6 Practical Ways to Improve Facility Efficiency and Reduce Downtime
Improve facility efficiency and reduce downtime with six practical strategies, including equipment upgrades, preventive maintenance, process optimization, employee training, and shutdown planning.
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.
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.
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.
Heat Exchanger Helps Aloe Processor Improve Quality
Explore how a custom Enerquip heat exchanger improved aloe processing quality, reduced bacterial growth, and extended shelf life in tropical conditions.
Enerquip’s National CRN Speeds Up Delivery, Reduces Cost
Enerquip’s national CRN for 8” NPS heat exchangers speeds delivery, cuts approval delays, and lowers costs for most Canadian provinces.
How Often Should You Clean Your Shell and Tube Heat Exchanger?
Shell and tube heat exchanger operators must strike a balance between regular cleaning times and fouling accumulation.
How Pinch Analysis Can Unlock Energy Savings in Your Facility
Unlock energy savings with pinch analysis. Optimize heat exchangers, recover waste heat, and improve sustainability across your facility.
Preventing Cross Contamination in Shell and Tube Heat Exchangers
Discover how to prevent cross contamination in shell and tube heat exchangers with double tubesheets, stainless steel construction, and regular maintenance to safeguard product quality and plant performance.