Hollow-fiber gas penetration electrodes efficiently produce renewable synthetic fuels
Increasing CO2 levels in the atmosphere due to the consumption of large amounts of fossil fuels is exacerbating global climate change,which seriously threatens sustainable human development.As a responsible and respectable country,China has announced remarkable goals of reaching a carbon emission peak and achieving carbon neutrality,which are challenging missions with enormous contributions to the world.As a strategic support,disruptive and transformative energy technologies are urgently required to develop new green and low-carbon energy industries.Renewable energy sources such as wind and sun,which can generate zero-carbon electric power,have been rapidly developed in recent years.In China,the cumulatively installed capacity of renewable clean energy power generation had reached 1.06 billion kW by the end of 2021,accounting for nearly 44.8％of the total installed capacity[1].However,owing to the intrinsic inferiorities of instability and anti-peak-load regulation,the power from these renewable energy sources cannot be integrated well into the electric grid,resulting in substantial waste and further development restrictions[2].
efficiently、electrodes、fuels、hollow-fiber、penetration、produce、renewable、synthetic
16
R969.1;O571.6;F713.36
2023-02-15（万方平台首次上网日期，不代表论文的发表时间）
共6页
700-705
