Tyne Engineering

Tyne Engineering Inc. is a specialized engineering firm with over 25 years of experience designing and manufacturing complex systems for the nuclear and tritium-handling industries. The company serves a broad range of technical needs across process engineering, mechanical engineering, and instrumentation and controls, with particular expertise in s... kid-mounted modularized systems engineered for high cleanliness, low leakage, and extreme temperature environments ranging from high-temperature to cryogenic conditions. Tyne's core competencies include instrumentation and electronic circuit design, tritium handling and radiation monitoring equipment, and the sourcing, qualification, and reverse engineering of obsolete or hard-to-find nuclear components. The company also operates a staffing services division through Prolet Staffing Services, placing qualified professionals in engineering, project management, and quality assurance roles, with significant placement activity in the CANDU industry. Tyne holds multiple critical certifications that position it to perform safety-related work across the nuclear sector, including CSA-N285 and CSA-B51 certifications for nuclear and non-nuclear pressure vessels and piping to ASME III, ASME VIII Division 1, B31.3, and B31.1 standards. The company maintains full compliance with 10CFR50 Appendix B and has been audited to the ASME NQA-1 Nuclear Quality Assurance Program standard. Tyne is certified by the Canadian pressure vessel authority to perform work to ASME VIII Division 1 and ASME III pressure codes and is licensed by the Canadian Nuclear Safety Commission for nuclear handling operations. Quality assurance is fundamental to Tyne's methodology, with a flexible Quality Assurance System designed to accommodate projects of varying sizes, types, and quality standards. Each project begins with a comprehensive Project Plan that establishes key quality requirements and references a separate Project Quality Plan when necessary, supported by dedicated Quality Manuals for nuclear and ...Read More