PM10 (≤10μm) or PM2.5 (≤2.5μm) are harmful substances that cause chronic respiratory and cardiovascular diseases.
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Inspired to develop high-performance air filters to mitigate PM and improve air quality.
Research on simple and economical synthesis technology for a new level of air filter.
Most seawater desalination systems depend on fossil energy using heat and electricity, but a vicious cycle is repeated due to exhaust gas.
Development of smart photothermal materials with low cost and high evaporation performance to solve this problem.
Lack of freshwater resources due to rapid industrialization and population growth.
Existing countermeasures to current oil spill incidents are expensive and ineffective.
It is highly desirable to selectively remove oil from water.
Development of a bulk structure composed of smart nanomaterials for oil/water separation.
The goal is to develop a new catalytic filter with no risk of leakage, fast catalytic reaction, high flow rate, easy increase/decrease in catalytic amount, and excellent reusability.
Organic pollutants contaminate water resources and organisms and are not biodegradable.
Only about 9% of plastic is recycled and 79% remains in the environment.
Among them, microplastics have a strong adsorption capacity for organic pollutants and act as vectors of harmful microorganisms and chemical pollutants in the environment.
Developing an economical and reusable method for removing microplastics from wastewater
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