As the UK hosts the UN Conference on Climate Change, Titan Enterprises determines it a fitting time to report on the success of its long-term OEM customer, Green Fuels Limited.
The so-called CuTi@Cu, a new electrocatalyst, transforms carbon dioxide (CO2 ) into liquid fuels. A group of Chinese scientists reports that active copper centered on an amorphous copper or titanium alloy synthesizes acetone, ethanol, and n-butanol at a higher efficiency.
With COP26 focusing attention on the UK’s progress towards decarbonizing its industry, commercial sectors, and transportation sectors, there has been renewed interest in the potential of rail to help meet these carbon reduction targets.
Electrification of transportation and increased use of renewable energy are commonly thought to be the most efficient strategies for achieving considerable reductions in greenhouse gas (GHG) emissions.
Plastic waste in the oceans is a significant problem that will require innovative solutions to tackle. A research paper published by PNAS has demonstrated the feasibility of creating fuel from collected waste which will significantly improve the entire process of plastic waste removal.
A recent paper featured in the World Electric Vehicle Journal sought to outline the potential of EVs to work in conjunction with solar energy devices and energy storage systems (ESS) to improve solar energy consumption and distribution, and increase the market penetration and day-to-day viability of sustainable energy sources.
As governments and international organizations face increasing pressure to enact more robust and stringent climate policy, the steel sector has in turn been required to implement lower-emission technology on a wide scale.
Climate change is a growing existential threat to human society. Extreme weather events are on the increase and the oceans and land are warming. Climate inaction has a human, environmental, and economic cost. A report published online by the Climate Council of Australia has counted the economic cost of Australia’s inaction on climate change.
A new study shows that compressed blocks of pulverized coal can be used as the foundation for solar-powered off-grid water purification. The technology is already being advanced by commercial partners to achieve pilot-scale production of drinking water.
The applications of molybdenum (Mo)-based materials have garnered significant interest due to their abundant electronic properties and their potential applications in the control of environmental pollutants.
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