Zero-Emission Valves: From Managing Leaks to Elimination
Zero-Emission Valves: From Managing Leaks to Elimination Summary For decades, industrial valve performance has been shaped by a single underlying assumption: leaks are inevitable. Across oil and gas, LNG, hydrogen, and other industrial systems, operators have built processes around detecting leaks, repairing them, and repeating the cycle as components degrade over time. Technologies have improved. […]
The End of Leak Management
The End of Leak Management Summary Until recently, leak detection and repair (LDAR) programs served as the primary strategy for controlling fugitive emissions at oil and gas facilities, petrochemical plants, and other industrial settings. As technologies have improved, operators have access to better tools to detect leaks, prioritize repairs, and maintain facilities. But while detection […]
Preventing Fugitive Emissions by Design
For decades, fugitive emissions management in industrial facilities followed a familiar cycle: detect leaks, repair them, and repeat the process as new leaks appear.
Why Most Fugitive Emissions Start at the Valve Stem
Why Most Fugitive Emissions Start at the Valve Stem The Leak Path Built Into Traditional Valves—and How Operators Can Finally Remove It Operators across oil and gas, hydrogen, LNG, petrochemical, and other industrial processing sectors know that fugitive emissions aren’t just a regulatory burden; they’re a persistent operational challenge with real cost, safety, and reputational […]
Verified Zero-Emissions Performance
Zero-emission performance isn’t a claim. It’s a result of engineering design that removes leak paths entirely through magnetically actuated valves (MAVs), validated against the most demanding standards in the world.
Magnetically Actuated Valves (MAVs) for Zero-Emission Performance
Magnetically Actuated Valves (MAVs) deliver zero emissions by design, eliminating seals—the largest source of valve emissions—across energy, LNG, hydrogen, and aerospace.
Cryogenic Valves Are Powering a Zero-Emission Future
Cryogenic Valves Are Powering a Zero-Emission Future Cryogenic Valves Are Powering a Zero-Emission Future Global demand for cryogenic valves is surging — and the reason goes far beyond temperature. According to a recent report, the Cryogenic Valve Assembly Market is projected to reach $6.76 billion by 2029, growing at an annual rate of 8.4%. That […]
MagDrive Technologies Wins NASA Contract
The E-Drive aims to deliver zero-emission cryogenic valve operation, enabling precise flow control, miniaturization, and enhanced reliability in extreme aerospace environments.
Magnetically Actuated Valves in Hydrogen
Magnetically Actuated Valves in Hydrogen Storage and Transportation A Solution to Leaking Hydrogen Valves? Hydrogen is being promoted as a potential “bridge fuel” to a more sustainable future because it can be produced from a wide variety of resources and has the potential to be a zero-emission fuel. When hydrogen is burned, it produces only […]
MagDrive Partners with Williams Valve Corp to Introduce Industry’s First Magnetically Actuated Zero-Emission Valves
MagDrive Partners with Williams Valve Corp to Introduce Industry’s First Magnetically Actuated Zero-Emission Valves MagDrive Technologies, a global leader in magnetically actuated valve technology, is excited to announce a strategic licensing partnership with Williams Valve Corp, manufacturer of Naval and Industrial valves. This collaboration will bring MagDrive’s revolutionary zero-emission valve technology to Williams Valve’s extensive […]