Insights from Chris Singley, Process Engineering Department Manager
Heat exchange systems are critical to process performance, but according to Chris Singley, many of the biggest challenges are not rooted in complexity. They stem from overlooked fundamentals.
Where Performance Breaks Down
One of the most common issues Chris encounters is fouling within heat transfer equipment. As buildup accumulates, it restricts flow and increases pressure drop, ultimately reducing system performance.
The challenge is that fouling develops gradually, making it easy to overlook during day-to-day operations until efficiency losses become measurable.
Designing for Performance, Cost, and Reliability
When evaluating or designing a heat exchange system, Chris emphasizes starting with the required duty, specifically flow rates and inlet and outlet temperatures. Just as important is understanding how clean or dirty the service is, as this directly impacts equipment selection and maintenance expectations.
From there, the focus shifts to utilities and whether they can support the required duty. Space constraints then come into play, often influencing equipment type, layout, or orientation.
In tight footprints, Chris notes, you are sometimes forced into less-than-ideal designs. That can increase upfront costs, drive more maintenance, and ultimately impact long-term reliability.
Misconceptions That Limit Outcomes
A common misconception Chris sees is the belief that there are limited design or equipment options available. This often comes from stakeholders outside of process engineering, and it can unintentionally narrow the scope of solutions early in a project.
In reality, multiple design paths are typically available, each with different trade-offs that should be evaluated before decisions are locked in.
Unlocking Efficiency Through Heat Recovery
Beyond initial design, Chris highlights the importance of stepping back and reviewing the system as a whole. In many cases, there are opportunities to recover heat within existing processes, reducing overall utility demand and improving efficiency without major system overhauls.
Strong heat exchange design is not just about meeting process requirements. It is about understanding system behavior over time, navigating real-world constraints, and identifying opportunities to improve performance where others may not be looking.
Need support with process engineering or heat exchange systems? Contact Allied Engineering + Design today to discuss your project and discover how our team can optimize your operations.
