ATI Incinérateurs MULLER

Manufacturer since 1930’s
ATI ENVIRONNEMENT
Presentation
Dr. KIM Moody
Oct. 15, 2014
ATI ENVIRONNEMENT
manufactures incinerators,
since 1930
Well Known in the World
Respecting New European
Regulation EC 76/2000
• 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.
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
How much clean?
• Particulates
content in the air
in Paris:
5 mg/m3
• Out of the chimney
of incinerator:
3 mg/m3
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)
Our references and
experiences!
RECENT REFERENCES
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Ukraine : 25 incinerators
Russia : 34 incinerators
Vietnam: 33 incinerators
Cambodia: 4 incinerators
Roumania: 16 incinerators
Poland: 31 incinerators
China: 3 incinerators
Austalia: 1 incinerator
UK: 3 incinerators
Africa: 65 incinerators etc…
MUSCAT (OMAN)
MEDICAL WASTE TREATMENT CENTRE
2 lines x 250 kg/h
inaugurated in
January 2006
FOSAN CITY (CHINA)
MEDICAL WASTE TREATMENT CENTRE
1 lines x 15 tons/day
Adelaider CITY (AUSTRALIA)
HAZARDOUS WASTE TREATMENT CENTRE
1 lines x 20 tons/day
AL-AIN (UAE) WASTE TREATMENT CENTRE
2 lines x 250 kg/h
Operating by Saudi DALLAH
GROUP CO.
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.
SEPCO PHARMACEUTICAL WASTE
TREATMENT CENTRE
– SAUDI ARABIA : Jeddah-
AGA KHAN UNIVERSITY HOSPITAL
– PAKISTAN : Karachi-
European Regulation
OLD GENERATION
INCINERATOR IN 1980-1990S
One chamber
No control O2
No control CO
Low operating
temperature
No gas treatment
system
WHAT NEW EUROPEAN REGULATION
ON INCINERATOR ? (EC 2000/76)
Article 6
Incineration plants shall be designed, equipped, built and
operated in such a way that the gas resulting from the
process is raised, after the last injection of combustion air,
in a controlled and homogeneous fashion and even under
the most unfavourable conditions, to a temperature of 850
°C, as measured near the inner wall or at another
representative point of the combustion chamber as
authorised by the competent authority, for two seconds. If
hazardous wastes with a content of more than 1 % of
halogenated organic substances, expressed as
chlorine, are incinerated, the temperature has to be raised
to 1,100 °C for at least two seconds.
European Emission Standard
U.S.EPA
Standard
(5/12/1999)
KUWAIT
Standard
(2012)
European
standard
(ATI guarantee)
Directive
4/12/2000
Dust particles
(mg/Nm3)
34
10
10
HCl (mg/Nm3)
31.5
10
10
CO (mg/Nm3)
125
50
50
SO2 (mg/Nm3)
-
50
50
Nox (mg/Nm3)
-
200
200
HF (mg/Nm3)
-
1
1
Dioxine & Furane
(ngTEQ/Nm3)
0.2
0.1
0.1
Mercury (mg/Nm3)
0.13
0.05
0.05
Heavy Metals
(mg/Nm3)
0.9
0.5
0.5
Pollutants
Emission Warranty
(New European Emission Standard
EU 76/2000)
FIVE STEPS OF GAS CLEANING
1st Step: Pyrolitic combustion
(the best air control system )
2nd Step: Special Secondary Combustion)
Chamber patented by ATl
3rd Step: Elimination of Dioxins & Furans,
Mercury
4th Step: Elimination of Acid pollutants
5th Step: Elimination of Dust particles and
heavy metals
1st Step
Pyrolitic combustion
(the best air control system )
7.6
2nd Step
Special Secondary
(Post-Combustion) Chamber
patented by ATl
3 T: Temperature, Time and
Turbulence (Good mix of CO + O2)
3nd Step
Elimination of
Dioxins and Furans
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
filters
•2 ng/Nm3 in gaseous form, absorbed by Active
carbon
3.5
1100°C
180°C
Energy Exchanger
4nd Step
Elimination of
Acid pollutants
Reactor Dioxins-Furans
Active carbon or Mineral Minsorb
injection system d’injection
12.4
Reactor HCl / SO2 / H.F.
Special Hydrate lime or bicarbonate
sodium injection system
ACID POLLUTANTS ELIMINATION
Chemical neutralization by Special Hydrated
Lime : Ca(OH)2
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Ca(OH)2 + 2 HCl
Ca(OH)2 + 2 HF
Ca(OH)2 + SO2
Ca(OH)2 + SO2 + 0.5 O2
CaCl2 + 2 H2O
CaF2 + 2 H20
CaSO3 + H2O
CaSO4 + H2O
5th Step
Elimination of
Dust particles and heavy
metals
12.5.3
EMISSION GAS
MONITORING SYSTEM
Emission gas test
results after gas
traitment system
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
You are always welcome to
ATI ENVIRONNEMENT
Office and factory
2, rue Gustave Effel
45500 Gien – France
Tel : +33 (0)2 38 29 29 02
Fax : +33 (0)2 38 31 94 59
e-mail:[email protected]
Web : www.ati-environnement.com
End
THANK YOU

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