Industry CO 2 replaces dangerous freones when manufacturing polyurethanfoam

2. Carbon dioxide (CO2) can replace substances injurious to the environment, such as freones, perchloroethylene, hydrochloric acid, etc.

3. CO2 is an environmentally friendly natural resource that creates new possibilities replacing many of today’s toxic solutions.

4. IndustryCO2 replaces dangerous freones when manufacturing polyurethanfoam

5. Swimming Pools CO2 replaces hydrochloric acid

6. Drinking Water CO2 improves purification and counteracts pipe corrosion

7. Transportation CO2 replaces dangerous freones in refrigerator-transports

8. Softdrinks & Beer CO2 improves the keeping qualities and the taste of the drinks

9. Food Carbon dioxide adsorbed into the fluids on the surface of foodstuffs inhibits bacterial growth giving them a longer, high-quality shelf life.

10. Green houses CO2 improves the growth conditions for plants in a natural way

11. Dry-Clean CO2 replaces perchloroethylene and petroleumbased solvents. Seewww.washpoint.com

12. CO2 should be handled with care! Every day new revolutionary applications for CO2are emerging. CO2 is a very interesting market with a enormous potential It is in everyone’s interest to make it as safe as possible to use and to handle.

13. The effect of CO2 on man 8.0% IDLH (OSHA) 4.0% Main alarm 3.0% Pre alarm 1.50% 0.50% 0.10% 0.04% Fresh air (click on the picture)

14. Example Kg CO2 10 20 200 Ceiling height 2.4 m 500 ___ = m2 Floor area by 3%

15. Example Leakage Kg CO2 10 20 In a room which is 5x5 m and the ceiling height 2.4 m the CO2 concentration is _____%

16. What are the alternatives? • Ventilation • CO2 Safety System • Combination

17. Advantages with CO2 Alarm 1. Minimal running costs 2. A leakage is immediately disclosed 3. Built -in function control 4. A cost effective installation 5. Can start the ventilation when needed

18. Our system is unique

19. Based on sophisticated prize winning technology

20. PHOTONICSCIRCLE OF EXCELLENCEAWARD

21. The high-tech LogiCO2 system has patented infrared gold plated sensors

22. Microprocessor based electronics Control of all parameters

23. ABC self calibration - 5 year guarantee on calibration

24. Price development of IR gas sensors Unit cost 100000 History Calectro CO2 sensors 10000 1000 100 1980 1985 1990 1995 2000 2005

25. Responsible for a major environmental breakthrough Mr Jack Belluscio / Global Technologies: ”At Global Technologies we are launching revolutionary, awardwinning technology using CO2 which has enabled us to eliminate highly-regulated substances such as trichloroethylene and perchloroethylene while at the same time improving performance and efficiency. With so much invested in the future, we would never compromise on safety. The CO2 safety system is as logical as the seat belts are in the car”.

26. Our personnel is our most valuable resource Mr Piet van Os / Heineken ”At Heineken we would never put our personnel to any risk. Therefor we decided early on to incorporate CO2 Safety Systems in our plans. It took two years of rigorous testing before we made our choice”. ”We haven’t regretted it”.

27. McDonald´s Magazine QSC&V 2001 Volume 5, issue 2, page 15 The McDonald´s CO2 Safety System ”A new CO2 Safety System is now standard for all new McDonald´s worldwide, whether these restaurants use bulk CO2 or high-pressure cylinders. The equipment, available for all restaurants to monitor and detect CO2 levels in the restaurant, can help prevent potential incidents for employees and customers. The McDonald´s CO2 Safety System is comprised of a central unit, along with up to four sensors and warning lights in series, depending on the location. The sensors feature a digital display for easy check and total control. Before the CO2 reaches levels that are considered too high, an alarm and light will notify all crew to clear the area.”

28. Protect your interests and install a LogiCO2 CO2 Safety System

30. The effect of CO2 on man 8.0% IDLH (OSHA) 4.0% Main alarm 3.0% Pre alarm 1.50% 0.50% 0.10% Recommended indoor limit value 0.04% Fresh air (click on the picture)

31. The effect of CO2 on man 8.0% IDLH (OSHA) 4.0% Main alarm 3.0% Pre alarm 1.50% 0.50% Hygienic limit value 0.10% Recommended indoor limit value 0.04% Fresh air (click on the picture)

32. The effect of CO2 on man 8.0% IDLH (OSHA) 4.0% Main alarm 3.0% Shortness of breath and increased heart frequency Pre alarm 1.50% 0.50% Hygienic limit value 0.10% Recommended indoor limit value 0.04% Fresh air (click on the picture)

33. The effect of CO2 on man 8.0% IDLH (OSHA) 4.0% Muscular pain, unconsciousness and convulsions Main alarm 3.0% Shortness of breath and increased heart frequency Pre alarm 1.50% 0.50% Hygienic limit value 0.10% Recommended indoor limit value 0.04% Fresh air (click on the picture)

34. The effect of CO2 on man 8.0% Immediate danger to life and health IDLH (OSHA) 4.0% Muscular pain, unconsciousness and convulsions Main alarm 3.0% Shortness of breath and increased heart frequency Pre alarm 1.50% 0.50% Hygienic limit value 0.10% Recommended indoor limit value 0.04% Fresh air (click on the picture)

35. The effect of CO2 on man Convulsions, immediate paralysis and death 8.0% Immediate danger to life and health IDLH (OSHA) 4.0% Muscular pain, unconsciousness and convulsions Main alarm 3.0% Shortness of breath and increased heart frequency Pre alarm 1.50% 0.50% Hygienic limit value 0.10% Recommended indoor limit value 0.04% Fresh air (click on the picture)

36. Example Kg CO2 10 20 200 Ceiling height 2.4 m 500 = 69 m2 Floor area by 3%

37. Example Kg CO2 10 20 200 Ceiling height 2.4 m 500 = 139 m2 Floor area by 3%

38. Example Kg CO2 10 20 200 Ceiling height 2.4 m 500 = 1390 m2 Floor area by 3%

39. Example Kg CO2 10 20 200 Ceiling height 2.4 m 500 = 3470 m2 Floor area by 3%

41. Example Leakage Kg CO2 10 20 In a room which is 5x5 m and the ceiling height 2.4 m the CO2 concentration is 8%

42. Example Leakage Kg CO2 10 20 In a room which is 5x5 m and the ceiling height 2.4 m the CO2 concentration is 16%