TRANSHEAT TECHNOLOGIES PRIVATE LIMITED Mujmahuda, Vadodara, Gujarat

Thermal design of heat / waste heat recovery unit to improve energy efficiency and thus reduce energy consumption as well as GHG emissions. Evaluate possibility of various design option - Single or two pass on flue gas side, horizontal / vertical tube arrangement - based on thermal and hydraulic design. Material selection to suit the requid operating conditions. Mechanical design of unit. Structural design for non-pressure parts and support arrangement. 3D modelling of complete unit alongwith support structure.

Thermal design of heat / waste heat recovery unit to improve energy efficiency and thus reduce energy consumption as well as GHG emissions. Evaluate possibility of various design option - Single or two pass on flue gas side, horizontal / vertical tube arrangement - based on thermal and hydraulic design. Material selection to suit the requid operating conditions. Mechanical design of unit. Structural design for non-pressure parts and support arrangement. 3D modelling of complete unit alongwith support structure.

ACHE Mechanical GA and Detail fabrication drawing Fabrication drawing and material lists generated from 3D models. Design data, notes, nozzle table. Welding details

Design of Shell and tube heat exchanger using HTRI software for all TEMA type units. Re-rating and performance validation of existing units. Thermal design of new and existing both units. Thermosyphon reboiler with piping inputs. Single phase and two phase units. Optimization of heat transfer area. Vibration analysis of tube bundle.                    

Thermal design using HTRI software for all TEMA type units. Re-rating and performance validation of existing units. Thermosyphon reboiler with piping inputs. Single phase and two phase units. Optimization of heat transfer area. Vibration analysis of tube bundle.

Shape : Cylindrical,Cylindrical

Condition : New,New

Thermal design using HTRI software for all TEMA type units. Re-rating and performance validation of existing units. Thermosyphon reboiler with piping inputs. Single phase and two phase units. Optimization of heat transfer area. Vibration analysis of tube bundle.

Re-rating and performance validation of existing units. Bought out specification for fans, motors, vibration sensors, drive system, bearing block, etc. Review of vendor documents Units with louvers / recirculation systems for winterization. Software used for design is HTRI. Unit sizes - Single bay units to units with more than eight bays. Material handled - Carbon steel, Low alloy steels, All major grades of Stainless Steels, Duplex steels, Inconel, etc. Process service - Single phase liquid / Condensing / Single phase vapor. Design conditons - Range of design pressure and temperatures.

Re-rating and performance validation of existing units. Bought out specification for fans, motors, vibration sensors, drive system, bearing block, etc. Review of vendor documents Units with louvers / recirculation systems for winterization. Software used for design is HTRI. Unit sizes - Single bay units to units with more than eight bays. Material handled - Carbon steel, Low alloy steels, All major grades of Stainless Steels, Duplex steels, Inconel, etc. Process service - Single phase liquid / Condensing / Single phase vapor. Design conditons - Range of design pressure and temperatures.

Structure Design of Air cooler heat exchanger Structure Design by using STADDPro. Structure design using different codes as per project requirement (i.e. IS800, AISC, BS, EN etc.) Wind design calculation Seismic design calculation Anchor bolt and base plate design Foundation load data

Fabrication drawing of Air cooled heat exchanger Material list generated from 3D models. Bolt list generated from 3D models. General arrangement views

Thermal design of all TEMA type units Vibration analysis of tube bundles Re-rating and performance validation of existing units Fixed tube sheet, Floating head and U-tube units Optimazation of design

Mechanical design of Shell and tube heat exchanger using PV elite and compress software for all TEMA type. Complete detail engineering. FEA of thin and thick expansion. FEA of local nozzle loads. FEA / fatigue analysis for complete unit based on service condition. WRC / FEA for nozzle loads and flange derating. Design of SR nozzles.

Mechanical design of Shell and tube heat exchanger using PV elite and compress software for all TEMA type. Complete detail engineering. FEA of thin and thick expansion. FEA of local nozzle loads. FEA / fatigue analysis for complete unit based on service condition. WRC / FEA for nozzle loads and flange derating. Design of SR nozzles.

Mechanical design of Exchanger using PVelite and Compress software Fixed tube sheet, U-tube and floating head units Single phase and two phase unit Thermosyphon reboilers with piping unputs Design and FEA of expansion joints (Thin and Thick type) WRC / FEA nozzle loads and flange derating Design of SR nozzle

Complete mechanical design as per ASME Sec VIII, Div. 1, Div. 2 Rating of existing units for new service conditions.

Mechanical design of shell and tube heat exchanger is done by using PV elite and compress software for all TEMA type units. Complete detail engineering. FEA of thin and thick expansion. FEA of local nozzle loads. FEA / fatigue analysis for complete unit based on service condition. WRC / FEA for nozzle loads and flange derating. Design of SR nozzles.  

Complete mechanical design as per ASME Sec VIII, Div. 1, Div. 2 & PD5500. Rating of existing units for new service conditions complete detail engineering and fabrication drawings Evaluation of fitness for service / remaining life based on existing condition.

Complete mechanical design as per ASME Sec VIII, Div. 1, Div. 2 Rating of existing units for new service conditions.

Complete mechanical design as per ASME Sec VIII, Div. 1, Div. 2 Rating of existing units for new service conditions Evaluation of fitness for service / remaining life based on existing condition.

Complete mechanical design as per ASME Sec VIII, Div.1, Div.2 Rating of existing units for new service condition Evaluation of fitness for service / remianing life based on existing condition.

Mechanical design of Pressure vesssel as per ASME Sec VIII, Div. 1, Div.2 Rating of existing units for new service conditions. Complete enginerrign support. WRC / FEA for nozzle loads and flange derating.

Design Code : ASME, TEMA and API

Material : CS, all major grades of SS, clad material

Complete mechanical design as per ASME Sec VIII, Div.2 Rating of existing units for new service conditions. Evaluation of fitness for service / remaining life based on existing condition.

Design Code : ASME, API

Material : CS, all major grades of SS, clad material

Complete mechanical design as per ASME Sec VIII, Div.1, Div.2 Rating of existing units for new service conditions WRC / FEA for nozzle loads and flange derating Materials : CS, all major grades of SS, clad materials

Material : CS, all major grades of SS, clad materials

Mechanical design of Exchanger using PVelite and Compress software Fixed tube sheet, U-tube and floating head units Single phase and two phase unit Thermosyphon reboilers with piping unputs Design and FEA of expansion joints (Thin and Thick type) WRC / FEA nozzle loads and flange derating Design of SR nozzle