» Free webinars

February 22, 2023 | 8:30 PM CST (UTC -6:00)

Getting Started: Building Your First Case in Xist^® provides an overview of the program's user interface and basic functionality. It also demonstrates the specification of an exchanger design in Xist using the information in a TEMA Spec Sheet. This session is targeted toward time zones in Asia. Registration deadline is February 20, 2023.

Register now

March 8, 2023 | 8:30 PM CST (UTC -6:00)

Getting Started: Building Your First Case in Xace^® provides an overview of the program's user interface and basic functionality. It also demonstrates the specification of an exchanger design in Xace using the information in an API 661 Spec Sheet. This session is targeted toward time zones in Asia. Registration deadline is March 6, 2023.

Register now

» Utilize the power of computational fluid dynamics

CFD analysis is one of the most successful and comprehensive methods of simulating heat exchanger performance. HTRI uses CFD simulation in research and contract projects to help customers worldwide improve heat exchanger performance. Our ongoing experimental research provides physical insights and validation data that contribute to developing effective CFD studies.

Visit our CFD webpage to read case studies, articles, and more! Click the Discuss a project link to start a conversation on how our CFD insights can help you.

Visit CFD page

» Training – short courses and workshops

Increase your effectiveness using HTRI technology and software by joining us for HTRI Training - Europe in Florence, Italy on March 21 – 23, 2023. This three-day training event features

Xist Workshop
Condensers Short Course
Xace Workshop

Registration deadline is March 6, 2023.

Register now

» Did you know?

The atmosphere is a complicated heat exchanger of sorts, operating at high Reynolds numbers and driven by temperature differences. It has a mass over 5(1018) kg. Measurements atop a mountain in Hawaii indicate increases of about one part per million per year by volume (ppmv) of CO2, with the concentration now exceeding 400 ppmv. CO2 is transparent to incoming solar radiation but opaque to outgoing radiation, so it acts like a blanket and warms the earth.

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