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How to Fix Common Grab Sampling Deficiencies Danny Van Den Burg, Regional Area Manager, Field Engineering (EMEA) Grab sampling is a critical function in many industrial fluid systems and building best practices with respect to the sampling process helps operators achieve quality results in a safe ...

Industrial Valves 101: Basic Functions and Types of Valves Small-bore fluid systems play an important role in keeping industrial companies operating productively around the world, and valves play an important role in the function of these systems. There are many types of valves that control f...

API 682 and You: Building Better Mechanical Seal Support Systems Sean Hunsicker, Market Manager, Chemical & Refining Market Mechanical seals became the dominant sealing technology in refineries and chemical plants in the 1980s, causing the American Petroleum Institute (API) to establish a committe...

Better by Design: Swagelok Seal Support Systems Swagelok leverages deep fluid system expertise to design and construct simple-to-configure, easy-to-maintain,and safe-to-operate seal support systems. If you are tasked with keeping rotating equipmentonline and operating efficiently, you will find tha...

Fluid System Filters Explained: Why They’re Critical for Reliable Operations Contaminants can wreak havoc on industrial fluid systems. Unwanted particles can damage critical components, interfere with accurate sampling and analyzing, throw products off-spec, and cause other downstream problems. ...

Steam Heat Exchangers and Tracing Systems: Best Practices for Design Engineers Alex Chu, Industrial Steam System SME, Swagelok Field Engineering Designing a proper steam heat exchanger or steam heat tracing system first requires a full understanding of the operational characteristics where the sys...

4 Strategies to Maximize Industrial Fluid System Efficiencies Cory Cottrill You have a lot of responsibilities—running your plant safely and efficiently, maximizing throughput, reducing costs, and avoiding downtime. Like most plant managers and engineers, you may not have all the resources you nee...

Sample Probe Modules & More Ways to Simplify Sampling with Standard Subsystems Standard pre-engineered subsystems can bring efficiency to an operation by simplifying the design of fluid sampling and control systems. Using standard systems has the added benefit of significantly reducing installation...

API Plan 65A monitors leakage in a single seal arrangement. Connected to the drain port on the gland, a reservoir collects normal leakage and is constantly open to drain. In the event of a seal failure, an orifice fitting on the outlet of the system allows a level transmitter to trigger an alarm due...

API Plan 65B monitors leakage in a single seal arrangement. Connected to the drain port on the gland, a reservoir is allowed to collect normal leakage. A level transmitter on the reservoir triggers an alarm in the event of excessive leakage. A valve on the outlet side of the reservoir is typically l...