Research shows energy poverty affects water sustainability in China, emphasizing the need for tailored policies to enhance resource management efficiency.

Research shows that green technology innovation significantly reduces PM2.5 and PM10 levels in China's river basins, ...

Research on microplastic removal technologies highlights the potential of natural extracts and engineered systems to tackle ...

Photoelectrochemical systems offer a sustainable alternative to fossil fuels, driving clean energy production while tackling ...

Natural hydrogen production by Koloma utilizes geologic extraction, minimizing energy use and emissions while enhancing ...

By quantifying carbon sequestration, AgreenaCarbon provides farmers with financial rewards, fostering sustainable agriculture ...

The innovative biodegradable metafilm from PLA enhances passive radiative cooling, addressing energy efficiency and ...

Georgia Tech's innovative DAC method utilizes cold energy from LNG, enabling efficient CO2 capture with low-cost materials ...

Potassium-ion batteries could have a higher energy density than sodium-ion batteries. This is important for large-scale ...

The environmental impact of artificial intelligence is profound, balancing resource consumption with potential climate solutions. Addressing this is urgent.

Rahman's research on bacterial cellulose reveals a scalable method to create eco-friendly materials, addressing plastic pollution and promoting sustainability.

Findings indicate that diverse hydrogen production strategies could achieve up to 96% emission reductions, crucial for China's 2060 carbon neutrality targets.