DESIGNING AND MANUFACTURING TRITIUM MANAGEMENT TECHNOLOGY.
DESIGNING AND MANUFACTURING TRITIUM MANAGEMENT TECHNOLOGY.
TRITIUM STORAGE SYSTEM DESIGN INCLUDES GETTER BEDS, GLOVEBOXES AND SECONDARY ENCLOSURE CLEAN UP SYSTEMS SEC. CUSTOMIZED SOLUTIONS FOR TRITIUM MANAGEMENT IN NUCLEAR POWER PLANT, ADVANCED REACTOR, SMR, MSR APPLICATIONS.
The Secondary Enclosure Cleanup SEC system functions to assess the conditions of the glovebox atmosphere and safely clean up or replace it.
Getter beds in tritium and hydrogen handling are used for entrapment, storage, purification and dispensing. An important requirement in tritium storage system design.
Tyne designs and custom builds laboratory glove boxes to client needs and to the requirements of the system to be contained. Tyne's glove boxes have been designed and built to meet the exacting standards of tritium handling systems.
Tritium processes are exceptional in their variety, frequently applying a combination of cryogenics and relatively high temperatures and vacuum, or alternatively, high pressure. Tritium systems design involves measurement challenges, ultra low leakage, critical containment and custom storage solutions. Tyne Engineering is equipped with the expertise to customize the unique tritium system required for each customer.
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