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Gasketed plate heat exchanger application and required process result; Thermal and hydraulic programme: State both fluids, inlet and target outlet temperatures, design flow ranges and allowable pressure drops. Include fouling assumptions and the conditions during startup or shutdown.; Plate and seal configuration: Compare plate material, gasket chemistry, connection arrangement and access for plate removal. Consider whether cross-contamination consequences require a different exchanger architecture.; Representative input variation and difficult production cases; Required acceptance evidence: Witness leak or pressure testing to the agreed procedure and verify thermal duty at documented conditions. Record flow and temperatures on both sides rather than using only one outlet reading.; Site and utility scope: Reserve frame-opening space, pipe support, isolation, drainage and lifting access. Review differential pressures and thermal expansion at the connected piping.; Service provision: Inspect gaskets and plates, maintain the approved tightening dimension and use compatible cleaning methods; keep replacement parts traceable to the plate specification.; OEM/ODM engineering scope: OEM nozzle and frame arrangements can be reviewed; ODM plate geometry or new fluids require thermal, pressure and materials assessment.; Upstream preparation and downstream handling interfaces; Destination country and applicable installation requirements; Production schedule, changeover mix and operator availability; Drawings, samples, inspection method and rejected-output criteria.