Seth Hammack - Equilibar

Seth Hammack

Application Engineer

Seth in mountains

Seth Hammack, application engineer, enjoys working with customers to understand and solve complicated fluid control problems. “I’ve always liked being a problem solver,” he said. “My father has a masonry business and I worked with him growing up. My specialty was helping to fix equipment and find solutions to other issues. One of the reasons I wanted to go into engineering was because it’s a way to solve problems.”

Since joining Equilibar in the summer of 2022, Seth has been intrigued to learn all the different ways customers use Equilibar devices. “For such a simple concept, the Equilibar technology has an incredibly wide range of uses. So far, I think one of the most interesting applications to me is electrolysis because it’s on the forefront of engineering.”

Seth graduated from North Carolina State University with a degree in mechanical engineering. One of his academic interests was automotive combustion, including undergraduate research in fluid dynamics. This experience carries over into several of Equilibar’s applications, including some hydrogen energy processes.

Seth has deep roots in the North Carolina mountains, growing up in Alleghany County near the Virginia state line, where he was active in scouting and earned his Eagle Scout. He decided to live in the Asheville area because it offers outdoor activities as well as more urban attractions. He looks forward to exploring the many breweries in the area as well as the nearby forests and green spaces with his fiancée, who is an environmental educator.

In his spare time, Seth practices martial arts and enjoys traveling and exploring different types of food. His goal at work is to serve as an interface between design and applications, especially on custom valves, and to discover even more ways to use Equilibar devices.

Equilibar News
stainless steel valve with schematic

Equilibar for electrolysis: emergency shutdown valves

Electrolysis is the chemical process of using electricity to divide a molecule into its component parts. It plays a key role in hydrogen and other renewable energy technologies, which has led to increased exploration and activity in the field. Many electrolysis applications require extremely precise fluid control that can respond to changes almost immediately. The Read More

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