CEM India - Abstract

Abstract Information :

Title: Quantifying Carbon Emissions for Emission Trading Schemes and Sustainable Mitigation Strategies: A Case Study of the 660 MW Unit at OPGC Abstract: This abstract delves into the process of quantifying carbon emissions and explores sustainable strategies to reduce specific coal and oil consumption in the 660 MW unit of the Odisha Power Generation Corporation (OPGC). By quantifying carbon emissions and capitalizing on the abundant bio sequestration potential from the surrounding greenery, we aim to provide a comprehensive approach to addressing the carbon footprint in the Indian energy sector. Our study begins by meticulously quantifying carbon emissions within the OPGC 660 MW unit. We analyze the methodologies and tools used to measure emissions from various sources, with a primary focus on carbon dioxide (CO2). The quantification process is pivotal in recognizing the current extent of carbon emissions within the facility. In parallel with carbon quantification, we explore the process of reducing specific coal and oil consumption within the 660 MW unit. This includes the implementation of energy-efficient technologies, cleaner fuels, and operational improvements aimed at optimizing energy production while minimizing carbon emissions. By detailing these reduction strategies, we emphasize how they contribute to a substantial decrease in carbon dioxide emissions, aligning with global environmental goals. The surrounding greenery acts as a natural bio sequestration agent, with the lush green trees absorbing atmospheric CO2. This abundant bio sequestration potential further enhances the environmental impact of the OPGC unit, contributing to a holistic approach to carbon emissions reduction and carbon sequestration. This study also examines how the calculated carbon emissions and reduction strategies align with existing carbon emission norms in India. Regulatory authorities, particularly the Central Pollution Control Board (CPCB), play a pivotal role in monitoring compliance and incentivizing sustainable practices. Our research highlights the potential for synergy between carbon quantification, reduction, and regulatory compliance in the quest to minimize carbon footprints. Emission trading schemes offer a promising avenue for incentivizing reductions in carbon emissions, and this abstract touches upon these benefits, such as increased cost-effectiveness, emissions reduction, and financial incentives for those exceeding reduction targets. In conclusion, our study emphasizes that the combination of carbon quantification, specific coal and oil consumption reduction strategies, and the inherent bio sequestration potential of the surrounding greenery can lead to a substantial reduction in carbon emissions from the OPGC 660 MW unit. By addressing the carbon footprint comprehensively, we contribute to a greener, more sustainable energy sector in India, aligning with global climate action goals.