Reactor vessels integrated with catalyst, thermal, mixing and pressure-system requirements.
Hydrogenation, thermal conversion, catalytic reaction or specialty chemical service. The operating sequence, recycle paths, start-up/shutdown cases and normal/turndown behavior are defined before equipment finalization.
Reactor shell, heads, internals, catalyst supports, distributors, quench and nozzles. Materials, design margins, maintainability, isolation, access, lifting and spare philosophy are coordinated with the approved operating cases.
Design/operating cases, fluid properties, corrosion allowance, materials, nozzle loads, wind/seismic data, transport limits, insulation and maintenance clearances.
Process/licensor integration, mechanical design, internals drawings, ITP and test dossier. The package also includes line/equipment lists, relief and utility summaries, layouts or 3D interfaces, vendor-document requirements, inspection plans and commissioning inputs as applicable.
Code-compliant relief interfaces, access and lifting provisions, inspection hold points, material traceability, qualified welding, NDE and pressure/leak testing.
Hydrotreating, conversion, chemical and environmental processes. Capacity, product quality, consumption and emissions commitments are confirmed only after the representative feed and project Design Basis are approved.
ASME VIII, API 934 where applicable, NACE and licensor requirements. The contractual code basis is selected by destination and client specification. ASME/API/TEMA, EN/DIN and GOST/EAC requirements are not mixed without an approved code-equivalency and authority review.
ASME VIII, API 934 where applicable, NACE and licensor requirements.