Heat Exchanger Design Standards, ASME,TEMA, BS etc

heat exchanger design standards

Design & Manufacturing Standards
Design Capabilities Our design staff are conversant with single phase, condensation, vaporization, feed effluent trains, thermosyphon, falling film, and knockback/reflux thermal design principles. State-of-the-art software is utilised in order to identify the optimum heat exchanger configuration that not only satisfies the specified heat duty, allowable pressure drop, and maximum velocity etc., but also maximises design accuracy and efficiency. Heat exchangers are manufactured in accordance with the Pressure Equipment Directive (PED) 97/23/EC, B.V. Rules, Germanischer Lloyd Rules and International Gas Carrier Code as appropriate. Welding is carried out in accordance with EN ISO 15614, EN 287, ASME IX. Related information:- Quality Assurance Manufacturing Facilities	International Standards Heat exchangers and pressure vessels are designed and manufactured in accordance with all common international standards including:- BS PD 5500 British Standards Institute ASME VIII/1 American Society Of Mechanical Engineers ASTM TEMA B, C & R ASTM International API American Petroleum Institute CODAP Syndicat National de la Chaudronnerie AFNOR Association Française de NORmalisation AD Merkblätter Arbeitsgemeinschaft Druckbehälter DIN Deutsches Institut für Normung	Third Party Inspection We regularly work hand in hand with third party inspection authorities (for both design verification and final inspection) such as:- UDT TUV Lloyds Register SLV ASME U Stamp

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Applied Cooling Technology Group incorporates Britannia Heatex Ltd, Elfin Technology Ltd, Titan-Lite Motorsport Ltd, Applied Cooling Technology Ltd, Applied Cooling Technology LLC