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PROJECT LIFETCY98/CY/167INTEGRATED INDUSTRIAL POLLUTION CONTROL AND
CHEMICAL SUBSTANCESIPPC-The Situation in Cyprus
Leandros NicolaidesSenior Labour Inspection Officer
Department of Labour Inspection
Ministry of Labour & Social Insurance
The Cyprus Situation - 1
Population : 751 500 of whom
639 200 Greek Cypriots
88 200 Turkish Cypriots
Area 9 251 sq. Km
10 000 Industrial Installations generating wastes other than municipal
The Cyprus Situation - 2
Amounts of Industrial Wastes
- Solid : 84 000 t/a
- Liquid : 3.1 mil. M3/a
Cyprus is a member of
The 1979 Convention on Long-range Transboundary Air Pollution and
The EMEP Protocol to the Convention
Air Emissions
1990 2000 2010
SO2 , Kt 46 50 39
NO2 , Kt 18 22 23
CO2 , Mt 5 7 7
Cyprus - SO2 Emitter- Receiver, t/a
Emits to Receives from3 200 CY 3 200 CY1 200 RU 200 IT7 000 TR 2 400 TR16 800 MED 1 000 MED200 GR
Cyprus - NO2 Emitter- Receiver, t/a
Emits to Receives from
1 980 CY 1 980 CY
330 RU 300 GR
2 600 TR 2 600 TR
7 500 MED 2 300 MED
300 IT
SO2 Emissions, Kg/head1999 Data
Belgium 24,5 Germany 15,9 Spain 57,3 Sweden 7,6 UK 22 Greece 57,2 CYPRUS 75,3 will be <60 by 2010
THE IPPC DIRECTIVE
Based on the E .C. 5th Environmental Action Programme, adopted in 1993.
Adopted in 1996 Into effect : October 1999
THE IPPC DIRECTIVE - One of the three approaches in E.U.
1. Command - and Control e.g. LCP Directive.
2. Flexible legislation e.g. IPPC Directive.
3. Voluntary/Market -based e.g. EMAS Regulation, emissions trading scheme
IPPC - BASIC PROVISIONS
Purpose :
To achieve integrated prevention and control of pollution from a wide range of activities by the introduction of measures which will reduce air, water and land pollution, considering the environment as a whole.
Six main categories
1. Energy
2. Production/processing of metals
3. Mineral industry
4. Chemical industry
5. Waste management
6. Other (pulp and paper, tanning, certain agricultural installations)
General Principles
Application of BAT´s Avoidance of Waste production Recovery of wastes where possible Disposal ¨avoiding or reducing any impact
on the environment¨ Efficient use of energy Accident prevention and mitigation Return of the site to a satisfactory state.
Permitting Procedure
Integrated approach - full co-ordination of the Authorities involved
Permit conditions based on BAT´s
BAT´s
Concept plays central role in the Directive
Best means ….. Available means …. Techniques means…
Information Exchange on BAT´s
Information Exchange on BAT´s
1. Reporting to Commission by M.S.
2. BREFS Industrial activities grouped in about 30
sectors + Cross - sectoral issues (horizontal
BREFS) Responsibility for BREFS: DG- Envir. Techn.Work : Eur. IPPC Bureau, Seville
IPPC - DIRECTIVE
Conclusions of a Workshop
The Hague , April 2001
1. One of the most difficult Directives.
2. Contributes to innovation, economic and social cohesion, fair competition
3. Permit required. Ideally 1 permit, 1 authority, 1 procedure.
4. It is flexible.
5. Application of BAT requires technical resources.
6. BREFS are living documents, should not serve as an Act.
7. Constructive dialogue is useful.
8. Public participation/information dissemination are vital components of the Directive.
9. Confidentiality of information is of particular interest.
10. Presupposes the development of Administrative structures and scientific knowledge.
11. Training of Authorities and Inspectors is important.
13. Synergies among IPPC, EIA, SEVESO, EMAS.
THE CYPRUS SITUATION
30 Industrial Installations
72 Installations for the Raising of Pigs or Poultry
Belonging to
15 Categories altogether
The 15 categories
1. Landfill sites
2. Ceramic and Tiles
3. Lime
4. Cement
5. Energy
6. Rendering
7. Metal Plating
The 15 Categories con´d.
8. Mineral oil
9. Refineries
10. Slaughter Houses
11. Metal foundries
12. Hydrometallurgical Processes
13. Aluminium Recycling
14. Piggeries
15. Poultry Raising
All 15 categories known/assessed
All Industrial Installations licensed under the Atmospheric Pollution Control Law and the Waters Pollution Control Law
Only a few of the Pigs/Poultry Farms licensed under the Waters Pollution Control Law
All 15 Categories
BAT’s prepared for all Categories
Based on E.U. BREF’s, European National ( Greece, Ireland,
U.K. ) or International ( World Bank ) documents
Gap Analysis prepared for each Category
Gap Analysis
Comparison of the present prevailing situation within each category with that required by the BAT
identification of Gaps
Prescription of measures needed to close the Gaps
Main Gaps
Power Industry ……. closing soon Landfill Sites GAP Lime ……….closing soon Cement ………closing soon Slaughter Houses ………closing soon Ferrous metal Foundries... closing soon Pigs/Poultry Farms GAP
EXAMPLES OF POLLUTION PREVENTING
MEASURES 1. Batteries Manufacturer Total effluent stream chemically
treated and re-used.
The produced Sludge from the treatment process exported for Pb recovery
2. Dairy Industry
The effluent stream is biologically treated and the water is used for the irrigation of fruit trees.
The sludge is used as a soil conditioner
3. Brewery
The effluent streams are treated both anaerobically and aerobically.
Anaerobic treatment : Biogas utilised as needed
Aerobic: The water is used for irrigation
Sludge : To CWWTP at Vathia Gonia Spent yeast : Animal feed
4. Pesticides Formulator
All washings of tanks and of drums kept and re-used.
Dust from the bag filters used as filler in the formulations.
5. Bricks and Tiles
New technology introduced ( tunnel kiln, pulsed combustion) resulted in 30% savings in fuel consumption.
Energy recovery at high levels
6. Cement Production
Bag filter up-grading
From 300mg/Nm3
to 50 mg/Nm3
Result:
Clinker capture 750 kg/day
7. Paints production
Unit for the recovery of spent solvents
8. Ice Cream production
Implementation of a water management system
Result:
30% reduction in effluents quantity.
9. Soap production
Use of high purity raw materials
Results:
- Liquid effluents eliminated
- Production improved
- Production costs lowered
10. Plastics Industry
All scrub and off-specifications products milled and re-used.
11. Plasters Industry
Installation of a bag filter
- Resulted in the capture of high valued micronised dust sold as filler in the paints and other industries
- Pay-back period : 2 and 1/2 years
12. Compressor leakage - Example Say 1cfm leakage P= 0,0643*Ta*γ*q0*[(pb/pa) 1-1/(γ -1)
]/{520*(γ-1)*η] pa : pressure, state a
Ta : temperature, state a γ=1,31 η=Compressor efficiency qo: cfm, std conditions
pb : pressure, state b
Compressor leakage, con´d
P= 0,32hp For electrical efficiency 0,90 P=0,35hp per 1 cfm For 1 lit/min P=0,012hp For 4h operation W=0,036kWh For 5c/kWh cost : CP 0,18 per 1l/m
leakage