Chinese scientists develop breakthrough method to convert CO₂ into aviation fuel

Researchers at Shanghai Advanced Research Institute under Chinese Academy of Sciences have successfully advanced a process that transforms carbon dioxide into hydrocarbon compounds used in jet fuel production  

BEIJING: (UrduPoint/UrduPoint / Pakistan Point News-April 30^th, 2026) Chinese scientists have achieved a major breakthrough in developing a technology that converts carbon dioxide emissions into aviation fuel, marking a potential step forward in clean energy innovation.

The researchers at the Shanghai Advanced Research Institute under the Chinese academy of Sciences have successfully advanced a process that transforms carbon dioxide into hydrocarbon compounds used in jet fuel production.

According to Chinese media reports, the research team has demonstrated a method that directly converts carbon dioxide into hydrocarbons by combining it with water through a controlled chemical process, ultimately producing liquid fuel suitable for aviation use.

Scientists involved in the project said efforts are now underway to move the technology beyond laboratory testing and explore its potential for large-scale industrial application.

The findings have been published in the scientific journal ACS Catalysis, where researchers highlighted progress in overcoming long-standing technical barriers in carbon conversion technology.

Experts noted that converting carbon dioxide into usable fuel has been a major scientific challenge for years, particularly in achieving efficiency and scalability. The latest development is seen as a significant step toward addressing those limitations.

The breakthrough comes at a time when global aviation fuel prices remain elevated amid supply concerns and geopolitical tensions, increasing interest in alternative and sustainable fuel sources.

If successfully commercialised, the technology could reduce reliance on conventional fossil fuels while also helping recycle carbon emissions, contributing to global efforts to combat climate change.

The researchers say further work is required to improve efficiency and prepare the process for commercial deployment, but the development is being viewed as a promising advance in sustainable aviation energy solutions.