Abstract
The Montreal Protocol has been ratified to progress phase-out of CFCs and HCFCs globally. HFCs have come into wide use as alternatives to CFCs and HCFCs, but as we know today, it was found that HFCs have a huge negative influence on global warming, and the Kigali Amendment to the Montreal Protocol entered into force to promote phase-down of HFCs. Since the enforcement of the Fluorocarbons Recovery and Destruction Law (F-gas law) in 2002, Japan has been undertaking fluorocarbons collection and destruction by environmentally-sound manners. However, no study has been reported investigates on how the Japanese fluorocarbons destruction infrastructure has been developed over the past several years. To analyze the development, we studied key drivers that contributed to encourage fluorocarbons collection from end of life electric appliances and to promote fluorocarbons destruction by environmentally and commercially sustainable technologies. We showed that recycling laws and the F-gas law have made progress in encourage fluorocarbons collection and destruction by making relevant stakeholders take physical and financial responsibilities for proper fluorocarbons disposal. This study also researched fluorocarbons destruction technologies that destruction operators used as of 2004 and 2019, and found that three specific destruction technologies have long been used practically in Japan. Finally, we discussed influencing factors that have made these technologies accepted, installed and practically used by fluorocarbons destruction operators. In conclusion, we identified that existence of political frameworks as well as application of fluorocarbons destruction technologies that are commercially sustainable and socially acceptable were key drivers behind the development of fluorocarbons destruction infrastructure in Japan.
Highlights
Inappropriate waste management has negative environmental consequences such as air pollution, water quality deterioration and soil contamination in our living environment, which may cause serious damage to human health and well-being
We utilized Japanese government’s open data and websites of destruction operators and implemented questionnaire surveys in order to investigate fluorocarbons destruction technologies used by destruction operators on commercial basis (MOE, 2006; MOE, 2019b)
As waste collection is a critical first step in managing waste, the political frameworks has made a great contribution to the development of fluorocarbons destruction infrastructure by defining financial and physical responsibilities of relevant stakeholders and encouraging disposers to deliver end of life (EoL) products or fluorocarbons to reliable collectors (World Bank, 2018)
Summary
Inappropriate waste management has negative environmental consequences such as air pollution, water quality deterioration and soil contamination in our living environment, which may cause serious damage to human health and well-being. Application of political frameworks and set up technical requirements and environment standards are important approaches to control health and environmental risks caused by waste management activities. Strict special regulations are required for the management of hazardous waste and toxic substance due to their serious risks and negative impacts on surrounding environment. For the management of fluorocarbons, the Montreal Protocol has established rules and criteria for appropriate fluorocarbons delivery and storage, and set a high destruction and removal efficiency (DRE) required for fluorocarbons destruction (UNEP, 2018)
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