Training Introduction
Heat exchangers remain essential, high‑value components in modern processing industries, yet they often operate under demanding and unpredictable conditions. Shifting process requirements, evolving environmental regulations, and complex fluid behaviors can lead to severe fouling, excessive pressure drops, and damaging tube vibrations. While reducing initial CAPEX is important, selecting unsuitable or overly specialized equipment without considering long‑term reliability can significantly increase OPEX throughout the plant lifecycle.
This comprehensive heat exchanger training course integrates core thermal design principles with the latest global advancements in heat exchanger technologies. Participants will explore modern fouling mitigation solutions, advanced mechanical integrity practices, and practical engineering strategies that support long‑term operational reliability. Through real industrial case studies and hands‑on examples, attendees will learn how to balance design trade‑offs, optimize thermal performance, and strengthen maintenance decision‑making. This approach ensures facilities can reduce failure risks, enhance efficiency, and avoid costly unplanned downtime.
Key Focus Areas of This Course
- Comprehensive criteria for selecting specialized heat exchanger configurations
- Advanced thermal sizing, rating techniques, and API 660 compliance
- Modern fouling mitigation methods and innovative tube insert technologies
- Fluid‑induced tube vibration analysis and operational control strategies
- Fitness‑for‑Service (FFS API 579) evaluation and cost‑effective maintenance practices
