Volatile organic compounds (VOCs) can cause atmospheric environmental problems such
as haze and photochemical smog, which seriously restrict the sustainable development of …

Wood-based panels provide efficient alternatives to materials such as plastics derived from
traditional petroleum sources and thereby help to mitigate greenhouse gas emissions …

Construction of highly-active photothermal catalysts featuring merits of high quantum
efficiency and superior heat resistance is a great challenge during volatile organic …

The volatile organic compounds (VOCs) from cooking oil fumes are very complex and do
harm to humans and the environment. Herein, we develop the high-efficiency and energy …

The control of volatile organic compounds (VOCs) from cooking oil fumes via synergic
photothermocatalytic oxidation not only saves energy, but also helps to reduce carbon …

Light-driven photothermal catalytic oxidation is a promising strategy for sustainable volatile
organic compounds (VOCs) elimination. Herein, we report the construction of yCuO x-WO …

Reported herein is a study of oxygen vacancies (OVs) provoking the complete
mineralization of toluene with Na-doped Co 3 O 4 as a photothermal catalyst. Doping Na+ …

It is an effective method to promote the activity of photocatalysts by exploiting their own
photothermal effects to increase the temperature of the reaction center and thus accelerate …

Ethylene elimination can effectively inhibit the rapid aging of fruits and vegetables in storage
and transportation. Improving the low-temperature activity, moisture resistance, and stability …

Using solar energy to drive catalytic conversion of CO 2 into value-added chemicals has
great potential to alleviate the global energy shortage and anthropogenic climate change …