Tyne Pressure Testing is an established oil and gas pressure testing facility. We work with clients in the oil and gas sector to provide pressure testing on products including valves, electrical connectors, buoyancy modules and flexible pipeline samples.

We regularly carry out hydrostatic and nitrogen gas pressure testing of components to comply with API or ANSI standards. Leak testing using nitrogen or helium gas is conducted in our environmental testing bays.

If a client representative is required to be present during the testing procedure, our break out areas offer space to work whilst the product or component is being tested. If a client representative cannot travel to our facility, they can remotely log onto our IT system to stream live test data and video footage of their component being tested.

We work with clients in the oil and gas sector to test components including; valves, actuators, pods, cables, electrical connectors, pipe samples, pigging equipment, hydraulic cylinders, subsea harnesses/electrical jumpers, flanges, flexible pipeline samples, buoyancy modules, ball valves, subsea harnesses, umbilical, risers, electrical enclosure and saturation diver watches.

If you require pressure testing services for the oil and gas sector, speak to a member of our team.

Not sure which hyperbaric chamber is for you? Meet our hyperbaric chambers.

Benefits

  • Fast turnaround
  • Delivery
  • Security
  • Industry accredited
  • Full electronic report of all test data
  • API 6A, API 11 and API 17 compliance

Weā€™re qualified

Sectors

Case Studies

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Subsea Oil & Gas

Tyne Pressure Testing performed collapse testingĀ on multiple pipe samples to support Technip's subsea umbilicals, risers and flowlines (SURF) product lines.

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Subsea Oil & Gas

Tyne Pressure Testing performed hyperbaric ingress testing on a set of harnesses designed for a subsea environment within the oil and gas industry.

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Subsea Oil & Gas

Tyne Pressure Testing performed hyperbaric cycles to test a series of ball valves to ensure that they could withstand the extreme pressures and temperatures of a deep sea setting.

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