Client Saudi Aramco – Petrochemical Facility, Middle East
Sector Oil & Gas – Petrochemical Processing
Project Overview
As one of the world’s largest energy producers, Saudi Aramco operates petrochemical plants that demand high-performance, precision-engineered systems to ensure safe and continuous operations. Pacific Hoseflex was engaged to supply specialised high-pressure hosing systems to a major petrochemical facility. The project required materials with outstanding chemical resistance, mechanical strength, and long-term durability in a highly corrosive, high-pressure operating environment.
Our Scope
Pacific Hoseflex’s skilled technicians supplied a complete high-pressure fluid transfer solution featuring:
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PTFE Hoses
Designed for maximum chemical resistance and pressure tolerance, PTFE teflon hoses are ideal for transferring aggressive fluids safely and reliably in demanding processing environments. -
Vitalflex® Stainless Steel Hoses
Flexible, corrugated stainless steel hose assemblies offering excellent mechanical strength, vibration resistance, and long-term reliability under pressure.
Challenges
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Ensuring system integrity under high pressure and chemical exposure, with no tolerance for leakage or failure.
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Meeting stringent Aramco safety, quality, and performance standards.
Outcome
Pacific Hoseflex delivered:
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Safe and reliable fluid transfer, with hoses capable of withstanding extreme chemical and pressure demands.
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Long-lasting system performance, reducing downtime and maintenance requirements.
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Seamless on-site installation by experienced technicians, ensuring full compliance with operational and safety protocols.
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A trusted, engineered solution that supports critical petrochemical processing applications.
Why Pacific Hoseflex?
With global experience in high-pressure and corrosive fluid systems, Pacific Hoseflex was a natural fit for the Saudi Aramco project. Our ability to engineer, manufacture and supply PTFE and stainless steel hose systems to exacting standards ensures safe, efficient, and long-term performance in the world’s most demanding industrial environments.
