Heat Exchanger Startup and Shutdown Procedures
Step-by-step shell and tube heat exchanger startup and shutdown procedures, including thermal shock prevention, CIP cycle management, and checklists for safe, controlled operation.
Heat Exchanger Installation Best Practices
Learn heat exchanger installation best practices, including clearance, piping, thermal expansion, drainage, and support recommendations.
Vacuum Breakers 101: Small Device, Big Impact on Heat Exchangers
Learn how a vacuum breaker protects shell and tube heat exchangers from vacuum damage, water hammer, and poor performance, plus installation tips and kit details.
ASME Code vs. ASTM Code: What’s The Difference?
Understand the difference between ASME and ASTM codes for industrial and sanitary equipment, and learn how they work together to ensure safety, material quality, and compliance.
Bayonet Immersion Heaters: What They Are & How They Work
Learn what bayonet immersion heaters are, how they work, and why their tube bundle design makes them an efficient, low-maintenance solution for tank heating applications.
Standards for Sanitary & High-Purity Processing Equipment
Learn how sanitary and high-purity processing equipment standards like 3-A, ASME-BPE, TEMA, and ASME ensure safety, compliance, and product quality.
Understanding Shell and Tube Heat Exchangers: How They Work and Where They’re Used
Learn how shell and tube heat exchangers work, including their components, benefits, and applications across industrial and sanitary industries.
Unlocking Energy Savings: How to Leverage Economizers and Waste Heat Recovery Units
Stop losing energy up the stack. Discover how stack economizers and waste heat recovery units turn waste heat into usable energy.
Heat Exchanger Material Guide: Factors That Impact Performance and Lifespan
Not sure which heat exchanger material to choose? This guide explains how alloy selection impacts performance, maintenance, and long-term value.
What Is Thermal Shock vs. Thermal Fatigue (and How to Prevent Both)?
Learn the difference between thermal shock and thermal fatigue, how each affects heat exchangers and thermal process equipment, and how to reduce leaks, cracking, and unplanned maintenance.