🚀 Decarbonization in Action: Mapping the Future of Energy 🌍 Through the decarbonisation workshop, we dove deep into designing a pathway for the energy industry’s evolution from 2030 to 2040, focusing on strategies to reduce CO2 emissions across sectors like transportation and manufacturing. Our goal? Achieve net-zero emissions by leveraging cutting-edge technologies. 💡 Some of the innovations we explored: - Steam Methane Reforming & Autothermal Reforming: for cleaner fuel production. - MCH & Ammonia Production: create new energy carriers. - Direct Air Capture & CO2 Capture: from exhaust to remove atmospheric carbon. - Carbon Capture and Storage (CCS) combined with Enhanced Oil and Gas Recovery. - Upgrading processes with advanced equipment for greater efficiency. The journey toward decarbonization is complex but achievable. Every step we take—from improving transportation to optimizing energy production—gets us closer to a sustainable, net-zero future. 🌱 #Decarbonization #SustainableFuture #CleanEnergy #ClimateInnovation #NetZero #Chiyoda
Incredible progress toward a net-zero future 🌍! At Wallet Max, we're excited by the innovations being explored in decarbonization, from CO2 capture to cleaner energy carriers. Every breakthrough in energy efficiency and emissions reduction brings us closer to a sustainable future 🌱. Together, we can drive impactful change across industries.
Life Long Student of Nature and Science Retired Software Developer and Entrepreneur
2moThere's no need to reduce CO2 emissions. CO2 is plant food. The more there is the faster plants grow because it's a required input for photosynthesis. Photosynthesis converts solar energy to glucose. Because of this energy conversion photosynthesis has a cooling effect. The more CO2, the more photosynthesis, and the more cooling.