Post by account_disabled on Feb 18, 2024 6:24:39 GMT -5
The Mini Solar Refinery was developed by ETH Zurich Researchers, creating a new technology that produces liquid hydrocarbon fuels exclusively from sunlight and air. We share with you our podcast episode about the article Use the up/down arrow keys to increase or decrease the volume. For the first time worldwide, they demonstrate the entire thermochemical process chain under real field conditions. The new solar mini-refinery is located on the roof of the ETH Machine Laboratory building in Zurich. Solar mini-refinery Carbon-neutral fuels are crucial for sustainable air and maritime transport. researchers have developed a solar plant to produce synthetic liquid fuels that release both during combustion and previously extracted from the air for production.
This process produces syngas, a mixture of hydrogen and carbon monoxide, which is subsequently processed into kerosene, methanol or other hydrocarbons. These embedded fuels are ready for use in existing global transportation infrastructure. Aldo Steinfeld, professor of renewable Phone Number List energy carriers at Zurich, and his research group developed the technology. "This plant demonstrates that carbon-neutral hydrocarbon fuels can be obtained from sunlight and air under real field conditions," he explained. "The thermochemical process uses the entire solar spectrum and proceeds at high temperatures, allowing for rapid reactions and high efficiency." The research facility in the heart of Zurich advances research towards sustainable fuels.
A small demo unit with great potential. The solar mini-refinery on the roof of Zurich demonstrates that the technology is feasible, even in the climatic conditions prevailing in Zurich. It produces about a deciliter of fuel per day. Steinfeld and his group are already working on a large-scale test of their solar reactor on a solar tower near Madrid, which is being carried out within the scope of the EU's sun-to-liquid project. mini solar refinery The solar tower plant is presented to the public in Madrid at the same time as the mini-refinery in Zurich. The next goal of the project is to scale the technology for industrial implementation and make it economically competitive. “A solar plant covering an area of one square kilometer could produce l doctoral student.
This process produces syngas, a mixture of hydrogen and carbon monoxide, which is subsequently processed into kerosene, methanol or other hydrocarbons. These embedded fuels are ready for use in existing global transportation infrastructure. Aldo Steinfeld, professor of renewable Phone Number List energy carriers at Zurich, and his research group developed the technology. "This plant demonstrates that carbon-neutral hydrocarbon fuels can be obtained from sunlight and air under real field conditions," he explained. "The thermochemical process uses the entire solar spectrum and proceeds at high temperatures, allowing for rapid reactions and high efficiency." The research facility in the heart of Zurich advances research towards sustainable fuels.
A small demo unit with great potential. The solar mini-refinery on the roof of Zurich demonstrates that the technology is feasible, even in the climatic conditions prevailing in Zurich. It produces about a deciliter of fuel per day. Steinfeld and his group are already working on a large-scale test of their solar reactor on a solar tower near Madrid, which is being carried out within the scope of the EU's sun-to-liquid project. mini solar refinery The solar tower plant is presented to the public in Madrid at the same time as the mini-refinery in Zurich. The next goal of the project is to scale the technology for industrial implementation and make it economically competitive. “A solar plant covering an area of one square kilometer could produce l doctoral student.