Carbon Footprint Assessment of Biochar Production from Biomass via Pyrolysis

This research is dedicated to exploring innovative approaches to address the interlinked challenges of climate change, escalating energy demands, and the surge in global waste generation due to population growth. The primary focus is on biomass waste pyrolysis, specifically targeting the production of biochar, and aims to evaluate its carbon footprint. The overarching goal is to contribute to climate change mitigation and reduce reliance on non-renewable energy sources. The investigation delves into the intricate process of biomass waste pyrolysis, analyzing the entire life cycle, including pyrolysis itself, transportation, and product handling. Central to the study is the consideration of biochar's potential as a long-term carbon sink when applied to soil. Additionally, the research accounts for the avoided emissions resulting from the utilization of bio-oil and syngas, byproducts of the pyrolysis process, as sources of energy. As the global community increasingly embraces green energy solutions, the study underscores the significance of leveraging waste as a valuable energy resource. The spotlight is on pyrolysis, a transformative process that converts biomass waste into biochar, bio-oil, and syngas. By conducting a comprehensive analysis of the carbon emissions associated with this entire process, the research aims to provide insights into the feasibility of achieving a negative carbon footprint. The findings of this study are intended to inform stakeholders in the fields of bioenergy and waste management. Understanding the carbon emissions related to these practices is deemed crucial for decision-making and the enhancement of manufacturing methods. In advocating for the adoption of this eco-friendly technology, the study seeks to promote sustainable practices in the energy and waste management sectors. By offering valuable insights into the carbon footprint associated with pyrolysis process, the research aims to empower stakeholders to make informed decisions that align with environmentally friendly practices. Ultimately, the study calls for collective efforts in creating a better world for future generations through the integration of innovative, sustainable solutions in waste management and energy production.