Growing need for high-pressure reliability as offshore and industrial fluid power demands intensify

Increasing operating pressures, harsh environments and the high cost of equipment failure are placing greater reliability demands on hydraulic and pneumatic systems across oil and gas and industrial operations. Haskel’s new whitepaper, High-Pressure Reliability in Upstream Oil & Gas Operations, examines these challenges within upstream oil and gas while highlighting reliability principles and fluid power technologies relevant to similarly demanding industrial applications As offshore developments move into deeper waters and more extreme operating environments, and industrial systems increasingly operate above 10,000 psi, organisations are under growing pressure to minimise downtime, reduce risk and ensure critical systems perform when needed most.

New whitepaper explores how dependable fluid power technology supports safer, more efficient operations across the oil an gas industry

According to the whitepaper, the financial and operational consequences of failure continue to rise. Deepwater and ultra-deepwater projects are growing in scale and complexity, while maintenance interventions can cost hundreds of thousands or even millions of dollars per day. As a result, fluid power systems are increasingly expected to deliver fail-safe operation, pressure stability, corrosion resistance and long service life. From emergency shutdown valves, wellhead control systems and blowout preventers to hydrostatic testing, bolt tensioning and accumulator charging, high-pressure fluid power technologies are fundamental to maintaining safe and efficient operations.

The whitepaper further identifies several engineering priorities shaping the future of fluid power, including:

• Long-term reliability in harsh operating environments
• Redundant and fail-safe system architectures
• Advanced sealing technologies and corrosion-resistant materials
• Digital monitoring and predictive maintenance capabilities
• Support for hydrogen and alternative energy applications
• Higher pressure ratings for next-generation infrastructure.