Open AccessIncorporation of Innovative Mechanisms for Greenhouse Gas Emission Reduction
Author(s) -
S. Krishna Anand,
Sundara Raman
Publication year - 2021
Publication title -
environmental and earth sciences research journal
Language(s) - English
Resource type - Journals
eISSN - 2369-5676
pISSN - 2369-5668
DOI - 10.18280/eesrj.080302
Subject(s) - greenhouse gas , nitrous oxide , methane , environmental science , carbon dioxide , ozone layer , greenhouse effect , greenhouse gas removal , ozone depletion , ozone , fugitive emissions , work (physics) , waste management , environmental engineering , environmental protection , global warming , natural resource economics , climate change mitigation , climate change , engineering , chemistry , ecology , mechanical engineering , organic chemistry , economics , biology
Spiraling continued increase in Emission of Green House Gases [GHG] play a significant role in impacting the environment and also human beings at large. Although recent studies have concentrated to an extent on developing schemes for reduction of Carbon dioxide emission and have identified methodologies in implementing the same, sufficient amount of studies have not been done on other greenhouse gases which also have adverse global impact as Carbon dioxide. Applications where methane and, nitrous oxide are emitted in abundance have continued to flourish. This work focuses on select methodologies in reducing all types of Greenhouse gases giving a larger amount of importance to ones which are more severe and the ones that cause depletion of ozone layer. Research findings have shown that majority of greenhouse gas emissions occur as a result of industry advances. Hence, as time is running out, there is an urgent need in identifying ways to mitigate these GHG emissions, thereby contributing to cleaner and healthier environment.