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Uninterrupted Supplied Breathing Air Delivery Systems for critical path Turnaround applications

Successfully supported massive high volume of uninterrupted breathing air supply projects at peak Turnarounds in red zone areas across Middle East.

Challenge:

Ensure a consistent source of breathing air supply for the end user and eliminate work interruptions caused by breathing air refi­lling.

Solution:

Different con­figurations of “­fill-on-the ‑fly” breathing air supply. State-of-the-art air compression for high-volume air. QA/QC and Dispatch System to manage equipment.

Result:

Positively impacted productivity and user confi­dence on equipment during peak Turnarounds  in red zone areas.

Solved challenges of operating in sour gas fields with a Vehicle Gas Protection System

See how United Safety developed the Air Qruise™ Trooper to provide protection for personnel working or transiting through potentially toxic environments, and ensure their safe evacuation in the event of a toxic gas release.

Enhanced shutdown safety standards in a Processing Plant in Iraq

Discover how United Safety’s highly qualified personnel deployed innovative breathing air and gas
detection equipment, and extensively trained the local workforce to improve shutdown safety in a plan in Iraq.

Increased efficiency and safety with integrated services for a GTL operator in Qatar

A GTL operator had difficulties managing multiple safety service providers and faced safety equipment availability issues. United Safety acted as sole provider of an array of safety services to help them solve logistical challenges.

Provided breathing air for remote drilling sites without increasing costs or causing delays.

Improved packaging, transportation and delivery of compressed air systems to reach remote drilling sites in the U.S. without increasing operating costs or causing project delays.

Providing high volume breathing air for a large workforce

United Safety provided high volume breathing air delivery for 60 users over 35 days using a combination of low pressure continuous flow and high pressure breathing air systems.

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