Evaluating the life cycle assessment & carbon footprint of biofuels is critical for determining their environmental impact. Life cycle analysis (LCA) examines the energy inputs, greenhouse gas emissions, and overall sustainability of biofuels from feedstock cultivation to final consumption. Factors such as land-use changes, water consumption, and co-product utilization influence the carbon footprint of different biofuels. New LCA models are integrating real-time data, improving the accuracy of emission calculations and identifying areas for efficiency gains. These assessments help policymakers and industries make informed decisions about sustainable energy investments, ensuring that biofuels contribute to long-term carbon reduction goals.
Title : Combustion performances of advanced cooking stoves using woody and herbaceous pellets as fuel
Magnus Stahl, Karlstad University, Sweden
Title : Human impact on natural environment and its implications
Dai Yeun Jeong, Asia Climate Change Education Center, Korea, Republic of
Title : Revolutionizing bioplastics with yeast cell factories
Susan Newman, Integrated Lipid Biofuels, United States
Title : Quality variation in market biofuels and the effect on tailpipe emissions
Nick Molden, Emissions Analytics, United Kingdom
Title : Multi biofuel complex An intrinsic concept for adopting circular economy
Arindam Chakraborty, Mectech Process Engineers Pvt. Ltd., India
Title : Ultra modern patented technology to convert agriwaste MSW slaughter house effluent lake waste high cod distillery spent wash to 99pure renewable hythane (hydrogen and methane)
Atul Saxena, Growdiesel Ventures Limited, India