Environmental Chemistry and Mitigation of Climate Change

The study also emphasises the significance of environmental monitoring, policy
implementation, and public awareness. One of the biggest environmental issues of the
twenty-first century is climate change, which is mostly caused by rising greenhouse gas
concentrations brought on by human activities like industrialisation, the burning of fossil
fuels, and deforestation. Understanding the chemical processes that affect the Earth’s
atmosphere, water, and soil as well as the origins, movement, transformation, and
consequences of pollutants depends heavily on environmental chemistry. By investigating the
chemical processes causing global warming and assessing viable methods to cut greenhouse
gas emissions, this study investigates the connection between environmental chemistry and
climate change mitigation. It covers the fundamentals of green chemistry, waste management,
carbon capture and storage, pollution avoidance, and renewable energy technology Effective
strategies for reducing climate change include waste management, pollution prevention,
carbon capture and storage, and sustainable industrial practices. Awareness of the need for
long-term environmental sustainability. Environmental chemistry offers creative solutions
that reduce environmental pollution, preserve natural resources, and advance a low-carbon
economy by fusing chemical knowledge with sustainable development techniques. The
results highlight the importance of environmental chemistry developments in creating
methods for mitigating climate change and guaranteeing a more sustainable and healthy
future for both current and future generations.

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