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Process agent applications


Table A

List of uses of controlled substances as process agents

 

Substance 

Process agent application 

1. 

CTC 

Elimination of NCl3 in the production of chlorine and caustic 

2. 

CTC 

Recovery of chlorine in tail gas from production of chlorine 

3. 

CTC 

Manufacture of chlorinated rubber 

4. 

CTC 

Manufacture of endosulphan (insecticide) 

5. 

CTC 

Manufacture of isobutyl acetophenone 

6. 

CTC 

Manufacture of 1-1, Bis (4-chlorophenyl) 2,2,2- trichloroethanol (dicofol insecticide) 

7. 

CTC 

Manufacture of chlorosulphonated polyolefin (CSM) 

8. 

CTC 

Manufacture of poly-phenylene-terephtal-amide 

9. 

CFC-113 

Manufacture of fluoropolymer resins 

10. 

CFC-11 

Manufacture of fine synthetic polyolefin fibre sheet 

11. 

CTC 

Manufacture of styrene butadiene rubber 

12. 

CTC 

Manufacture of chlorinated paraffin 

13. 

CFC-113 

Manufacture of vinorelbine (pharmaceutical product)  

14. 

CFC-12 

Photochemical synthesis of perfluoropolyetherpolyperoxide precursors of z-perfluoropolyethers and difunctional derivatives 

15. 

CFC-113 

Reduction of perfluoropolyetherpolyperoxide intermediate for production of perfluoropolyether diesters  

16. 

CFC-113 

Preparation of perfluoropolyether diols with high functionality  

17. 

CTC 

Production of pharmaceuticals – ketotifen, anticol and disulfiram 

18. 

CTC 

Production of tralomethrine (insecticide) 

19. 

CTC 

Bromohexine hydrochloride 

20. 

CTC 

Diclofenac sodium 

21. 

CTC 

Cloxacilin 

22. 

CTC 

Phenyl glycine 

23. 

CTC 

Isosorbid mononitrate 

24. 

CTC 

Omeprazol 

25. 

CFC-12 

Manufacture of vaccine bottles 

Note: Parties may propose additions to this list by sending details to the Secretariat, which will forward them to the Technology and Economic Assessment Panel. The Panel will then investigate the proposed change and make a recommendation to the Meeting of Parties whether or not the proposed use should be added to the list by decision of the Parties.

Table B

Emission limits for process agent uses

(All figures are in metric tonnes per year)

PRIVATECountry/region 

Make-up or 

Maximum emissions 

European Community 

1,000  

17 

United States of America 

2,300 

181 

Canada 

13 

Japan 

300 

Hungary 

15 

Poland 

68 

0.5 

Russian Federation 

800 

17 

Australia 

Czech Republic 

Estonia 

Lithuania 

Slovakia  

New Zealand 

Norway 

Iceland 

Switzerland 

0.4 

Total 

4,501 

220.9 (4.9%) 

FRAMEWORK GUIDELINES/BROAD PRINCIPLES FOR PROCESS AGENT PROJECTS

General principles

1. In conjunction with their first project, countries must provide a thorough sector overview containing all enterprises, stating all consumption and emissions figures and indicating those enterprises for which the country intends to seek compensation from the Multilateral Fund. The country should indicate whether the relevant consumption information has been submitted as part of its Article 7 consumption reports, and if not, its intentions and progress in this regard.

2. For the purpose of project submissions, consumption at the enterprise level is the quantity of process agent in ODP tonnes used annually by the enterprise as ‘make-up’ in the relevant process. Information on the amount of ODS contained in the process equipment should be included with the project submission.

3. To permit adequate consideration of the industrial rationalisation option, a project proposal should cover all the production facilities in the country for the particular application under consideration.

4. Project proposals should be prepared consistent with all existing policies and guidelines of the Executive Committee. In particular, new-for-old plant replacement and technological upgrade need to be taken into account in accordance with decisions 18/25 and 26/37.

5. Initial projects will be considered for the applications listed in table A of decision X/14 in order to provide information on reasonably achievable emissions reductions and associated costs.

6. The projects should indicate which applicable measures are proposed to control emissions (e.g. emissions control technologies, process conversion, plant rationalisation or closure) the cost effectiveness and the emissions reductions which can be achieved.

7. Where either emissions controls or process changes are proposed, the project submission must include an evaluation of the incremental costs of achieving significant levels of emissions reductions by each technique.

The cost-effectiveness of process agent projects will initially be considered on a case by case basis to provide a body of information which can be a basis for the establishment of appropriate cost-effectiveness thresholds in due course.

(UNEP/OzL.Pro/ExCom/27/48, Decision 27/78, para. 109).

(Supporting document: UNEP/OzL.Pro/ExCom/27/40).


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