How we do it
These two distinct, but mutually supporting hyperbaric services provide six hyperbaric chambers ranging in length, internal diameter and pressure rating to cover a broad spectrum of customer testing, certification and research requirements.
The first facility, designated a National centre by UK government is dedicated to research, drawing on the University’s expertise across faculties from geosciences and evolutionary biology, to engineering and sustainability.
Hyperbaric Test and Certification
The second centre is commercially focussed, delivering hyperbaric test and certification services backed by 20 years’ experience gained from valve testing at BEL Valves.
Benefits at a glance
Six Hyperbaric Chambers
Six chambers and multi-level service deliver the right support when you need it. This unique combination of chambers provides capacity and availability to keep waiting times to a minimum. Parallel running of related tests can also be provided either at the same or variable pressures.
A unique combination of research and industrial expertise
The two-way partnership between industry and one of the leading research Universities facilitates greater knowledge sharing, drives skills development and creates greater opportunities for commercialisation.
Deep water and large capacity chambers
The largest chamber is 2.5m in diameter and 4.5m in length, rated to simulate water pressure to 4,500m water depth equivalent. For higher pressures/deeper water there is a 600 bar rated chamber to provide testing to an equivalent of 6,000m water depth.
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Call us on 0191 209 7490 to talk to a member of the team
What our customers say
"Having a facility ‘on the doorstep’ is of significant benefit to us, logistically, but equally the capacity offered by multiple chambers means that projects can be accommodated when needed. The benefits, of course, are reduction in project timeframe and increased efficiency...."
Danny Harrison, Test Manager, BEL Valves
of the earth's surface is covered by water with an average water depth of around 3,600m.
So we know that a significant amount of our global resources are deep underwater. Recognising this, industries are finding ways to safely and reliably operate in these environments.Learn more
Mitigating operational risk subsea and helping to solve the engineering problems of the future. Our hyperbaric research, test and certification service supports a diverse set of industries:
Developments like all electric, subsea systems need safe and reliable product, tested and qualified to industry standards to ensure no harm to people or the environment. We have extensive experience in testing subsea valves, actuators and other subsea components to guide and support your test requirements from start to finish.
Sustainable energy providers
The renewable arena is another vital part of our energy mix. Having significant experience in subsea, marine and offshore enables us to support, advise and translate and apply learnings to some of these newer technologies including tidal, wind and hydro electrics.
Our security forces
Research and testing in this area is of course crucial for safety and security. With the provision of multiple connection points to the chambers test piece can be operated and monitored and key data captured live on performance.
Geosciences and evolutionary biology
Earth sciences meeting biological, chemical and physical sciences creates significant and exciting research and development opportunities. We support long and short term research projects, academic study and skills development linking with industry to aid advancement.
Research has already taken us into new and exciting technology possibilities. We provide short and long term research opportunities to academia, industry and Government bodies.
Visit us at #OE17 Hall 2 B141 to learn more about our large diameter, 450bar #deepwater hyperbaric in partnership with @UniofNewcastle https://t.co/x6I6Vcd8Gr
Northern Powerhouse Minister visits Tyne Subsea, @UniofNewcastle @belvalves world-leading engineering expertise in collaboration. https://t.co/CDyVj8py5s