installed gain of a control valve can be helpful in selecting the optimum pump for a balance of good controllability and minimum energy use.

3 steps to assure your plant is safe with ESD valves

An emergency shutdown (ESD) valve is part of a safety instrumented system (SIS) and normally refers to all types of safety system valves. Much confusion still exists when it comes to what should be considered with these valves to make a plant safe.

Control valves for feedstock, dilution steam and fuel to furnaces

This is Part 2 of our series of three posts on valve selection for ethylene cracking. An ethylene steam cracker can accept a variety of feedstock.

Flow control solutions for ethylene cracker furnaces

This is Part 1 of our series of three posts on valve selection for ethylene cracking. Ethylene is a basic building block in the chemical industry, and is the link between chemical companies and petroleum refiners. An ethylene plant, also well known as a steam cracker, is often and correctly called an olefin plant because of the fact that the end products are primarily olefins, mainly ethylene, propylene and butadiene.

Digital business ecosystems to boost pulp and papermaking projects and processes

Digitalization is a hot topic in the pulp and paper industry as well as among the suppliers to this industry. What does digitalization mean in practice? What kind of opportunities does it provide?

Network your way to better business

An expert article on utilizing the possibilities of Industrial Internet of Things (IIoT). Focus on bioproducts, such as pulp...