2. - Short History of Evapco- Product Overview- Open Cooling Towers - Features & Benefits- Closed Circuit Coolers EVAPCO, Inc. 3.
EVAPCO, Inc. 4. EVAPCO WORLDWIDE World Headquarters/R&D Center Manufacturing Facilities Johannesburg,South Africa Cairo,Egypt Milan, Italy Kingsgrove,Australia Shanghai,China Madera, CA Bryan,TX Taneytown,MD Greenup, IL Sondrio, Italy Beijing,China Tongeren, Belgium Lake View, IA Ramseur, NC Lenexa, KS Lake Oswego, OR 5. EVAPCO ,Inc . World Headquarters & Research Center 6. Evaporative Condensers andClosed Circuit Coolers 7. Open Cooling Towers 8. Extra-Pak TMIce Coils for Thermal Energy Systems 9. Recirculator Packages 10. MRP Recirculator Systems
11. Evaporators 12. Custom Coils 13. Critical Process Air Units 14. Field-Erected Cooling Towers 15. Pulse ~Pure TM Water Treatment 16. Induced Draft Counterflow Cooling Towers A dvancedT echnology 17. Induced Draft Counterflow Hot Saturated Discharge Air Hot Water In Cold Water Out Cool Dry Entering Air (All Sides) Principle of Operation Fill Pack = Heat Transfer Media 18. Features & Benefits INDUCED DRAFTCOUNTERFLOW PRODUCTS 19. Design Advantages & Signature Features
AT Induced Draft Counterflow Cooling Towers 20. Optimal Fill Location Completely encased in steel Protected from direct exposure AT Induced Draft Counterflow Cooling Towers 21.
Design Advantages Most Efficient Heat Transfer 95 F Entering Water Temperature Entering Air at 78 F Wet-BulbTemperature 85 F Net Outlet Water Temperature 93 F 91 F 88 F 86 F AT Induced Draft Counterflow Cooling Towers Water Temp Isotherms Cool Air Hot Water 22.
Signature Feature High Efficiency Fill AT Induced Draft Counterflow Cooling Towers 23. Induced Draft Crossflow (Competitors Product) Hot Saturated Discharge Air Hot Water In Cold Water Out Cool Dry Entering Air (Two Sides) Principle of Operation Hot Water In Cool Air Hot Water 24.
Comparison Crossflow Heat Transfer95 F Entering Water Temperature 94 F 92 F 90 F 88 F 85 F 82 F 80 F Entering Air at78 F Wet-Bulb Temperature 85 F Net Outlet Water Temperature Water Temp Isotherms 25.
Design Advantages Most Efficient Heat Transfer AT Induced Draft Counterflow Cooling Towers 26. Design Advantages Layout and Op. Weight AT Induced Draft Counterflow Cooling Towers Crossflow 35% LESS TOWER AREA Compared toEquivalent Capacity Crossflow Tower 27. Plan Area Net Free Area Crossflow More Tower Area + More Air = Larger Plan Area Design Advantages Layout AT Induced Draft Counterflow Cooling Towers Less Tower Area + Less Air = Smaller Plan Area Net Free Area Counterflow Tower 360 Air Intake End Air Intake 28.
Design Advantages Winter OperationAT Induced Draft Counterflow Cooling Towers 65 F Entering Water Temperature Entering Air at 10 F Wet-BulbTemperature 45 F Net Outlet Water Temperature 60F 55F 50F 45F Water Temp Isotherms 29.
Design Advantages Winter Operation 65 F Entering Water Temperature 64 F 60 F 55 F 50 F 45 F 40 F 34 F Entering Air at10 F Wet-Bulb Temperature 45 F Net Outlet Water Temperature Water Temp Isotherms 30. Design Advantages Winter Operation
31.
Sunlight Splashout Debris Air Intake Signature Features WST Inlet Louver Design AT Induced Draft Counterflow Cooling Towers 32. Signature Feature Basin Area Access AT Induced Draft Counterflow Cooling Towers
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EVAPCO High Efficiency Drift Eliminators Signature Features Most Efficient Drift Eliminators AT Induced Draft Counterflow Cooling Towers 34.
Design Advantages Water Distribution System AT Induced Draft Counterflow Cooling Towers 35. Simplified Maintenance Water Distribution System AT Induced Draft Counterflow Cooling Towers
36. Simplified Maintenance Water Distribution System AT Induced Draft Counterflow Cooling Towers
37.
EVAPCO Corrosion Protection System Signature Features Materials of Construction AT Induced Draft Counterflow Cooling Towers 38.
Advanced Material Options Signature Features Materials of Construction AT Induced Draft Counterflow Cooling Towers Stainless Steel 39. USS Induced Draft Counterflow Cooling Towers Worldwide Leader in Evaporative Cooling Products
Standard Materials 316 SS 304 SS Signature Features Materials of Construction MADE IN USA 40. USS Induced Draft Counterflow Cooling Towers Worldwide Leader in Evaporative Cooling Products Superior Corrosion Resistance through Molybdenum! MADE IN USA 41. Standard on allAT Models AT Induced Draft Counterflow Cooling Towers Warranty, Guarantee, and Certification Standard on AT withStainless Steel Lower Section 42. AT Induced Draft Counterflow Cooling Towers Warranty, Guarantee, and Certification Standard on all AT Models 43.
8.5 Ft. (2.5 m) Wide Models Simplified Maintenance Mechanical Drive System AT Induced Draft Counterflow Cooling Towers 44. 10 ft. (3.0m), 12 ft. (3.7m) and 14 ft. (4.3m) Wide Models Simplified Maintenance Mechanical Drive System AT Induced Draft Counterflow Cooling Towers
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Simplified Maintenance Mechanical Drive System AT Induced Draft Counterflow Cooling Towers 10 ft. (3.0m), 12 ft. (3.7m) and 14 ft. (4.3m) Wide Models 46.
Simplified Maintenance Mechanical Drive System AT Induced Draft Counterflow Cooling Towers 10 ft. (3.0m), 12 ft. (3.7m) and 14 ft. (4.3m) Wide Models 47.
Components Ideal for Severe Duty Application Simplified Maintenance Mechanical Drive System AT Induced Draft Counterflow Cooling Towers 48.
The Most Accessible Mechanical System in the Industry Simplified Maintenance Drive SystemAccess AT Induced Draft Counterflow Cooling Towers 49. Simplified Maintenance Optional Accessories AT Induced Draft Counterflow Cooling Towers
50. Simplified Maintenance Optional Accessories AT Induced Draft Counterflow Cooling Towers
51. Simplified Maintenance Basin Area Access AT Induced Draft Counterflow Cooling Towers
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Simplified Maintenance Basin Area Access AT Induced Draft Counterflow Cooling Towers 53. A dvancedT echnology LOW SOUND SOLUTIONS SUPER Low Sound Fan 54. SUPER Low Sound Fan 9 to 15 dB(A) Reduction! 9 to 15 dB(A) Reduction! A dvancedT echnology LOW SOUND SOLUTIONS 55. EVAPCO, Inc. Induced DraftClosed Circuit Coolers 56. ATW -INDUCED DRAFT COUNTERFLOW Hot Water In Hot Saturated Discharge Air Cool Dry Entering Air 57. CLOSED CIRCUIT COOLERS
APPLICATION ADVANTAGES: 58. CLOSED CIRCUIT COOLERS
APPLICATION ADVANTAGES (Cont.): 59. EXCLUSIVE THERMAL-PAK COIL Patent Granted 1988 No. 4,755,331 60.
EVAPCOS EXCLUSIVE THERMAL-PAK COIL Thermal-Pak Coil Benefits: 61. EXCLUSIVE THERMAL-PAK COIL
Coil Types: 62. ATW Enhanced Dry Performance
Dry Cooling Benefits: 63. ATW 3 Meter Wide Models New Ideal for Exact Replacement of Forced Draft 64. Containerized ATW New 65. Containerized ATW New Ships in Two Sections Fan Section and Basin Coil and Casing 66. Containerized ATW New Sections fit into a Shipping Container 67. ESWA CLOSED CIRCUIT COOLERS Superior Design, Superior Unit
ESWA Models: 68. 69.
ESWA Sensi-Coil Superior Design, Superior Unit 70. Thermal-Pak Coil Tube Spacing Sensi-Coil TMTube Spacing Technology Superior Design, Superior Unit Reduced Tube Spacing Perfect for Sensible Cooling 71.
Major Energy Savings Low Sound better than standard Forced Draft 80% less than Forced Draft! Superior Design, Superior Unit 72. Decreased Horsepower for the SAME tonnage Total Fan Energy (Hp) Based on 3gpm per ton, 95F/85F at 78F wetbulb. Superior Design, Superior Unit Tons EvapcoForced Draft EvapcoATW EvapcoESWA 100 25 15 7.5 200 40 25 10 300 80 40 15 400 80 50 30 73. Based on 34% annual operation (3,000 fan hours per year) Electric rate = $0.09/KWHR Fan motor efficiency = 90% Superior Design, Superior Unit 74. Based on 3gpm per ton, 95F/85F at 78F wetbulb. Superior Design, Superior Unit Decreased Sound Levels from Top and Side Sound Level Measured at 5 ft from the TOP (dBA) Tons EvapcoForced Draft EvapcoATW EvapcoESWA 200 81 89 77 300 85 92 79 400 82 89 77 500 85 92 79 75. Based on 3gpm per ton, 95F/85F at 78F wetbulb. Superior Design, Superior Unit Decreased Sound Levels from Top and Side Sound Level Measured at 5 ft from the AIR INLET (dBA) Tons EvapcoForced Draft EvapcoATW EvapcoESWA 200 80 84 73 300 87 87 76 400 84 84 73 500 87 87 76 76.
Superior Design, Superior Unit ESWA Features and Benefits 77.
ESWA Features and Benefits Superior Design, Superior Unit 78.
The Most Accessible Coil in the Industry Superior Design, Superior Unit ESWA Features and Benefits 79.
Superior Design, Superior Unit ESWA Features and Benefits New 80. EVAPCO, Inc. Water and Energy Conservation System 81. Complete Dry Cooler Section 82. Complete Wet Section Typical Induced Draft Cooler 83. TheControl System:
84. Stage 1 - Dry Mode Only 85. Stage 2 - Dry Mode Both Cells Running Dry 86. Stage 3 Wet/Dry Mode 87. Stage 4 Wet Mode Only 88. Profiles of the WDW versus an Induced Draft Cooler Water Usage m 3 89. Pulse ~Pure TM Water Treatment
90. Pulse ~Pure TM Water Treatment Corrosion Scale Biological 91. Pulse ~Pure TM Water Treatment
92. Pulse ~Pure TM Water Treatment
93. EVAPCO, INC. Taking Quality and Service to a Higher Level . . .