Chinese scientists develop new high-efficiency carbon-capture membrane

En breve

A team at Tianjin University led by Jiang Zhongyi and He Guangwei has developed a new all-organic mixed-matrix membrane for carbon capture, according to CLS and Jiemian. The outlets said the work overcomes the difficulty of balancing membrane separation performance with processability, offering a new material pathway for low-energy, low-cost capture of industrial gases. The result was published online on 7 October in the journal Nature Energy, they said.

Por qué importa

The documents present the membrane as a possible materials route to lower the energy use and cost of capturing carbon from industrial gases, a step that matters for emissions reduction. They give no performance, cost or deployment figures, so any practical impact remains to be shown.

Datos clave

• A team at Tianjin University developed a new all-organic mixed-matrix membrane for carbon capture. [ 1 , 2 , 3 ]
• The team was led by Jiang Zhongyi and He Guangwei. [ 2 , 3 ]
• The membrane is described as overcoming the bottleneck of balancing separation performance and processability. [ 2 , 3 ]
• The work is presented as a new material pathway for low-energy, low-cost carbon capture of industrial gases. [ 2 , 3 ]
• The result was published online on 7 October in Nature Energy. [ 2 , 3 ]
• Xinhua's feed carried only the headline that Chinese scientists had developed the membrane, without further detail. [ 1 ]

Qué dicen los medios locales

Cronología, hora local

1. 22:40Xinhua's feed carries the headline that Chinese scientists developed a new high-efficiency carbon-capture membrane. [ 1 ]
2. 22:49CLS reports the Tianjin University team's all-organic mixed-matrix membrane and its online publication in Nature Energy on 7 October. [ 2 ]
3. 23:22Jiemian reports the same development and journal publication. [ 3 ]