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

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4.  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. 4

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6.  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. 6

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

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10.  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. 10

11.  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 11

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15.  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 15

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17.  Company: American Eagle Oilfield Services (SOLTEQ in Malaysia)  Quoted Price: $29,639.00  Product Name: HE 158C 17

18.  Company: Echoscan  Quoted Price: $24,995.00  Product Name: TD-078 18

19.  Company: Hampden Engineering Corporation  Quoted Price: Quote pending  Product Name: H-6850-40 19

20. 20 Conditions Company Flow RateMax TempPriceInterval Visibility SOLTEQ20 LPM160 °F$29,639.00YES Echoscan7 LPM195 °F$24,995.00NO Hampden30 LPM175 °FWaitingNO Pros / Cons Company PortabilityDisplay Power Supply Size SOLTEQYESDIGITAL415V59”H X 59”W X 35”D EchoscanNOANALOG220V25”H X 59”W X 25”D HampdenNOANALOG120V44"H x 44"W x 12"D

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22.  T  Tubular  E  Exchanger  M  Manufacturers  A  Association 22

23.  TEMA Type: A E U 23 Conceptual View

24.  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 24

25.  Restrictions Economically feasible Run off of 110V power supply Fit into lab room door ○ Maximum width 2’ 9” Portable ○ Casters 25

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27. EquipmentQty.PriceSource Shell and Tube Heat Exchanger with 3 Bundles 1$1,500.00Ohmstede Limited Tanks2$360.00Various Temperature Sensor5$90.00Automation Direct Immersion Heater1$250.00Various Centrifugal Pumps2$250.00Various Bench1$877.60DrillSpot Co. MiscellaneousN/A$600.00 N/A Computer and Software$600.00Various Total $4,527.60 27

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29. Team HELA Project Planning Market Research Proposal (CTR) Design Preliminary Design ModelingAnalysisOptimizationConstruction Procure Funds Material Allocation Mechanical Assembly Testing Test Equipment Functionality Optimize for Experiment 29

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