Industrial gases rarely receive much attention until something depends on them. Behind many of today’s hospitals, aerospace facilities, food production plants, laboratories, and advanced manufacturing operations are complex gas systems that quietly support essential processes every day. As those operations become more sophisticated, so do the engineering decisions required to keep them operating safely and efficiently.
Jef Frick, founder of Safe Gas Systems, believes those decisions should never be viewed in isolation. From his perspective, gas supply, piping, detection, controls, ventilation, and long-term facility planning are interconnected parts of the same system. That philosophy has shaped Safe Gas Systems since its founding in 2014 and continues to influence how the company approaches projects across a wide range of industries.
Safe Gas Systems provides engineering, consulting, installation, inspection, maintenance, gas detection, controls, cryogenic systems, and training for facilities using compressed gases and cryogenic fluids. The company works with industries including aerospace, healthcare, food and beverage production, laboratories, manufacturing, and other industrial environments where gas systems are integral to daily operations.
Frick traces the company’s origins to his years in the industrial gas distribution sector, where, according to him, customers routinely needed technical guidance that extended far beyond supplying gas itself. He recalls seeing projects that required long-term planning around piping systems, gas detection, ventilation, controls, compliance, and facility operations, yet those responsibilities often fell between multiple organizations. From his perspective, that disconnect revealed an opportunity to provide a more integrated approach.
“We kept seeing projects where people had excellent equipment, but no one was looking at how the entire system functioned together,” Frick says. “Gas supply, piping, detection, ventilation, controls, maintenance, and emergency response all influence one another. Looking at only one piece doesn’t necessarily tell you whether the overall system is operating safely.”
According to Frick, many projects involve multiple stakeholders, including owners, architects, consulting engineers, contractors, equipment manufacturers, and gas suppliers. Each contributes specialized expertise, yet industrial gas systems often require decisions that extend across several disciplines simultaneously. Safe Gas Systems frequently works alongside those teams to help evaluate how gas infrastructure interacts with facility design, operating procedures, and future expansion plans.
That collaborative approach has taken the company into projects across a wide range of industries. Frick says one day may involve supporting a hospital’s medical gas infrastructure, while the next may focus on cryogenic systems inside an aerospace manufacturing facility or gas distribution for a food processing operation. Although the applications differ, he believes the underlying engineering principles remain remarkably consistent because every project depends on understanding how gases behave within a specific environment.
According to Frick, many of the company’s projects begin before a facility is fully operational, when design decisions still have the greatest opportunity to influence long-term performance. “Rather than focusing on a single piece of equipment, our team evaluates airflow, gas detection, ventilation, maintenance access, and emergency response as interconnected parts of the same system,” he explains. “Resolving those questions during the planning stage often helps facilities avoid more complicated modifications after construction is complete.”
One area where Frick believes the industry has evolved is the growing recognition that gas systems and gas detection should be considered together rather than as separate disciplines. He notes that detection equipment is most effective when its placement reflects how a particular gas will actually move through a building under real operating conditions. “A sensor is only one part of the solution,” Frick says. “Understanding how gases behave inside that specific facility is what determines whether the detection strategy will perform as intended.”
That philosophy also shapes Frick’s work beyond Safe Gas Systems. He serves on the technical committee responsible for NFPA 55, the National Fire Protection Association code governing compressed gases and cryogenic fluids. According to Frick, participating in code development allows lessons learned from field experience to contribute to industry guidance that can improve facility design and safety practices across a broader range of projects.
Education has become another important part of the company’s work. Frick believes many organizations encounter industrial gas systems only when expanding operations or introducing new manufacturing processes. As a result, owners, contractors, architects, and engineers may not regularly work with the specialized considerations associated with compressed gases and cryogenic fluids. He says sharing practical knowledge early in a project’s development often helps teams make more informed engineering decisions while supporting long-term operational reliability.
Nearly five decades after beginning his career in the industrial gas industry, Frick says the diversity of applications continues to make the work both challenging and rewarding. From aerospace manufacturing and healthcare facilities to food production, scientific research, and emerging technologies, he sees industrial gases becoming increasingly embedded within modern infrastructure.
“As long as industries continue finding new ways to use industrial gases, there will always be opportunities to improve how facilities plan, operate, and protect those systems,” Frick says. “Every project teaches something new, and those lessons ultimately help create safer environments for the people who depend on these facilities every day.”
