Tony Tang - Precision Back Pressure Regulators and more

Tony Tang

Engineering Manager

Zero Flow Patent

As Engineering Manager, Tony Tang’s responsibilities include design, quality system management, and broad-based consultation and support. Tony works closely with clients to understand their challenges and develop the best solution for their applications while ensuring quality product delivery. He is a member of Equilibar’s tactical leadership team.

“Typically, I gravitate to research applications where the user’s end goal is something unique and new to an industry or process,” he says. “I’m intrigued by how clients in all sorts of research backgrounds find clever ways to use Equilibar technology.”

Tony has eight years of experience at Equilibar and is one of the inventors named on the Zero Flow back pressure regulator patent. He is a knowledgeable resource for process control design and has a natural talent for managing large projects without missing the small details. His calm approach helps keep everyone productive. “I believe it’s important to try not to get frustrated with problems because the majority of our job here at Equilibar is trying to solve problems to get the client a solution.”

Away from work, Tony is active in multiple outdoor activities including rock climbing and mountain biking. He is involved with several conservation organizations in the region.

Tony’s areas of interest include catalysis, fuel cell technology, and core analysis. He earned B.S. and M.S. degrees in Mechanical Engineering from North Carolina State University.

Equilibar News

schematic of simple open loop level control with Equilibar back pressure regulator and EPR 3000

Equilibar Technology: A Good Choice for Complex Level Control

While Equilibar technology is known as the gold standard for back pressure control, its unique qualities offer advantages for complex level control applications as well. Using an Equilibar unit for level control could be a good choice in circumstances where there is a wide range of flow rates, varying flow coefficients, varying downstream pressure or Read More

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