Heat Trace Design
When freezing pipes, off-spec process temperatures, or equipment damage are off the table, the heat trace system has to be engineered for your conditions — not picked off a generic catalog. TriNova designs heat trace systems sized around your process, piping, environment, and insulation, using purpose-built design software and industry recognized engineering standards.
How TriNova performs Heat Trace Design
Our specialists evaluate process requirements, piping layouts, environmental conditions, and insulation characteristics to determine the appropriate heat trace cable types, power requirements, and control strategies for your application. We then use a purpose-built design software tool to engineer the system to industry recognized engineering standards — running heat loss calculations, planning circuits, and configuring control strategy with the documentation needed to move into procurement and installation.
The result is a heat trace system specified to perform in your conditions from day one, with the documentation your project, procurement, and reliability teams all need to move forward.
- Process requirement and piping layout evaluation
- Environmental condition and insulation characteristic assessment
- Heat trace cable type, power requirement, and control strategy selection
- Heat loss calculations and circuit planning using design software
- Control system configuration to industry recognized engineering standards
- Complete documentation package to support installation and procurement
The Outcome
What Heat Trace Design delivers
A system engineered for your conditions
Not "any heat trace will do" — a system designed around your piping, your process, your environmental conditions, and your insulation. The measurement starts with a design that fits the application, not a design that fits the catalog.
Cable, power, and controls correctly sized
Cable selection, power requirements, and control strategy are determined from heat loss calculations and design-software output — not estimated, not approximated. You get a system specified with the right cable in the right places at the right wattage.
Built to industry-recognized engineering standards
Design work follows industry-recognized engineering standards, run through our design software tool. Your project, your procurement, and your reliability program all get a system specified the same way every time — defensible and consistent.
Documentation ready for installation and procurement
You receive a complete design package — heat loss calculations, circuit plan, control configuration, equipment specification, and installation documentation — built to support procurement, installation, and FERC winterization compliance from the same source.
When to engage design support
Common reasons facilities request Heat Trace Design
- New process unit, capital project, or expansion requires a heat trace system for freeze protection or process temperature maintenance
- Existing heat trace system is underperforming due to undersized or misapplied design
- Project or procurement team needs design support before specifying or ordering heat trace equipment
- Recovering from a heat trace design that no longer matches the process or environment
- FERC winterization or compliance documentation requires a properly engineered heat trace system
Heat Trace Design FAQs
When should we engage you for design rather than just buying from a vendor? Vendors specify their equipment well. The harder questions are whether the cable type, wattage, control strategy, and circuit layout are right for your piping, your insulation, and your environmental conditions — and whether the design holds up to industry-recognized engineering standards. That's the work TriNova does — independent application engineering, run through design software, with your project's specific conditions in the calculations.
What design software do you use, and what standards do you follow? We use a purpose-built heat trace design software tool to run heat loss calculations, plan circuits, and configure control strategy — all to industry-recognized engineering standards. The output is a defensible design package, not a back-of-the-envelope estimate.
What deliverables do we receive at the end of the design phase? A complete design package — heat loss calculations, circuit plan, cable and component specification, control configuration, and installation documentation. Built to support procurement, installation, your reliability program, and any FERC winterization compliance documentation you maintain.