탄소저감 기술동향 분석 및 적용사례 연구 - 공원 및 숲을 중심으로

Abstract

As the threat of climate change due to global warming intensifies, the world is increasingly experiencing extreme weather phenomena. Consequently, the importance of achieving carbon neutrality is expected to grow. Parks and forests play a crucial role in capturing and storing carbon, offering the most eco-friendly spaces that provide convenience and relaxation for users, as well as resilience for cities. They also serve as essential elements of carbon neutrality with their scenic and touristic value. This study focuses on these aspects, reviewing the trends in existing carbon reduction technologies and investigating carbon dioxide capture and utilization technologies that can increase the amount of carbon that parks and forests can capture. These technologies were classified according to six principles, identifying bioconversion technology as the most applicable and dry capture and mineral carbonation technologies as relatively superior. The study analyzes the current policy foundation and shortcomings for the commercialization and business application of these technologies, along with future improvements that need to be addressed. The purpose of this research is to establish a foundation for creating carbon-neutral parks and forests by identifying applicable technologies, assessing policy hurdles, and suggesting improvements, thereby enabling faster and more efficient carbon absorption and storage. According to the findings of this study, by identifying and expanding the application of technologies suitable for parks and forests and improving policies accordingly, it is expected that a more eco-friendly and efficient reduction of carbon dioxide can be achieved.