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H eat E xchanger L earning A pparatus

H eat E xchanger L earning A pparatus. HELA. MECT 4275 Senior Design I. Team Members: Robert Maduro Adolfo Leyva Ricardo Gonzalez Luis Avila. Industry Advisor: Wade Armer Underclassmen: Stephania Delgado Jessica Ocampo Eunice Garcia. Outline. Objective

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H eat E xchanger L earning A pparatus

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  1. HeatExchangerLearningApparatus HELA MECT 4275 Senior Design I Team Members: Robert Maduro Adolfo Leyva Ricardo Gonzalez Luis Avila Industry Advisor:Wade Armer Underclassmen:Stephania Delgado Jessica Ocampo Eunice Garcia

  2. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management

  3. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management

  4. Objective • Design and manufacture a heat exchanger learning apparatus to provide students with a comprehensive study of heat exchangers and the various parameters that effect their performance.

  5. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management

  6. What is a Heat Exchanger? • Heat exchangers are devices that provide the flow of thermal energy between two or more fluids at different temperatures. • Functions • Heat a cooler fluid by means of a hotter fluid. • Reduce the temperature of a hot fluid by means of a cooler fluid.

  7. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management

  8. Background • Heat exchangers are used in a wide variety of applications • Transportation • Electronics • Household • National Defense • Industry • Energy • Farm & Fishery • Environmental Engineering

  9. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management

  10. Problem • Most educational institutions that offer engineering courses in thermodynamics and who specialize in heat exchangers are only capable of teaching their students the theoretical knowledge. • They do not have the necessary equipment to educate them on the various parameters that effect heat exchangers.

  11. Reasons • The reason that most educational institutions can’t afford to purchase this type of equipment is because of the financial situation • Due to the recession most educational institutions are being subjected to budget cuts

  12. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management

  13. Goals • Include interchangeable bundles to familiarize students with internal components of a heat exchanger • Use computer software to collect and display data • Incoming fluid will have a temperature difference ranging from 40°F -50°F (5°C - 10°C)during the transfer process • Provide complete set of working drawings for manufacturing and welding processes

  14. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management

  15. Market Analysis • Company: American Eagle Oilfield Services (SOLTEQ in Malaysia) • Quoted Price: $29,639.00 • Product Name: HE 158C

  16. Market Analysis • Company: Echoscan • Quoted Price: $24,995.00 • Product Name: TD-078

  17. Market Analysis • Company: Hampden Engineering Corporation • Quoted Price: Quote pending • Product Name: H-6850-40

  18. Market Analysis Conclusions

  19. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management

  20. TEMA - Types • Tubular • Exchanger • Manufacturers • Association

  21. HELA Design Criteria • TEMA Type: A E U Conceptual View

  22. HELA Design Criteria • Components • One pass shell and tube heat exchanger with interchangeable U-tube bundles • Control panel • Two pumps • Two storage tanks • Heat source • Electronic sensors • Measure flow rates, temperatures, and pressures • Portable bench

  23. HELA Design Criteria • Restrictions • Economically feasible • Run off of 110V power supply • Fit into lab room door • Maximum width 2’ 9” • Portable • Casters

  24. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management

  25. Cost Analysis

  26. Outline • Objective • What is a Heat Exchanger? • Background • Problem • Goals • Market Analysis • HELA Design Criteria • Cost Analysis • Project Management • WBS • Gantt Chart • Risk Management

  27. WBS

  28. Risk Management

  29. Questions?

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