Manufacturer since 1930 s ATI ENVIRONNEMENT. Presentation. Dr KIM Moody, Export Director. Oct. 14, 2010

Transcription

1 Manufacturer since 1930 s ATI ENVIRONNEMENT Presentation Dr KIM Moody, Export Director Oct. 14, 2010

2 ATI ENVIRONNEMENT manufactures incinerators, since 1930 Well Known in the World Respecting New European Regulation EC 76/2000

3 Incineration is the only solution to eliminate DEFINITIVELY organic waste like hospital waste, pharmaceutical waste, oily waste, animal waste, all kinds of industrial hazardous waste. Incinerators become CLEAN and ENERGY RECYCLING technology.

4 NEW GENERATION INCINERATOR 1- No pollution Water, Soil and Air 2- No colors and no smell out of chimney 3- Completely combustion (unburned rated: less 3%) 4-Entirely automatic operation

5 Particulates content in the air in Paris: 5 mg/m3 How much clean? Out of the chimney of incinerator: 3 mg/m3

6 How much clean? * 85,000 tons cigarette per year in France: 85,000 t/y x 8,000 m3/t x 25,000 mg CO/t = 17,000,000,000,000 mg CO (17,000 t CO) * 10,000,000 tons domestic waste incinerated per year: 10,000,000 t/y x 8,000 m3/t x 50 mg CO/t = 4,000,000,000,000 mg CO (4,000 t CO)

7 Our references and experiences!

8 More than 3,000 installations through the world COUNTRY CLIENT NAME MODEL DATE Bahrain Ministry of Health 2 lines of H.P (250 kg/hr x 2 lines) Iran TEHRAN REFINERY HP H2S Iraq Yeux Al Ramad Hospital BAGDAD 20 incinerators for whole hospitals in Iraq 5 incinerators for hospitals in North of Iraq (Tak Tak Hospital, Balesan Hospital and Ashti Hospital) H.P 350 MG 19 units x C.P unit x C.P and units x CP Yajooz Hospital C.P. 100 Jordan Prince Hamzeh Hospital C.P Al Hussein Hospital AL SALT C.P Aqabar Slaughterhouse C.P Kuwait KUWAIT Hospital I.550 T.R.M

9 BEYROUTH Hospital C.P 30 BEIT CHEBBAB Hospital C.P 30 BEYROUTH Hospital PAP 75 M Lebanon Notre Dame des Secours Hospital PR 175 NABATRIEN Hospital PAR 75 BEYROUTH Clinical PA 125 M Solarco Trading Cie BEYROUTH PA 40 M C.I.S BEYROUTH PR 40 G Your specialist in incineration for 80 years. SYR EL DANNICH - TRIPOLI C.P.30 RACHAYA Hospital PAR 75 Dar Al-Amal Hospital C.P Halba Hospital C.P Hermel Hospital C.P Sibline Hospital C.P

10 COUNTRY CLIENT NAME MODEL DATE Libya Oman TRIPOLI Slaughterhouse TRIPOLI Industrial waste BENGHAZI Slaughterhouse BENGHAZI Industrial waste BEIDA Slaughterhouse BEIDA Industrial waste 2 ton/h 500 kg/h 2 ton/h 500 kg/h 1 ton/h 250 kg/h 7 th April Hawari Hospital in Benghazi C.P Benghazi Medical Waste Treatment Centre by Benghazi Environmental Protection Authority 2 lines of CP 100 with scrubber (100 kg/hr x 2 lines) SAHAHARA 300 KM from kofra city CP ATHIA ELKASSEH HOSPITAL (AL KOFRA CITY) CP Al Fatah Hospital- Al Marj CP Animal Health Centre Ras Ejdire CP Animal Health Centre - Tripoli CP GETREX - Tripoli 2 units CP Azzawiya Refinery HP (P) Agoco Refinery CP (P) Ministry of Health Municipality of Muscat 2 lines of H.P (250 kg/hr x 2 lines)

11 COUNTRY CLIENT NAME MODEL DATE Tuberculous Hospital - ALEP I.200 T.R.M ALEP Hospital - ALEP I.200 T.R.M SYRIA Dar El Chiffa Hospital - DAMAS DAMAS Clinical - DAMAS PAR 75 M PAR 75 M CHILDREN HOSPITAL - DAMAS DUBA GENERATION STATION I.200 B.R.M 150 kg/h Waste-Oil Incinerator MADINA City line of H.P.500 (150 kg/h) Saudi Arabia JEDDAH BIO-CITY 1 line of H.P.1250 (350 kg/h of Industrial Hazardous waste) SEPCO 2 line of HP 500 for industrial waste testing SAAD Trading & Contracting Co. 1 line of HP 1500 for industrial waste The Middle East has already chosen ATI Incinerators MULLER Technology Join us!

12 RECENT REFERENCES Ukraine : 15 incinerators Russia : 14 incinerators Vietnam: 33 incinerators Cambodia: 4 incinerators Roumania: 16 incinerators Poland: 31 incinerators China: 3 incinerators Austalia: 1 incinerator Iraq: 65 incinerators Kuwait: 1 incinerator

13 Rotary kiln incinerators WASTE ROTARY KILN MODEL YEAR CITY CLIENTS TYPE COMPOSITION PCI MODEL (Kw/kg) HEATING VALUE (kw/h) CAPACITY QUANTITY (tons / day) 1983 POITIERS Regional Data Industrial ink, painting, 4.5 FR Processing of tax listing, paper 1984 RODEZ Genetic Center Hospital Divers 2.5 FR TOURS University Center Hospital Divers 5.0 FRCD Industrial Painting, Latex 1986 NOUZILLY National Research Industrial Animal carcasses 2.0 FR Institute of Agrono and litters 1986 MULHOUSE Hospital Center of Hospital Divers 4.0 FR St. Damien Industrial PVC, Latex 1987 LIBOURNE General Hospital Hospital Divers 4.0 FRC Industrial PVC, Latex 1987 BRIVES General Hospital Hospital Divers 4.0 FRC Industrial PVC, Latex 1987 MELUN General Hospital Hospital Divers 4.0 FRC Industrial PVC, Latex 1987 LA BUISSE Vallorga Industry Industrial Waste presses and 2.5 FRCD divers 1987 AMIENS Vallorga Industry Industrial Waste presses 2.5 FRCD DOULLENS Vallorga Industry Industrial Waste presses 2.5 FRCD BASSENS Prociner Industry Industrial Hospital Films 5.0 FRCD Tires 1988 AURILLAC C.G.C Industry Industrial Hospital Plastics 3.0 FRCD

14 1988 VANNES University Hospital Hospital Industrial Divers Paint, Latex 4.0 FRC MONTELIMA General Hospital Hospital Divers 4.0 FR R 1990 SPOLEK Industrial complex Industrial Paint- Plastics 4.0 FRCD SKODA (Tch) Tires - Liquids 1992 BRUXELLES Les 2 Alices Hospital Divers 4.0 FRC TISZAUJVAR Industrial complex Industrial All waste from 5.5 FRCD OS T.V.K. (Hungry) complex 1997 DOTTINGEN SEILER Co. Industrial Divers 3.5 FR35SP (Switzerland) 2000 POLAND F.N. Environment Industrial Pesticide 6.3 FRCD Fertilizer 2006 BASSENS Prociner Industry Medical Hospital Films Tires 5.0 FRCD SOUTH KOREA Tae Yang Industrial & domestic All 5.0 FRCD

15 UDON THANI (THALILAND) MEDICAL WASTE TREATMENT CENTRE inaugurated in January 1998

16 MUSCAT (OMAN) MEDICAL WASTE TREATMENT CENTRE 2 lines x 250 kg/h inaugurated in January 2006

17 FOSAN CITY (CHINA) MEDICAL WASTE TREATMENT CENTRE 1 lines x 15 tons/day

18 Adelaider CITY (AUSTRALIA) HAZARDOUS WASTE TREATMENT CENTRE 1 lines x 20 tons/day

19 AL-AIN (UAE) WASTE TREATMENT CENTRE 2 lines x 250 kg/h Operating by Saudi DALLAH GROUP CO.

20 BARHEIN WASTE TREATMENT CENTRE Inauguration of Medical and Hazardous Waste Treatment Centre Bahrain on 22 April, 2002 under the presence of the Bahrain Minister of Health and the French Ambassador.

21 SEPCO PHARMACEUTICAL WASTE TREATMENT CENTRE SAUDI ARABIA : Jeddah-

22 INDUSTRIAL COMPLEX T.V.K.-HUNGARY

23 ENVITEK Pajou Korea

24 Flow Charter (2.4 Tons/h) Flow Chart (2.4 Tons/Hour x 1 unit) Ammonia Waste Pit Secondary combus. Air fan waste air Steam Boiler Sodium water semi-dry tower 1st bag filter Bicaronate Sodium 1 Active cabon Bicar. Sodium Ammonia 2nd bag filter 1 Heater HCI : <10 mg/nm3 SOx : <50 mg/nm3 NOx : <200 mg/nm3 DUST : <10mg/Nm 3 DIOXINS : 0.1ng-TEQ/Nm 3 SCR Rotary Kiln Dry reactor Dry reactor 1 2 LNG 3 Waste Pit ID/Fan Stack 7 Premary Air Fan De-Ashing conveyer Flying ash Industrial Water waste water Landfill solidification

25 Our technologies and Now How!

26 1. Automatic Loader 2. Automatic Bucket Upturn System 3. Combustion Chamber 4. Combustion Burner 5. Post Combustion Chamber 6. Post Combustion Burner 7.By-pass 8. Energy recuperation boiler 9. Radiator 10. Reactor I 11. Injection System I 12. Reactor II 13. Injection System II 14. Ceramic Filter 15. Clean Gas 16. Gas Extracting Fan 17. Platform for analysis 18. Chimney

27 Container incinerator For mobile installation, ATI has created compact incinerator with full equipment.

28 Sewage Sludge Waste Moisture 80% to 30%

29 Dehydrated sludge dry process flow chart Dehydrated sludge dryer Dried sludge incinerator gas boiler the Flue gas clean system

30 Refinery residu waste incinerator

31 Spent Engin oil incinerator

32 Battery Recycling Incinerators

33 Oily sand incinerator (fluidised bed incinerator) Recuperate maximum your oil by Centrifuge

34 INCINERATOR OF FLUIDISED BED SYSTEM Post-Combustion burner Chimney 1,100 C Post-Combustion Chamber Feeding of sludge or Oily sand Combustion chamber 850 C Reactor of fluidised bed Ceramic Filter Feeding of gas C Send Bed Surpressor I/D Fan Ashes collection

35

36 Traitment of contaminated soil 5% carbon 0% carbon

37 Liquid waste Incinerator (4% phenol + 96% water) Capacity: 3 tons per hour (300L x 10 injectors) Dynea Resins Production factory

38 Entire animals Waste from Non-Conventional Transmissible Agents as Bovine Spongiform Encephalopathy

39 Aqabar Slaughterhouse

40 Domestic animals cremation

41 CREMATORIUM (FRANCE) with flue gas treatment system

42 CREMATORIUM (TAIWAN)

43

44 Rotary kiln incinerator for hazardous wastes (paint, latex, plastic, tires, pesticide, fertilizer)

45 Electric generator for energy recovering

46 W.H.O. Recommendation for YEMEN From: Ministry of Health of Yeman To: Minister of Health of Oman We were recommended by WHO to visit your Medical Waste Treatment Center and to constuct the same Center in Sanaa.

47 Bottom ash after incineration of 5 tons of bio-medical waste Complet destruction of germs Reduction in volume of 98% Reduction in weight of 90%

48 Solidification of ashes Concrete-mixer with cement (25%), sand (65%) and ashes (10%)

49 Emission Warranty (New European Emission Standard EU 76/2000) No odours No fumes No liquid

50 Internalional Emission Standard Pollutants Dust particles (mg/nm3) U.S.EPA Standard (5/12/1999) Singapore Emission European standard (ATI guarantee) Directive 4/12/ HCl (mg/nm3) CO (mg/nm3) SO2 (mg/nm3) Nox (mg/nm3) HF (mg/nm3) Dioxine & Furane (ngteq/nm3) Mercury (mg/nm3) Heavy Metals (mg/nm3)

51 Emission gas test results after gas traitment system

52 ADVANTAGES OF ATI-INCINERATORS MULLER TECHNOLOGY ATI has the confident technologies made of long Experience (70 years), R & D and Renovation. We are always concerning the Emission level and the Robust and Simplicity of conception in order to reduce the Environment Impact and the Operation Cost. Our experimented engineers can offer a Solution for Each client according to his necessity and situation

53 You are always welcome to ATI ENVIRONNEMENT Office and factory Le Bourg Champoulet France Tel : +33 (0) Fax : +33 (0) info@ati-environnement.com Web :

54 THANK YOU

55 FURTHER MORE B.A.T.N.E.E.C Best Available Technique Not Entailing Excessive Costs

56 DIOXINS Chemical compound: Which is the Most Studied in chemical science history! Which is the Most Controversial between scientists

57 Because nobody know exactly its effects (small quantity) to humans until now: - Debates on Dioxins started after an accident at SEVESO, North of Italy 1976, when one kg of its compounds was diffused in the air because of explosion of reactor. - Regulation against Dioxins was fixed by EC Directive only on December 2000 (EC 76/2000)

58 WHERE ARE DIOXINS? 8,000 years old Japanese sediments Millions years old American clay deposit, Mummy of pharaohs Archeological site in Dormager in Germany Forest fire, Cigarette, biogas, barbecue, thermal power station, compost, water treatment station, volcanic work, cars, recycled paper, fishes, mother milk (baby drinks 100 times more that adult, and certain want to stop mother milk!)

59 ATTENTION! 1 mg 1 ng = ,000,000

60 TRAVELS OF DIOXINS 1) Out of chimney 2) Diffused on the air 3) Deport on the green or in the lake 4) Eaten by animals or fished 5) Animals or fished contaminated 6) Eaten by human 7) Finally : Human contaminated

61 YES. INCINERATOR ALSO PRODUCES DIOXINS. HOW MUCH? With One chamber : ng/m3 With Two chamber : (> 1,100 C) 2-5 ng/m3 With gas treatment system: ng/m3 (using active carbon) *0.1 ng/m3 recommended by WHO*

62 Dioxins/Furans Elimination Dioxins/Furans (PCDD/PCDF) production = Carbon (C) in dusts + Oxygen (0) in Gas + Cl (produced from plastics) + T (250 C 450 C) In general, in the hospital waste in France, the production of Dioxins/Furans after the boiler : 5 ng/nm3 Where : 3 ng/nm3 in particle form, eliminated by Ceramic or bag filters 2 ng/nm3 in gaseous form, absorbed by Active carbon

63 Dioxins are chemical compound consists of O, H and CL

64 3.5 1,100 C 200 C Energy Exchanger Boiler

65 Reactor Dioxins-Furans 12.4 Reactor H.C.L / SO2 / H.F. Active carbon injection system d injection Hydrate lime injection system

66 12.5.2