pressure vessels
Small, clean, stainless steel, full vacuum to high pressure custom-made tanks and pressure vessels with low leak integrity, high quality valves and fittings for tritium, nuclear, pharmaceutical, medical, experimental and oil and gas industry use.
- Low pressure (full vacuum)
- High Pressure (to 1000 psig)
- Helium leak tightness (2 x 10E-9)
- Can be Electropolished
- TSSA certification to ASME Sect VIII Div 1
- High quality valves and fittings
Tyne will design simple or complex pressure vessels to asme codes which include internal cooling coils and baffles, internal heaters, thermocouples, flanged or full welded. Included are evaporators, condensers, recombiners, driers, strainers, moisture traps, storage vessels, metering vessels, getter beds, molecular sieves, etc.
The design will be carried out by Tyne, approved by TSSA, and all code required NDT will be carried out. Radiographs will be supplied to the client if required. Tyne has welders and welding procedures qualified in all necessary welding techniques.
All of Tyne’s pressure vessels are helium leak tested, normally up to levels of 2 x 10-9 cc/sec, preceded by pressure testing, which, depending on the vessels and the test conditions, may be hydrostatically or pneumatically tested.
All vessels will be supplied with the pressure vessel nameplate attached unless otherwise instructed by the purchaser.
Vessels will normally be fitted with high quality leak tight connections such as VCRs, and leak tight valves such as bellows sealed valves or high integrity diaphragm valves.
Please contact us for details.
related Tritium storage solutions
Quality tritium storage and transportation is a critical aspect of the evolving and developing energy, medical, research and development industries. Tyne is highly valued worldwide for our ability to provided leading storage solutions.
Designed to be an in-line radiation within a process gas detector with the most typical application being tritium. The inlet and outlet VCR 8 connectors allow the chamber to be easily mounted into an existing process line.
Getter beds used in tritium and hydrogen handling provide entrapment, storage, purification and dispensing capability. Tyne customizes the design and manufacturing of each getter bed in accordance with client requirements.
Tritium has the ability to permeate elastomers and metal walls, particularly when the walls are heated. Often, a clean up system referred to as a Secondary Enclosure Clean-up System or SEC System is required. The clean-up system can also regulate temperature, humidity, and remove other impurities.
Small, clean, stainless steel, full vacuum to high pressure custom-made tanks and pressure vessels with low leak integrity, high quality valves and fittings for tritium, nuclear, pharmaceutical, medical, experimental and oil and gas industry use.
Tyne designs and builds custom laboratory gloveboxes to client-specific needs and to the requirements of the system to be contained while meeting the requirements of tritium handling systems where leak tightness is important and the need for good access and easily cleaned parts is essential.
