Fox Thermal Instruments

05/27/2026

Better energy data = better decisions.
If your plant is focused on efficiency, decarbonization, or ESG goals, accurate gas and steam flow measurement matters more than ever.
Our latest blog looks at how better flow data can help uncover losses, validate improvements, and support smarter energy strategies.
Read more: https://hubs.li/Q04j064W0

05/25/2026

05/22/2026

Rising energy costs don’t leave room for guesswork.
Measuring flow is one of the most effective ways to identify energy waste across compressed air, natural gas, steam, and process gas systems. Without accurate flow data, inefficiencies often stay hidden which drive up operating costs and reduce system performance.
Reliable flow measurement gives facilities the insight they need to:
✔ Identify leaks and losses
✔ Optimize energy usage
✔ Support efficiency and sustainability initiatives

Better data leads to better decisions and better energy performance.
👉 Learn how accurate flow measurement supports energy optimization: https://hubs.li/Q04hHTzc0

05/12/2026

A single flare stack can see many gas scenarios over its lifetime.
From steady-state operation to transient events, flare and vent gas composition in oil & gas facilities is rarely static.
That’s why Fox Thermal highlights flare gas monitoring as a key oil & gas application—especially where measurement supports environmental compliance and operational accountability.
When flow measurement is built around how gases actually behave, operators gain clearer insight into what’s moving through the system—not just when it’s convenient to measure.
Explore more about oil and gas flow meter applications at the link below.
https://bit.ly/4nmXqnb

05/05/2026

Steam flow measurement works best when your meter matches your steam condition.

In facilities, “steam” can mean saturated steam, superheated steam, or a wet steam/condensate mix—and each condition impacts accuracy differently.
Fox Thermal’s multivariable vortex shedding meters are designed for steam applications, including saturated and superheated steam.

Choose the installation style that fits your site constraints:

🌟VF3 (insertion): install without shutting down the process (hot tap models).
🌟VF4 (inline): a traditional spool-piece flow body with process connection options (reduced bore available).

With the built-in flow computer, VF3 and VF4 can output key process variables like mass flow, volumetric flow, temperature, pressure, density, and energy (BTU)—so your steam data is more actionable for efficiency and performance tracking.

👉Explore vortex shedding flow meters from Fox Thermal: https://bit.ly/4tefK36

05/01/2026

By adding the VF3 and VF4 vortex shedding flow meters to our product line, Fox Thermal can support customers across even more flow measurement applications for gas, liquid, and steam.

This expanded offering helps industrial teams match the right technology to a wider range of processes while maintaining the reliable performance they expect from Fox Thermal.

See how the vortex shedding flow meters from Fox Thermal are helping us serve more use cases across industries.
👉 Learn more.

https://bit.ly/4ulHBzd

04/23/2026

Methane policy may be uncertain. Your flow data shouldn’t be.

See how thermal mass flow meters turn estimates into defensible methane numbers—and why operators are upgrading measurement now to get ahead of potential methane fees, strengthen ESG reporting, and uncover avoidable gas losses before they become costly.

👉Read the blog article: https://bit.ly/4d2U0SI

04/20/2026

At Fox Thermal, collaboration goes beyond our day-to-day work. 💡

Recently, employees from across different departments came together for a team-building experience focused on learning, creativity, and connection. Working side-by-side on hands-on activities gave our teams the chance to share ideas, learn from one another, and build stronger relationships outside their usual roles.

It’s moments like these that strengthen our culture and remind us that our greatest innovation starts with our people.

04/05/2026

Wishing all the engineers, operators, and plant teams an egg-stra safe and efficient Easter weekend 🐣. We know your processes don’t take holidays, so here’s to smooth flows, reliable data, and zero downtime. How are you keeping your operations “eggs-actly” on track while your team enjoys the break?

03/25/2026

What if a 5–10% error in your flow readings quietly diverted tens of thousands of dollars from your fuel budget every year?

If your facility spends $400,000 annually on fuel, a 5% drift in flow meter accuracy means your reported usage could be off by $20,000. At 10% drift, that gap jumps to $40,000 between what the meter says and what is actually flowing through the pipe.

When a flow meter’s calibration drifts, it no longer performs according to its original accuracy spec, and the level of error in your readings increases over time. That uncertainty can hide wasted fuel, undermine burner tuning, and distort the data you rely on for process optimization and reporting.

Fox Thermal’s thermal gas mass flow meters provide direct mass flow measurement with no moving parts and no separate temperature or pressure compensation required—helping deliver accurate, repeatable gas flow data you can trust. Calibrations are performed with traceable standards at the factory. In addition, calibration validation diagnostics give you accuracy confidence in the field when you need it.

Learn how to interpret accuracy specs like “% of reading” and “% of full scale” so you know exactly what those percentages mean for your bottom line:
Understanding Flow Meter Accuracy Specs → https://bit.ly/3PLfTwN