All articles tagged with #sustainable fuels
Starting in 2026, Formula 1 will introduce significant changes including shorter, narrower cars with new aerodynamics, active aero systems replacing DRS, a revamped hybrid power unit with a 50-50 petrol-electric split, and the use of sustainable fuels, all aimed at increasing competition, safety, and environmental sustainability.
Researchers at Rice University developed a simple method using acid bubbles to significantly improve the stability and lifespan of CO2 electroreduction systems, enabling over 4,500 hours of stable operation by preventing salt buildup that typically causes system failure, thus advancing scalable and sustainable fuel production from CO2.
The 2026 Formula 1 calendar features 24 races across five continents, starting in Australia and ending in Abu Dhabi, with new regulations, sustainable fuels, and the debut of Madrid, highlighting a global and innovative season.
The FIA has unveiled new Formula 1 regulations for 2026, focusing on more agile and lighter cars, increased battery power, and the use of 100% sustainable fuels. Key features include active aerodynamics with moveable wings, a redesigned power unit with a 50-50 split between internal combustion and electric power, and enhanced safety measures. The changes aim to improve racing dynamics, increase competition, and promote sustainability, with commitments from six power unit manufacturers, including new entrants Audi and Ford.
Researchers from the University of Cambridge have developed a solar-powered reactor that converts captured CO2 and plastic waste into sustainable fuels and other valuable chemical products. The technology can capture CO2 from industrial processes or directly from the air and convert it into sustainable fuel. The researchers are currently working on a bench-top demonstrator device with improved efficiency and practicality to highlight the benefits of coupling direct air capture with CO2 utilization as a path to a zero-carbon future.
Honda will return to Formula 1 in 2026 as the works power unit supplier to Aston Martin, after leaving the sport at the end of 2021. Honda was enticed by the requirement to use 100% sustainable fuels and the greater focus on electrical power, as it delivered synergies with the automotive company's goals. Honda will work with Aston Martin to develop an engine bespoke for the team, while Mercedes will continue to supply Aston Martin with power units, plus the gearbox and rear suspension, until the end of 2025.
Researchers have discovered a new pathway of energy flow at the beginning of the photosynthesis process that could lead to more efficient extraction of electrical charge for use in power grids and batteries, as well as improving the development of biofuels. The findings could reduce greenhouse gases and provide insights to improve photovoltaic solar panels. The key breakthrough came when researchers observed the process of photosynthesis at ultrafast timescales.