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 06/12/54   Eng’r Suravut Snidvongs
Biography
2   Eng’r Suravut Snidvongs

                                             • 211/2 V.S.S Bldg, Ratchadaphisek Rd., Din-Daeng,
                                               bangkok, Thailand, 10400
                                             • Tel 662 276 7908 - 9 Fax 662 276 7913
                                             • Email: airscan_t@yahoo.com
                                             • Skype: dr.jack.wong
                                             • November 29, 1962.



       Education
       1. Prathom Sathit, Prasanmitr
       2. Mathayom Sathit, Prasanmit
       3. Triam Udom Suksa Phraya Tai
       4. Chulalongkorn University, Faculty of Education, Physics
       5. Songkla University, Faculty of Engineering, Civil
       6. Adamson University, Faculty of Engineering, Electrical
       7. Cornell College, Faculty of Art, Computer Science
       8.Northrop University, Faculty of Engineering, Electrical & Management
       9.Naraesuan University, Faculty of Science, School of Renewable Energy.




                                                               06/12/54
Masterwork
3   1. Fiberglass Design and Production
      1.1. Bouygues Thai, Muang Thong Thani, Gabage Duct
      1.2. Thai Lee, Pathum Thani, Chemical Tank
      1.3. Thai Rayong, Bang Pu, Chemical Tank
      1.4. Regent Ratchada, Bath Tub, Skylight, Water Treatment System
      1.5. Regent Sri Nakarin, Bath Tub, Water Treatment System
      1.6. Thanyatorn, Water Treatment System
      1.7. T.Termboon , Water Tank, Greese Trap, Water Treatment System
      1.8. World trade Center, Toilet Partion, Skylight
      1.9. Chamnanpenchart Building Skylight
      1.10. Step hull boat
      1.11. Watering boat
      1.12. Artificial Marble
      1.13. Artificial Granite
      1.14. Sink
      1.15. Urinate Blow
      1.16. Toilet Blow
      1.17. Floor Tile
      1.18. Wall
      1.19. Soap Tray
      1.20. Modular House
      1.21. Modular Bath Room
      1.22. Wood Door
      1.23. Super Chao Phraya Boat
      1.24. Siam Center Skylight
      1.25. World Trade Center Geodesic Dome
      1.26. Phoebus Geodesic Dome
      1.27. Future Park Bang Khae Skylight
      1.28. The Mall Bang Kahe Geodesic Dome
      1.29. The Mall Bang Ka Pi Skywalk
      1.30. The mall Ngam Wong Wan Skywalk
      1.31. Maxwell Golf Car Body
      1.32. Sri Racha, Water Tank
      1.33. Khao Kong Cruise Ship
                                                                          06/12/54
      1.34. Mun Kong Khae Ha Karn Hua Hun, Bath Tub
Masterwork
4   2. Design and Construct Space Frame, Space Truss, Geodesic Dome, Tendon

      2.1. Future Park Bang Khae, Geodesic Dome Diameter 20 m, Barrel Vault, Square Space Frame.
      2.2. The Mall Bang Khae, Geodesic Dome Diameter 20 m.
      2.3. Royal Charoen Krung, Geodesic Dome Diameter 30 m.
      2.4. Phoebus, Geodesic Dome Diameter 18 and 50 m.
      2.5. Central Bangna, Amusement Park Space Frame Roof Span 80 m.
      2.6. Mukdahan Tower, Sphere diameter 18 m.
      2.7. Central Rama III, Bowling Roof, Theatre Roof, Diamond Cut Sky Light, Wave Sky Light.
      2.8. Chamnanphenchart Bldg, Space Frame.
      2.9. Bai Yok tower II, Chevron, Skylight.
      2.10. Ch. Karn Chang Bldg, Space Frame.
      2.11. MRT Station Hua Lam Pong and Lum Pini.
      2.12. Muang Thong Thani Compact Arena 2 and 3
      2.13. Kasemraj Hospital, Space Frame.
      2.14. Sin Bhat Hospital Ram Indra, Space Frame.
      2.15. Garden Home Space Frame.
      2.16. Rama Garden Hotel, Hydraulic Stage.
      2.17. Pahonyothin Plaza, Entrance Space Frame.
      2.18. South City Building, Space Frame
      2.19. Mahad Thai Plaza, Geodesic Dome diameter 8 m.
      2.20. Safari World Ram Indra, Dolphin Roof.
      2.21. World Trade Center, Geodesic Dome diameter 25 m, Skylight.
      2.22. Ministry of Agriculture Hangar, Nakorn Sawan
      2.23. Ministry of Agriculture Hangar, Nakorn Rajsima
      2.24. Chulabhorn Institute, Geodesic Dome diameter 20 m.
      2.25. Siam Center, Space Frame.
      2.26. Mobile Seat
      2.27. President Hotel, Mezzanine Entrance




                                                                           06/12/54
Masterwork
5   3. Design, Install, Maintenance Aircraft Components

      3.1. Vertical Wind Tunnel, Royal Thai Army
      3.2. Horizontal Wind Tunnel, Royal Thai Airforce
      3.3. Radar Search and Rescue DO-228, Royal Thai Navy
      3.4. VIP Room CH-47D S/N999, Royal Thai Army
      3.5. Fire Fighter S2F, Royal Thai Navy
      3.6. BLR Strake for UH-1H Royal Thai Army
      3.7. Telephone and Communication Recorder , Air Traffic Control, Royal Thai Air Force
      3.8. Jet Stream 41 Air Condition System, Department of Aviation
      3.9. Beech Craft King Air 200 Propeller Maintenance, Department of Aviation
      3.10. Flight Management System, Aeronautical Radio of Thailand
      3.11. Flight Management System, Bell 412, Royal Thai Air Force
      3.12. Flight Management System, Beach Craft 1900, Royal Thai Army
      3.13. Communication System for Agriculture Fleet
      3.14. Communication System for Civil Aviation Training Center
      3.15. Security System for armory, Royal Thai Army
      3.16. Super Huey upgrade for UH-1H




                                                                              06/12/54
Masterwork
6   4. Herbal

         4.1. Essential Oil Solvent Extract, save energy, low temp, recycle.
         4.2. Essential Oil Steam Extract, save energy, low temp, recycle.
         4.3. Herbal Dryer, save energy, low temp, recycle
         4.4. Solar Herbal Dryer recycle
         4.5. Cold Pressed Screw
         4.6. Chopper and grinder
         4.7. Develop Chelated Iron for Hydroponic
         4.8. Substitute Egg




                                                                               06/12/54
Masterwork
7   5. Renewable Energy

      5.1. High Efficiency Steam Engine
      5.2. Tesla turbine 1 and 20 kW
      5.3. Thermoelectic Converter
      5.4. Stirling Engine 500W, 1 kW, 5 kW, 10 kW
      5.5. Bio Diesel Reactive Distil Process
      5.6. Solar Thermal Power Plant
      5.7. Solar Hot Water
      5.8. Electrical Tuk Tuk
      5.9. Inverter and Charge Controller for Solar Home 100 VA
      5.10. Inverter 2 KVA Single and 3 Phase
      5.11. Solar Tracker System
      5.12. Compressed Air Engine for Tuk Tuk and Small Car
      5.13 Electric Car
      5.14. Steam Turbine 20 kW
      5.15. Compact Linear Fresnel System 10 kW
      5.16. Solar Dish Stirling 10 kW
      5.17 Solar Dish Steam Turbine 10 kW
      5.18. Fungi and Yeast improvement for Ethanol Fermentation
      5.19. High Efficiency Ethanol Distill 95 %
      5.20. Ethanol intensify 95 % to 99.5 %
      5.21. Ethanol Filter
      5.22. High Efficiency Solar Ethanol Distill
      5.23. Hydrogen On Demand System
      5.24. Hydrogen On Demand System Controller
      5.25 Magnetic Water Filter, Cyclone, Infrared and high frequency
      5.26 Non Water Palm Oil Process
      5.27 Palm Oil Bio Diesel non waste water, no acid, no base, methanol recycle, glycerin purify.
      5.28 The Promotion of Rice Intensification by Rice Management Method
      5.29 Solar Thermal Tesla Steam Turbine 10 kW.
      5.30 Compact Linear Fresnel Reflector 10 kW


                                                                                06/12/54
Appointed
8

     1. 2544 – 2553 ที่ปรึกษารองหัวหน้ าพรรคชาติพฒนา รต. ดร. ประพาส ลิมประพันธุ์
                                                 ั
     2. 2546 – 2546 ที่ปรึกษาผ้ ช่วยรัฐมนตรีกระทรวงแรงงาน รต. ดร. ประพาส ลิมประพันธุ์
                                ู
     3. 2546 – 2548 ที่ปรึกษาสภาวจยกลาโหม
                                 ิั
     4. 2547 – 2548 ที่ปรึกษาผู้ช่วยรัฐมนตรี ประจําสํานักนายกรัฐมนตรี รต. ดร. ประพาส ลิมประพันธุ์
     5. 2546 – ปั จจุบน สมาชิกวิศวกรรมสถานแห่งประเทศไทย (ตลอดชีพ)
                      ั
     6. 2548 – 2550 กรรมการไฟฟากําลังวิศวกรรมสถานแห่งประเทศไทย
                              ้
     7. 2548 – 2549 ที่ปรึกษาผ้ ช่วยรัฐมนตรี กระทรวงตางประเทศ รต. ดร. ประพาส ลิมประพันธุ์
                                ู                    ่
     8. 2550 – 2551 ที่ปรึกษาคณะอนุกรรมการเสริ มสร้ างเครื อข่ายภาครัฐ ภาคเอกชน และ ภาคประชาชน ใน
       การปองกัน และ ปราบปรามการทุจริ ต และ ประพฤติมิชอบ
           ้
     9. 2551 – 2554 ติดตามผู้อํานวยการสํานักงานส่งเสริมการค้ าในต่างประเทศ ณ นครชิคาโก ประเทศ
       สหรัฐอเมริกา
    10. 2555 -        ที่ปรึกษาอนุกรรมาธิการพลังงานไฟฟา กรรมาธิการพลังงาน วุฒิสภา
                                                      ้




                                                                         06/12/54
9   06/12/54
Patents
10

      1.   HHO on Demand Thai Patent Pending, and US Patents Pending
      2.   HHO controller Thai Patents Pending
      3.   Orange Oil
      4.   Coconut Cream Base
      5.   Curcuma Cream
      6.   Zingiber Cream
      7.   Capcicin Cream
      8.   Ginger Cream
      9.   Pepper Cream
     10.   Coffee Cream
     11.   Bale Cream
     12.   Asiatic Pennywort Cream
     13.   Muscle Pain Relief
     14.   Pimple Cream
     15.   Melisma Cream
     16.   Menopause Cream
     17.   Cellulite Reduce Cream
     18.   Magnetic Water
     19.   Vegan egg
     20.   Fruit Drop




                                                                       06/12/54
Published
11

     1. แผนการปองกัน และ ทําลาย เชื ้อไข้ หวัดนกกลายสายพันธุ์เป็ นหวัดมรณะ Ultraviolet
                ้
        Germicidal Irradiation (UVGI) โดยนอ. นพ. พนิต จนทรภกดี รน., นาย สุรวุฒิ สนิทวงศ์ ณ
                                                       ั   ั
        อยธยา, 6 เมษายน 2546 และ 25 มกราคม2547, เสนอ พณฯ สนทยา คุณปลื ้ม รัฐมนตรี วาการ
          ุ                                                                           ่
        กระทรวง สาธารณสข  ุ
     2. Paper 05P-681. The Design and Implementation of Small Solar Thermal Dish Stirling
        Power Plant 10 kW with lead acid battery storage in Thailand. (Part1a) The system
        Design, 2004 SAE WORLD CONGRESS, March 8 - 11, 2004, Cobo Center, Detroit,
        Michigan.
     3. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW
        with lead acid battery storage in Thailand. (Part4) Efficiency Improvement of Small Solar
        Thermal Dish Stirling Power Plant 10 kW system by means of additional Solar Cavity,
        การประชมวิศวกรรม สาขาไฟฟา ครังที่ 4 วิศวกรสถานแห่งประเทศไทย, 23 กนยายน 2547.
                 ุ                  ้     ้                                    ั
     4. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW
        with lead acid battery storage in Thailand. (Part6) The New Mechanism for Tracking
        System in Small Solar Thermal Dish Stirling Power Plant 10 kW. Thailand National
        Engineering Week Program (National Standard Year 2004) October 31, 2004.
     5. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW
        with lead acid battery storage in Thailand. The 12th SolarPACES International
        Symposium Mexico 2004 OAXACA, MEXICO, October 6 – 8, 2004 .
     6. Efficiency Improvement of Small Solar Thermal Dish Stirling Power Plant 10 kW system
        by means of additional Solar Cavity, 12 th Dinner Talk, วันที่ 23 กันยายน 2547 อาคาร
        วิศวกรรมสถานแห่งประเทศไทย 18:00– 20:30 น.
     7. การวิจยแนวทางการก่อสร้ างโรงไฟฟาต้ นแบบขนาด ๑๐ กิโลวัตต์ โดยใช้ พลังงานความร้ อนจาก
              ั                        ้
        แสงอาทิตย์ แผนงานวิจย และ พัฒนาเพื่อสนับสนุนอุตสาหกรรมปองกันประเทศ และ พลังงาน
                            ั                                   ้
        ทหาร๑๗ ธนวาคม ๒๕๔๗
                 ั

                                                                  06/12/54
Published
12

     8. Design and Construction of Small Solar Thermal Dish Stirling 10kw Power Plant with
        Lead Acid Battery Storage in Thailand, 12 th Dinner Talk, วันที่ 13 มกราคม 2548 อาคาร
        วิศวกรรมสถานแห่งประเทศไทย 18:00– 20:30 น.
     9. THE STRUCTURE AND FOUNDATION DESIGN FOR SMALL SOLAR THERMAL DISH
        STIRLING 10 KW POWER PLANT FOR THAILAND SOFTLAND AND POOR
        INSOLATION NATURE, ISEC2005-76017 American Society of Mechanical Engineer
        International Solar Energy Conference 2005, Proceedings of the 2005 International
        Solar Energy Conference Aug 6 - 12 , 2005, Orlando, Florida, USA.
     10. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER
         PLANT FOR SOFT-LAND, POOR insolation and moist weather country, ISEC2005-
         76019 American Society of Mechanical Engineer International Solar Energy Conference
         2005, Proceedings of the 2005 International Solar Energy Conference Aug 6 - 12 ,
         2005, Orlando, Florida, USA.
     11. ANALYSIS AND COMPARISON ON THE PHOTO VOLTAIC VERSUS SIAM SOLAR DISH
         SYSTEM FOR IMPLICATION TO THAILAND SOFTLAND AND POOR SOLAR
         INSOLATION NATURE, ISEC2005-76020 American Society of Mechanical Engineer
         International Solar Energy Conference 2005, Proceedings of the 2005 International
         Solar Energy Conference Aug 6 - 12 , 2005, Orlando, Florida, USA.
     12. ANALYSIS AND COMPARISON ON THE PHOTO VOLTAIC VERSUS SIAM SOLAR DISH
         SYSTEM FOR IMPLICATION TO THAILAND SOFTLAND AND POOR SOLAR
         INSOLATION NATURE, International Stirling Engine Conference, 12th, Durham, UK,
         2005.
     13. The Comparison of Different type reflector materials using with Small Solar Thermal
         Dish Stirling 10 kW Power Plant for Thailand Soft-land and Poor Insolation Nature,
         International Stirling Engine Conference, 12th, Durham, UK, 2005.

                                                               06/12/54
Published
13

     14. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER
         PLANT FOR SOFT-LAND, MEDIUM INSOLATION AND MOIST WEATHER COUNTRY,
         A2S5 The 13 th SolarPACES International Symposium on Concentrated Solar Power
         and Chemical Energy Technologies, June 20 – 23, 2006, Sevilla, SPAIN.
     15. THE COMPARISON OF PHOTOVOLTAIC WITH SMALL SOLAR DISH STIRLING FOR
         SOLAR HOME SYSTEM 50 WP IN THAILAND, MEDIUM INSOLATION NATURE, A7S5
         The 13 th SolarPACES International Symposium on Concentrated Solar Power and
         Chemical Energy Technologies, June 20 – 23, 2006, Sevilla, SPAIN.
     16. The Design of Small Solar Thermal Dish Stirling 500 W Stand Alone in Thailand.
         ES2007-36126, Proceedings of the Energy Sustainability 2007, June 27-30, 2007,
         Long beach, USA.
     17. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER
         PLANT FOR SOFT-LAND, MEDIUM insolation and moist weather country, ISEC2006-
         99008 American Society of 6, Mechanical Engineer International Solar Energy
         Conference 2006, Proceedings of the 2006 International Solar Energy Conference Jul
         18 - 13 , 2006, Denver, Colorado, USA.
     18. THE COMPARISON OF PHOTOVOLTAIC WITH SMALL SOLAR DISH STIRLING FOR
         SOLAR HOME SYSTEM 50 Wp IN THAILAND, MEDIUM INSOLATION NATURE,
         ISEC2006-99020 American Society of 6, Mechanical Engineer International Solar
         Energy Conference 2006, Proceedings of the 2006 International Solar Energy
         Conference Jul 18 - 13 , 2006, Denver, Colorado, USA.




                                                              06/12/54
Published
14

     19. The Design and Implementation of Small Solar Thermal Dish Stirling 10 KW Power Plant
         for Thailand Soft-land and MEDIUM Insolation Nature (Part 12) The SOLAR Stirling
         Engine PROTOTYPE FOR MEDIUM INSOLATION, Y979AM, 2nd International
         Symposium on Energy, Informatics and Cybernetics (EIC 2006) included as a Focus
         Symposium in the 10th World Multiconference on Systemics, Cybernetics and
         Informatics (WMSCI 2006) to be held in Orlando, USA, on July 16-19, 2006.
     20. CONTINOUS FLOW REACTOR USING REACTIVE DISTILLATION TECHNIQUE FOR
         CRUDE PALM OIL BIO-DIESEL PRODUCTION IN THAILAND, RENEWABLE ENERGY
         2006 International Conference and Exhibition, October 9-13, 2006, Chiba, Japan.
     21. The Design of Small Solar Thermal Dish Stirling 500 W Stand Alone in Thailand,
         International Stirling Engine Conference, 13th, May 17, 2007, Tokyo, Japan.
     22. The Comparison for Different Type of Drive Mechanism for Small Solar Stirling Engine
         500 W in Thailand, International Stirling Engine Conference, 13th, May 17, 2007, Tokyo,
         Japan.
     23. The Design for Possible Commercial Medium Insolation Solar Thermal Generation
         System Using Water as Working Fluid in Hot and Humid Climate Solar Paces
         2011,Granada, Spain, September 20‐23 2011




                                                                 06/12/54
Seminar
15

     1. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER
        PLANT FOR SOFT-LAND, MEDIUM INSOLATION AND MOIST WEATHER COUNTRY,
        A2S5 The 13 th SolarPACES International Symposium on Concentrated Solar Power and
        Chemical Energy Technologies, June 20 – 23, 2006, Sevilla, SPAIN.
     2. THE COMPARISON OF PHOTOVOLTAIC WITH SMALL SOLAR DISH STIRLING FOR
        SOLAR HOME SYSTEM 50 WP IN THAILAND, MEDIUM INSOLATION NATURE, A7S5
        The 13 th SolarPACES International Symposium on Concentrated Solar Power and
        Chemical Energy Technologies, June 20 – 23, 2006, Sevilla, SPAIN.
     3. THE STRUCTURE AND FOUNDATION DESIGN FOR SMALL SOLAR THERMAL DISH
        STIRLING 10 KW POWER PLANT FOR THAILAND SOFTLAND AND POOR INSOLATION
        NATURE, ISEC2005-76017 American Society of Mechanical Engineer International Solar
        Energy Conference 2005, Proceedings of the 2005 International Solar Energy
        Conference Aug 6 - 12 , 2005, Orlando, Florida, USA.
     4. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER
        PLANT FOR SOFT-LAND, POOR insolation and moist weather country, ISEC2005-76019
        American Society of Mechanical Engineer International Solar Energy Conference 2005,
        Proceedings of the 2005 International Solar Energy Conference Aug 6 - 12 , 2005,
        Orlando, Florida, USA.
     5. ANALYSIS AND COMPARISON ON THE PHOTO VOLTAIC VERSUS SIAM SOLAR DISH
        SYSTEM FOR IMPLICATION TO THAILAND SOFTLAND AND POOR SOLAR
        INSOLATION NATURE, ISEC2005-76020 American Society of Mechanical Engineer
        International Solar Energy Conference 2005, Proceedings of the 2005 International Solar
        Energy Conference Aug 6 - 12 , 2005, Orlando, Florida, USA.




                                                                 06/12/54
Seminar
16

     6.   Efficiency Improvement of Small Solar Thermal Dish Stirling Power Plant 10 kW
          system by means of additional Solar Cavity, การประชมวิศวกรรม สาขาไฟฟา ครังที่ 4,
                                                             ุ                ้    ้
          วนที่ 23 กนยายน 2547 อาคารวิศวกรรมสถานแห่งประเทศไทย 18:00– 20:30 น.
           ั        ั
     7. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW
        with lead acid battery storage in Thailand. The 12th SolarPACES International
        Symposium Mexico 2004 OAXACA, MEXICO, October 6 – 8, 2004.
     8. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW
        with lead acid battery storage in Thailand. (Part6) The New Mechanism for Tracking
        System in Small Solar Thermal Dish Stirling Power Plant 10 kW. Thailand National
        Engineering Week Program (National Standard Year 2004) October 31, 2004.
     9. การวิจยแนวทางการก่อสร้ างโรงไฟฟาต้ นแบบขนาด ๑๐ กิโลวตต์ โดยใช้ พลังงานความร้ อนจาก
              ั                        ้                    ั
        แสงอาทิตย์ แผนงานวิจย และ พัฒนาเพือสนับสนุนอุตสาหกรรมปองกันประเทศ และ พลังงาน
                            ั                ่                 ้
        ทหาร๑๗ ธนวาคม ๒๕๔๗
                 ั
     10. Design and Construction of Small Solar Thermal Dish Stirling 10kw Power Plant with
         Lead Acid Battery Storage in Thailand, การประชมวศวกรรม สาขาไฟฟา ครังที่ 12, วันที่ 13
                                                       ุ ิ               ้   ้
         มกราคม 2548 อาคารวิศวกรรมสถานแห่งประเทศไทย 18:00– 20:30 น.
     11. ANALYSIS AND COMPARISON ON THE PHOTO VOLTAIC VERSUS SIAM SOLAR DISH
         SYSTEM FOR IMPLICATION TO THAILAND SOFTLAND AND POOR SOLAR
         INSOLATION NATURE, International Stirling Engine Conference, 12th, Durham, UK,
         2005.
     12. The Comparison of Different type reflector materials using with Small Solar Thermal
         Dish Stirling 10 kW Power Plant for Thailand Soft-land and Poor Insolation Nature,
         International Stirling Engine Conference, 12th, Durham, UK, 2005.



                                                                06/12/54
Seminar
17

     13. The Design and Implementation of Small Solar Thermal Dish Stirling 10 KW Power Plant
         for Thailand Soft-land and MEDIUM Insolation Nature (Part 12) The SOLAR Stirling
         Engine PROTOTYPE FOR MEDIUM INSOLATION, Y979AM, 2nd International
         Symposium on Energy, Informatics and Cybernetics (EIC 2006) included as a Focus
         Symposium in the 10th World Multiconference on Systemics, Cybernetics and
         Informatics (WMSCI 2006) to be held in Orlando, USA, on July 16-19, 2006.
     14. The Design of Small Solar Thermal Dish Stirling 500 W Stand Alone in Thailand,
         International Stirling Engine Conference, 13th, May 17, 2007, Tokyo, Japan
     15. The Comparison for Different Type of Drive Mechanism for Small Solar Stirling Engine
         500 W in Thailand, International Stirling Engine Conference, 13th, May 17, 2007, Tokyo,
         Japan
     16. Hydrogen Enhance System, Royal Thai Navy, November 24, 2008.
     17. Hydrogen Enhance System, Ministry of Defense, Research and Development Center,
         August 10, 2009.
     18. Hydrogen Enhance System, Ministry of Energy, May 27, 2009.
     19. Development of Millennium HHO Generator® Hydrogen Enhance System National
         Research Center, Ministry of Science, Graduate School, Chiang Mai University,
         Thailand, April 23, 2010.
     20. Hydrogen Enhance System, Royal Thai Navy, November 24, 2008.
     21. Hydrogen Enhance System, Ministry of Energy, May 27, 2009.
     22. Hydrogen Enhance System, Ministry of Defense, Research and Development Center,
         August 10, 2009.
     23. Development of Millennium HHO Generator® Hydrogen Enhance System National
         Research Center, Ministry of Science, Graduate School, Chiang Mai University,
         Thailand, April 23, 2010.




                                                                  06/12/54
18




     06/12/54
19   Portfolio
     Suravut Snidvongs
     211/2 V.S.S Bldg, Ratchadaphisek Rd,.Din-Daeng, Bangkok, Thailand,
     10400
     Tel 662 276 7908 -9 Fax 662 276 7913 airscan_t@yahoo.com
                                                  06/12/54

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Who is Suravut Snidvongs

  • 1. 1 PORTFOLIO 06/12/54 Eng’r Suravut Snidvongs
  • 2. Biography 2 Eng’r Suravut Snidvongs • 211/2 V.S.S Bldg, Ratchadaphisek Rd., Din-Daeng, bangkok, Thailand, 10400 • Tel 662 276 7908 - 9 Fax 662 276 7913 • Email: airscan_t@yahoo.com • Skype: dr.jack.wong • November 29, 1962. Education 1. Prathom Sathit, Prasanmitr 2. Mathayom Sathit, Prasanmit 3. Triam Udom Suksa Phraya Tai 4. Chulalongkorn University, Faculty of Education, Physics 5. Songkla University, Faculty of Engineering, Civil 6. Adamson University, Faculty of Engineering, Electrical 7. Cornell College, Faculty of Art, Computer Science 8.Northrop University, Faculty of Engineering, Electrical & Management 9.Naraesuan University, Faculty of Science, School of Renewable Energy. 06/12/54
  • 3. Masterwork 3 1. Fiberglass Design and Production 1.1. Bouygues Thai, Muang Thong Thani, Gabage Duct 1.2. Thai Lee, Pathum Thani, Chemical Tank 1.3. Thai Rayong, Bang Pu, Chemical Tank 1.4. Regent Ratchada, Bath Tub, Skylight, Water Treatment System 1.5. Regent Sri Nakarin, Bath Tub, Water Treatment System 1.6. Thanyatorn, Water Treatment System 1.7. T.Termboon , Water Tank, Greese Trap, Water Treatment System 1.8. World trade Center, Toilet Partion, Skylight 1.9. Chamnanpenchart Building Skylight 1.10. Step hull boat 1.11. Watering boat 1.12. Artificial Marble 1.13. Artificial Granite 1.14. Sink 1.15. Urinate Blow 1.16. Toilet Blow 1.17. Floor Tile 1.18. Wall 1.19. Soap Tray 1.20. Modular House 1.21. Modular Bath Room 1.22. Wood Door 1.23. Super Chao Phraya Boat 1.24. Siam Center Skylight 1.25. World Trade Center Geodesic Dome 1.26. Phoebus Geodesic Dome 1.27. Future Park Bang Khae Skylight 1.28. The Mall Bang Kahe Geodesic Dome 1.29. The Mall Bang Ka Pi Skywalk 1.30. The mall Ngam Wong Wan Skywalk 1.31. Maxwell Golf Car Body 1.32. Sri Racha, Water Tank 1.33. Khao Kong Cruise Ship 06/12/54 1.34. Mun Kong Khae Ha Karn Hua Hun, Bath Tub
  • 4. Masterwork 4 2. Design and Construct Space Frame, Space Truss, Geodesic Dome, Tendon 2.1. Future Park Bang Khae, Geodesic Dome Diameter 20 m, Barrel Vault, Square Space Frame. 2.2. The Mall Bang Khae, Geodesic Dome Diameter 20 m. 2.3. Royal Charoen Krung, Geodesic Dome Diameter 30 m. 2.4. Phoebus, Geodesic Dome Diameter 18 and 50 m. 2.5. Central Bangna, Amusement Park Space Frame Roof Span 80 m. 2.6. Mukdahan Tower, Sphere diameter 18 m. 2.7. Central Rama III, Bowling Roof, Theatre Roof, Diamond Cut Sky Light, Wave Sky Light. 2.8. Chamnanphenchart Bldg, Space Frame. 2.9. Bai Yok tower II, Chevron, Skylight. 2.10. Ch. Karn Chang Bldg, Space Frame. 2.11. MRT Station Hua Lam Pong and Lum Pini. 2.12. Muang Thong Thani Compact Arena 2 and 3 2.13. Kasemraj Hospital, Space Frame. 2.14. Sin Bhat Hospital Ram Indra, Space Frame. 2.15. Garden Home Space Frame. 2.16. Rama Garden Hotel, Hydraulic Stage. 2.17. Pahonyothin Plaza, Entrance Space Frame. 2.18. South City Building, Space Frame 2.19. Mahad Thai Plaza, Geodesic Dome diameter 8 m. 2.20. Safari World Ram Indra, Dolphin Roof. 2.21. World Trade Center, Geodesic Dome diameter 25 m, Skylight. 2.22. Ministry of Agriculture Hangar, Nakorn Sawan 2.23. Ministry of Agriculture Hangar, Nakorn Rajsima 2.24. Chulabhorn Institute, Geodesic Dome diameter 20 m. 2.25. Siam Center, Space Frame. 2.26. Mobile Seat 2.27. President Hotel, Mezzanine Entrance 06/12/54
  • 5. Masterwork 5 3. Design, Install, Maintenance Aircraft Components 3.1. Vertical Wind Tunnel, Royal Thai Army 3.2. Horizontal Wind Tunnel, Royal Thai Airforce 3.3. Radar Search and Rescue DO-228, Royal Thai Navy 3.4. VIP Room CH-47D S/N999, Royal Thai Army 3.5. Fire Fighter S2F, Royal Thai Navy 3.6. BLR Strake for UH-1H Royal Thai Army 3.7. Telephone and Communication Recorder , Air Traffic Control, Royal Thai Air Force 3.8. Jet Stream 41 Air Condition System, Department of Aviation 3.9. Beech Craft King Air 200 Propeller Maintenance, Department of Aviation 3.10. Flight Management System, Aeronautical Radio of Thailand 3.11. Flight Management System, Bell 412, Royal Thai Air Force 3.12. Flight Management System, Beach Craft 1900, Royal Thai Army 3.13. Communication System for Agriculture Fleet 3.14. Communication System for Civil Aviation Training Center 3.15. Security System for armory, Royal Thai Army 3.16. Super Huey upgrade for UH-1H 06/12/54
  • 6. Masterwork 6 4. Herbal 4.1. Essential Oil Solvent Extract, save energy, low temp, recycle. 4.2. Essential Oil Steam Extract, save energy, low temp, recycle. 4.3. Herbal Dryer, save energy, low temp, recycle 4.4. Solar Herbal Dryer recycle 4.5. Cold Pressed Screw 4.6. Chopper and grinder 4.7. Develop Chelated Iron for Hydroponic 4.8. Substitute Egg 06/12/54
  • 7. Masterwork 7 5. Renewable Energy 5.1. High Efficiency Steam Engine 5.2. Tesla turbine 1 and 20 kW 5.3. Thermoelectic Converter 5.4. Stirling Engine 500W, 1 kW, 5 kW, 10 kW 5.5. Bio Diesel Reactive Distil Process 5.6. Solar Thermal Power Plant 5.7. Solar Hot Water 5.8. Electrical Tuk Tuk 5.9. Inverter and Charge Controller for Solar Home 100 VA 5.10. Inverter 2 KVA Single and 3 Phase 5.11. Solar Tracker System 5.12. Compressed Air Engine for Tuk Tuk and Small Car 5.13 Electric Car 5.14. Steam Turbine 20 kW 5.15. Compact Linear Fresnel System 10 kW 5.16. Solar Dish Stirling 10 kW 5.17 Solar Dish Steam Turbine 10 kW 5.18. Fungi and Yeast improvement for Ethanol Fermentation 5.19. High Efficiency Ethanol Distill 95 % 5.20. Ethanol intensify 95 % to 99.5 % 5.21. Ethanol Filter 5.22. High Efficiency Solar Ethanol Distill 5.23. Hydrogen On Demand System 5.24. Hydrogen On Demand System Controller 5.25 Magnetic Water Filter, Cyclone, Infrared and high frequency 5.26 Non Water Palm Oil Process 5.27 Palm Oil Bio Diesel non waste water, no acid, no base, methanol recycle, glycerin purify. 5.28 The Promotion of Rice Intensification by Rice Management Method 5.29 Solar Thermal Tesla Steam Turbine 10 kW. 5.30 Compact Linear Fresnel Reflector 10 kW 06/12/54
  • 8. Appointed 8 1. 2544 – 2553 ที่ปรึกษารองหัวหน้ าพรรคชาติพฒนา รต. ดร. ประพาส ลิมประพันธุ์ ั 2. 2546 – 2546 ที่ปรึกษาผ้ ช่วยรัฐมนตรีกระทรวงแรงงาน รต. ดร. ประพาส ลิมประพันธุ์ ู 3. 2546 – 2548 ที่ปรึกษาสภาวจยกลาโหม ิั 4. 2547 – 2548 ที่ปรึกษาผู้ช่วยรัฐมนตรี ประจําสํานักนายกรัฐมนตรี รต. ดร. ประพาส ลิมประพันธุ์ 5. 2546 – ปั จจุบน สมาชิกวิศวกรรมสถานแห่งประเทศไทย (ตลอดชีพ) ั 6. 2548 – 2550 กรรมการไฟฟากําลังวิศวกรรมสถานแห่งประเทศไทย ้ 7. 2548 – 2549 ที่ปรึกษาผ้ ช่วยรัฐมนตรี กระทรวงตางประเทศ รต. ดร. ประพาส ลิมประพันธุ์ ู ่ 8. 2550 – 2551 ที่ปรึกษาคณะอนุกรรมการเสริ มสร้ างเครื อข่ายภาครัฐ ภาคเอกชน และ ภาคประชาชน ใน การปองกัน และ ปราบปรามการทุจริ ต และ ประพฤติมิชอบ ้ 9. 2551 – 2554 ติดตามผู้อํานวยการสํานักงานส่งเสริมการค้ าในต่างประเทศ ณ นครชิคาโก ประเทศ สหรัฐอเมริกา 10. 2555 - ที่ปรึกษาอนุกรรมาธิการพลังงานไฟฟา กรรมาธิการพลังงาน วุฒิสภา ้ 06/12/54
  • 9. 9 06/12/54
  • 10. Patents 10 1. HHO on Demand Thai Patent Pending, and US Patents Pending 2. HHO controller Thai Patents Pending 3. Orange Oil 4. Coconut Cream Base 5. Curcuma Cream 6. Zingiber Cream 7. Capcicin Cream 8. Ginger Cream 9. Pepper Cream 10. Coffee Cream 11. Bale Cream 12. Asiatic Pennywort Cream 13. Muscle Pain Relief 14. Pimple Cream 15. Melisma Cream 16. Menopause Cream 17. Cellulite Reduce Cream 18. Magnetic Water 19. Vegan egg 20. Fruit Drop 06/12/54
  • 11. Published 11 1. แผนการปองกัน และ ทําลาย เชื ้อไข้ หวัดนกกลายสายพันธุ์เป็ นหวัดมรณะ Ultraviolet ้ Germicidal Irradiation (UVGI) โดยนอ. นพ. พนิต จนทรภกดี รน., นาย สุรวุฒิ สนิทวงศ์ ณ ั ั อยธยา, 6 เมษายน 2546 และ 25 มกราคม2547, เสนอ พณฯ สนทยา คุณปลื ้ม รัฐมนตรี วาการ ุ ่ กระทรวง สาธารณสข ุ 2. Paper 05P-681. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW with lead acid battery storage in Thailand. (Part1a) The system Design, 2004 SAE WORLD CONGRESS, March 8 - 11, 2004, Cobo Center, Detroit, Michigan. 3. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW with lead acid battery storage in Thailand. (Part4) Efficiency Improvement of Small Solar Thermal Dish Stirling Power Plant 10 kW system by means of additional Solar Cavity, การประชมวิศวกรรม สาขาไฟฟา ครังที่ 4 วิศวกรสถานแห่งประเทศไทย, 23 กนยายน 2547. ุ ้ ้ ั 4. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW with lead acid battery storage in Thailand. (Part6) The New Mechanism for Tracking System in Small Solar Thermal Dish Stirling Power Plant 10 kW. Thailand National Engineering Week Program (National Standard Year 2004) October 31, 2004. 5. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW with lead acid battery storage in Thailand. The 12th SolarPACES International Symposium Mexico 2004 OAXACA, MEXICO, October 6 – 8, 2004 . 6. Efficiency Improvement of Small Solar Thermal Dish Stirling Power Plant 10 kW system by means of additional Solar Cavity, 12 th Dinner Talk, วันที่ 23 กันยายน 2547 อาคาร วิศวกรรมสถานแห่งประเทศไทย 18:00– 20:30 น. 7. การวิจยแนวทางการก่อสร้ างโรงไฟฟาต้ นแบบขนาด ๑๐ กิโลวัตต์ โดยใช้ พลังงานความร้ อนจาก ั ้ แสงอาทิตย์ แผนงานวิจย และ พัฒนาเพื่อสนับสนุนอุตสาหกรรมปองกันประเทศ และ พลังงาน ั ้ ทหาร๑๗ ธนวาคม ๒๕๔๗ ั 06/12/54
  • 12. Published 12 8. Design and Construction of Small Solar Thermal Dish Stirling 10kw Power Plant with Lead Acid Battery Storage in Thailand, 12 th Dinner Talk, วันที่ 13 มกราคม 2548 อาคาร วิศวกรรมสถานแห่งประเทศไทย 18:00– 20:30 น. 9. THE STRUCTURE AND FOUNDATION DESIGN FOR SMALL SOLAR THERMAL DISH STIRLING 10 KW POWER PLANT FOR THAILAND SOFTLAND AND POOR INSOLATION NATURE, ISEC2005-76017 American Society of Mechanical Engineer International Solar Energy Conference 2005, Proceedings of the 2005 International Solar Energy Conference Aug 6 - 12 , 2005, Orlando, Florida, USA. 10. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER PLANT FOR SOFT-LAND, POOR insolation and moist weather country, ISEC2005- 76019 American Society of Mechanical Engineer International Solar Energy Conference 2005, Proceedings of the 2005 International Solar Energy Conference Aug 6 - 12 , 2005, Orlando, Florida, USA. 11. ANALYSIS AND COMPARISON ON THE PHOTO VOLTAIC VERSUS SIAM SOLAR DISH SYSTEM FOR IMPLICATION TO THAILAND SOFTLAND AND POOR SOLAR INSOLATION NATURE, ISEC2005-76020 American Society of Mechanical Engineer International Solar Energy Conference 2005, Proceedings of the 2005 International Solar Energy Conference Aug 6 - 12 , 2005, Orlando, Florida, USA. 12. ANALYSIS AND COMPARISON ON THE PHOTO VOLTAIC VERSUS SIAM SOLAR DISH SYSTEM FOR IMPLICATION TO THAILAND SOFTLAND AND POOR SOLAR INSOLATION NATURE, International Stirling Engine Conference, 12th, Durham, UK, 2005. 13. The Comparison of Different type reflector materials using with Small Solar Thermal Dish Stirling 10 kW Power Plant for Thailand Soft-land and Poor Insolation Nature, International Stirling Engine Conference, 12th, Durham, UK, 2005. 06/12/54
  • 13. Published 13 14. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER PLANT FOR SOFT-LAND, MEDIUM INSOLATION AND MOIST WEATHER COUNTRY, A2S5 The 13 th SolarPACES International Symposium on Concentrated Solar Power and Chemical Energy Technologies, June 20 – 23, 2006, Sevilla, SPAIN. 15. THE COMPARISON OF PHOTOVOLTAIC WITH SMALL SOLAR DISH STIRLING FOR SOLAR HOME SYSTEM 50 WP IN THAILAND, MEDIUM INSOLATION NATURE, A7S5 The 13 th SolarPACES International Symposium on Concentrated Solar Power and Chemical Energy Technologies, June 20 – 23, 2006, Sevilla, SPAIN. 16. The Design of Small Solar Thermal Dish Stirling 500 W Stand Alone in Thailand. ES2007-36126, Proceedings of the Energy Sustainability 2007, June 27-30, 2007, Long beach, USA. 17. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER PLANT FOR SOFT-LAND, MEDIUM insolation and moist weather country, ISEC2006- 99008 American Society of 6, Mechanical Engineer International Solar Energy Conference 2006, Proceedings of the 2006 International Solar Energy Conference Jul 18 - 13 , 2006, Denver, Colorado, USA. 18. THE COMPARISON OF PHOTOVOLTAIC WITH SMALL SOLAR DISH STIRLING FOR SOLAR HOME SYSTEM 50 Wp IN THAILAND, MEDIUM INSOLATION NATURE, ISEC2006-99020 American Society of 6, Mechanical Engineer International Solar Energy Conference 2006, Proceedings of the 2006 International Solar Energy Conference Jul 18 - 13 , 2006, Denver, Colorado, USA. 06/12/54
  • 14. Published 14 19. The Design and Implementation of Small Solar Thermal Dish Stirling 10 KW Power Plant for Thailand Soft-land and MEDIUM Insolation Nature (Part 12) The SOLAR Stirling Engine PROTOTYPE FOR MEDIUM INSOLATION, Y979AM, 2nd International Symposium on Energy, Informatics and Cybernetics (EIC 2006) included as a Focus Symposium in the 10th World Multiconference on Systemics, Cybernetics and Informatics (WMSCI 2006) to be held in Orlando, USA, on July 16-19, 2006. 20. CONTINOUS FLOW REACTOR USING REACTIVE DISTILLATION TECHNIQUE FOR CRUDE PALM OIL BIO-DIESEL PRODUCTION IN THAILAND, RENEWABLE ENERGY 2006 International Conference and Exhibition, October 9-13, 2006, Chiba, Japan. 21. The Design of Small Solar Thermal Dish Stirling 500 W Stand Alone in Thailand, International Stirling Engine Conference, 13th, May 17, 2007, Tokyo, Japan. 22. The Comparison for Different Type of Drive Mechanism for Small Solar Stirling Engine 500 W in Thailand, International Stirling Engine Conference, 13th, May 17, 2007, Tokyo, Japan. 23. The Design for Possible Commercial Medium Insolation Solar Thermal Generation System Using Water as Working Fluid in Hot and Humid Climate Solar Paces 2011,Granada, Spain, September 20‐23 2011 06/12/54
  • 15. Seminar 15 1. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER PLANT FOR SOFT-LAND, MEDIUM INSOLATION AND MOIST WEATHER COUNTRY, A2S5 The 13 th SolarPACES International Symposium on Concentrated Solar Power and Chemical Energy Technologies, June 20 – 23, 2006, Sevilla, SPAIN. 2. THE COMPARISON OF PHOTOVOLTAIC WITH SMALL SOLAR DISH STIRLING FOR SOLAR HOME SYSTEM 50 WP IN THAILAND, MEDIUM INSOLATION NATURE, A7S5 The 13 th SolarPACES International Symposium on Concentrated Solar Power and Chemical Energy Technologies, June 20 – 23, 2006, Sevilla, SPAIN. 3. THE STRUCTURE AND FOUNDATION DESIGN FOR SMALL SOLAR THERMAL DISH STIRLING 10 KW POWER PLANT FOR THAILAND SOFTLAND AND POOR INSOLATION NATURE, ISEC2005-76017 American Society of Mechanical Engineer International Solar Energy Conference 2005, Proceedings of the 2005 International Solar Energy Conference Aug 6 - 12 , 2005, Orlando, Florida, USA. 4. THE DESIGN AND IMPLEMENTATION OF PARABOLIC TROUGH 300 kW POWER PLANT FOR SOFT-LAND, POOR insolation and moist weather country, ISEC2005-76019 American Society of Mechanical Engineer International Solar Energy Conference 2005, Proceedings of the 2005 International Solar Energy Conference Aug 6 - 12 , 2005, Orlando, Florida, USA. 5. ANALYSIS AND COMPARISON ON THE PHOTO VOLTAIC VERSUS SIAM SOLAR DISH SYSTEM FOR IMPLICATION TO THAILAND SOFTLAND AND POOR SOLAR INSOLATION NATURE, ISEC2005-76020 American Society of Mechanical Engineer International Solar Energy Conference 2005, Proceedings of the 2005 International Solar Energy Conference Aug 6 - 12 , 2005, Orlando, Florida, USA. 06/12/54
  • 16. Seminar 16 6. Efficiency Improvement of Small Solar Thermal Dish Stirling Power Plant 10 kW system by means of additional Solar Cavity, การประชมวิศวกรรม สาขาไฟฟา ครังที่ 4, ุ ้ ้ วนที่ 23 กนยายน 2547 อาคารวิศวกรรมสถานแห่งประเทศไทย 18:00– 20:30 น. ั ั 7. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW with lead acid battery storage in Thailand. The 12th SolarPACES International Symposium Mexico 2004 OAXACA, MEXICO, October 6 – 8, 2004. 8. The Design and Implementation of Small Solar Thermal Dish Stirling Power Plant 10 kW with lead acid battery storage in Thailand. (Part6) The New Mechanism for Tracking System in Small Solar Thermal Dish Stirling Power Plant 10 kW. Thailand National Engineering Week Program (National Standard Year 2004) October 31, 2004. 9. การวิจยแนวทางการก่อสร้ างโรงไฟฟาต้ นแบบขนาด ๑๐ กิโลวตต์ โดยใช้ พลังงานความร้ อนจาก ั ้ ั แสงอาทิตย์ แผนงานวิจย และ พัฒนาเพือสนับสนุนอุตสาหกรรมปองกันประเทศ และ พลังงาน ั ่ ้ ทหาร๑๗ ธนวาคม ๒๕๔๗ ั 10. Design and Construction of Small Solar Thermal Dish Stirling 10kw Power Plant with Lead Acid Battery Storage in Thailand, การประชมวศวกรรม สาขาไฟฟา ครังที่ 12, วันที่ 13 ุ ิ ้ ้ มกราคม 2548 อาคารวิศวกรรมสถานแห่งประเทศไทย 18:00– 20:30 น. 11. ANALYSIS AND COMPARISON ON THE PHOTO VOLTAIC VERSUS SIAM SOLAR DISH SYSTEM FOR IMPLICATION TO THAILAND SOFTLAND AND POOR SOLAR INSOLATION NATURE, International Stirling Engine Conference, 12th, Durham, UK, 2005. 12. The Comparison of Different type reflector materials using with Small Solar Thermal Dish Stirling 10 kW Power Plant for Thailand Soft-land and Poor Insolation Nature, International Stirling Engine Conference, 12th, Durham, UK, 2005. 06/12/54
  • 17. Seminar 17 13. The Design and Implementation of Small Solar Thermal Dish Stirling 10 KW Power Plant for Thailand Soft-land and MEDIUM Insolation Nature (Part 12) The SOLAR Stirling Engine PROTOTYPE FOR MEDIUM INSOLATION, Y979AM, 2nd International Symposium on Energy, Informatics and Cybernetics (EIC 2006) included as a Focus Symposium in the 10th World Multiconference on Systemics, Cybernetics and Informatics (WMSCI 2006) to be held in Orlando, USA, on July 16-19, 2006. 14. The Design of Small Solar Thermal Dish Stirling 500 W Stand Alone in Thailand, International Stirling Engine Conference, 13th, May 17, 2007, Tokyo, Japan 15. The Comparison for Different Type of Drive Mechanism for Small Solar Stirling Engine 500 W in Thailand, International Stirling Engine Conference, 13th, May 17, 2007, Tokyo, Japan 16. Hydrogen Enhance System, Royal Thai Navy, November 24, 2008. 17. Hydrogen Enhance System, Ministry of Defense, Research and Development Center, August 10, 2009. 18. Hydrogen Enhance System, Ministry of Energy, May 27, 2009. 19. Development of Millennium HHO Generator® Hydrogen Enhance System National Research Center, Ministry of Science, Graduate School, Chiang Mai University, Thailand, April 23, 2010. 20. Hydrogen Enhance System, Royal Thai Navy, November 24, 2008. 21. Hydrogen Enhance System, Ministry of Energy, May 27, 2009. 22. Hydrogen Enhance System, Ministry of Defense, Research and Development Center, August 10, 2009. 23. Development of Millennium HHO Generator® Hydrogen Enhance System National Research Center, Ministry of Science, Graduate School, Chiang Mai University, Thailand, April 23, 2010. 06/12/54
  • 18. 18 06/12/54
  • 19. 19 Portfolio Suravut Snidvongs 211/2 V.S.S Bldg, Ratchadaphisek Rd,.Din-Daeng, Bangkok, Thailand, 10400 Tel 662 276 7908 -9 Fax 662 276 7913 airscan_t@yahoo.com 06/12/54