written by Stefano Zenobi
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Before getting to the point it is worthy to get the Montreal Protocol better. The Montreal Protocol (1987) is the direct follower of the Vienna Convention for the protection of the Ozone layer (1985). The Vienna Convention acts as a framework for the ozone protection and it is not legally binding for the countries. The practical phase out is thus left to the Montreal Protocol which comprises a fewer number of countries. These two treaties are mile stones in the history of multilateral environmental agreement and the most successful treaties of all the time as they were ratified by 196 countries so becoming the first universally ratified treaties in the history of the United Nations.
The Montreal Protocol has been an effective mechanism for the phasing out of ODSs; in 2010 already scientists found that the ozone layer was not depleting any further and they were expecting the recovery to start. The strategy of the Protocol has been simple. Developed countries committed into starting the phasing out of the ODSs while developing countries were given more time for that. The ratio was that developed countries had the capabilities to developed new, alternative technologies. Later on, developing countries could adopt them reducing their dependence on ODSs in a cost effective way also helped by the financial support of the developed countries of the Montreal Protocol. This has proven to be very effective and nowadays it became the model for all sorts of agreements of this type.
As mentioned before, the Montreal Protocol has been effective in phasing out the ODSs. HCFC and CFC (hydrochlorofluorocarbons and chlorofluorocarbons) are no longer included in most of the products available in the market. However, those products are still necessary for our daily life; they are, in a broader sense, refrigeration and air conditioning technologies. Practically speaking, ODSs have been substituted with other artificial refrigerants, among them the HFC (hydrofluorocarbons). However, it happens to be that HFC are weak ozone depleting substances but powerful greenhouse gases. In fact, HFC have a warming potential which is thousands of times higher than the carbon dioxide one and their production, consumption and emissions are expected to grow rapidly, reaching levels in 2050 10 times higher than the present. The Federated States of Micronesia is proposing to include the phase down of HFC under the scope of the Montreal Protocol for ozone protection.
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