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Standardizing Fluid System Components for Oil and Gas Construction Projects
Three Reasons to Standardize Fluid System Components in Major Oil and Gas Construction Projects Any large-scale oil and gas construction project presents some inherent difficulties. Thousands of people are involved, competition is aggressive, logistics are complicated, spending approvals can come s...
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Selecting Pressure Regulator Types by Application
Choosing the Right Type of Pressure Regulator for Your Application If you manage an industrial fluid system, you know that maintaining precise process conditions is often an operational imperative. Pressure represents one of your most important conditions, and maintaining desired pressure levels re...
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Sample Cylinder Maintenance FAQ: What You Should Know
FAQ: What You Should Know About Sample Cylinder Maintenance Tristian McCallion, custom solutions manager, Swagelok Edmonton In any industrial environment where grab sampling is a part of regular operations, keeping your sample cylinders in safe working condition is a necessity. Damaged or malfunct...
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Reducing Fluid System Leaks in Your Facility
Reducing Costly Fluid System Leaks and Emissions Sean Hunsicker, Business Development Manager - Global Sales It’s easy to become accustomed to certain sounds, sights, and other ambient environmental conditions of a chemical processing, oil and gas, or other industrial process facility. Walking acr...
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Analyzing Your Sampling Needs
Grab Sampling vs. Online Analyzers: Which is Right for You? Sampling is a necessity for all kinds of industrial facilities—and there are two main options of how operators can effectively do it. The traditional method of grab sampling —also called spot sampling, field sampling, or just sampling—has...
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Semiconductor Manufacturing: Why Fast Support Matters
How Local Support Can Reduce Costs for Semiconductor Fabricators Consider a potentially grim scenario for any semiconductor fabricator: a pneumatic valve failure. While it might sound mundane to an outsider, this valve helps enable the supply of critical chemistry to an important tool that is expec...
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How to Flatten a Regulator Flow Curve to Reduce Droop
How to Flatten a Regulator Flow Curve to Reduce Droop Jon Kestner Consistent pressure control is essential to the safe operation of industrial fluid systems. Maintaining a reliable downstream pressure with a regulator can help minimize flow rate changes, especially in a high-flow system. However, ...
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IOGP Specification Update for Small-Bore Fittings
How the Latest IOGP Small-Bore Tubing and Fittings Specification Enhances Safety for Oil and Gas Producers Safety is the top priority for many oil and gas producers around the world—so when the industry makes a significant move toward safer fluid system operation, everyone should take notice. In M...
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Introduction to Gas Distribution
Gas Distribution Systems The principal aim of this document is to explore and highlight factors that mostdirectly impact the design, operation, and maintenance of industrial grade gasdistribution systems. We examine how and why GDSs often represent a rich opportunity for operationalimprovement. Fo...
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How to Test a Regulator to Verify Performance
Why Safe Industrial Pressure Regulator Performance Requires Rigorous Testing Back-pressure regulators and pressure-reducing regulators are used in a wide variety of industrial environments around the world. They must often provide uncompromising performance in harsh conditions, from high temperatur...