Pearson Star&Alfa District Cooling And Desalination
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Couplin up utilities so reduce overall cost and carbon footprint sounds dificult but with NeatDesal it is very simple.
![[object Object],[object Object],[object Object],[object Object],[object Object],DISTRICT COOLING & DESALINATION USING HEATPUMPS & M.E.D.](https://image.slidesharecdn.com/pearsonstaralfadistrictcoolinganddesalination-13174776663337-phpapp02-111001090229-phpapp02/85/Pearson-Star-amp-Alfa-District-Cooling-And-Desalination-1-320.jpg)
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Pearson Star&Alfa District Cooling And Desalination
- 2. DISTRICT COOLING & DESALINATION USING HEATPUMPS & M.E.D. David Pearson Director of Innovation Star Refrigeration Imtiaz Khan Regional Manager, Energy (Power, Oil & Gas) Alfa Laval Middle East Ltd
- 4. Some “unusual” Solutions to a Real problem
- 8. Example of desalination installation References Round the Globe World wide Alfa Laval Experience
- 9. Karachi – Pakistan 2 x MEP-7-6840 & 1 x 60% Dump Condenser Module Sea Water Distillation. Karachi – Pakistan 2 x MEP-7-6840 & 1 x 60% Dump Condenser Module
- 10. “ Iskenderun Bay” Turkey 3 x TVC-4-1750
- 11. Kaltim - Indonesia 2xTVC-3-1680 (2 x 1,680 m 3 /day )
- 12. Kansai Electric (KEPCO), Nuclear Power Plant, Takahama, Japan; 2x TVC-4-1000; 2x 1,000 m3/day, 2002
- 13. High quality water for Prawn production National Prawn, Saudi Arabia MED-5-425 - 475 m 3 /day 2002
- 14. Binzagr CO-RO produce soft drinks and beverages using freshwater distillated from underground water, which has a higher salinity chemical complexity than the Red Sea Binzagr CoRo, Jeddah, VVC-350 & VVC-125: 475 m 3 /day
- 15. Steam or hot water SG MEP Process
- 19. Plate type Tubular Performance % 1 2 125 100 75 Time Performance through time Alfa Laval Plate type evaporators can be cleaned 100% Tubular evaporators gradually decrease performance because of “irreversible” scaling/fouling CIP cleaning can remove alkaline soft scaling, and hard scaling can also be removed 100% in a PHE type desalination unit. Why use Plate MED?
- 20. Think Differently-District Cooling and Desalination
- 21. How do we “Raise“ heat from 2C to 90C? Interstage @ 58C HOR = 14.05MW R eff = 9.61MW COPh = 3.16
- 22. 90 ˚C Ammonia Heatpump
- 23. The World’s Largest 90C Natural Heatpump?
- 25. District Cooling and Desalination
- 26. District Cooling and Desalination NeatDesal Proven Turning waste heat from cooling into water.
Editor's Notes
- An extensive desalination History
- Multi Effect Tube unit Design Capability and Plate design technology => MEP UNIT ! Core product in desalination
- Updated map
- Project “Iskenderun Bay” Turkey Multi-Effect Plate, Thermo-Vapour Compression, 3 x TVC-4-1750 Powered by 15 bar bleed steam from the power plant turbines Boiler make-up water, flue gas cleaning and other process requirements
- Location: Jeddah Saudi Arabia Customer: Binzagr CO-RO New industrial Zone Jeddah Saudi Arabia Brief description: The customer is an industrial plant producing soft drinks and beverages. The systems installed are two Mechanical Vacuum Vapour Compression units desalinating underground water which has a higher salinity chemical complexity than the Red Sea. The produced water is the basis for blending of concentrates in the preparation and bottling of the final product. Main data: Water desalination Capacity: 475 M³/day Raw water source: High salinity underground water Type of desalination units: Vacuum Vapour Compression Number & size of units: 1 x 350 M³/day and 1 x 125 M³/day Specific energy consumption: 11 kWh/m³ of product Heat transfer surface material: Titanium Gr.
- Location: Jeddah Saudi Arabia Customer: Binzagr CO-RO New industrial Zone Jeddah Saudi Arabia Brief description: The customer is an industrial plant producing soft drinks and beverages. The systems installed are two Mechanical Vacuum Vapour Compression units desalinating underground water which has a higher salinity chemical complexity than the Red Sea. The produced water is the basis for blending of concentrates in the preparation and bottling of the final product. Main data: Water desalination Capacity: 475 M³/day Raw water source: High salinity underground water Type of desalination units: Vacuum Vapour Compression Number & size of units: 1 x 350 M³/day and 1 x 125 M³/day Specific energy consumption: 11 kWh/m³ of product Heat transfer surface material: Titanium Grade 1. Note: Vessel and compressor is located on ground floor While pumps are located in below basement.