DR EDISON H. ANG LAB

Our Research

Energy Storage & Conversion

We develop advanced nanomaterials for batteries, supercapacitors, hydrogen generation and storage, and CO2 utilization and storage to enhance their efficiency and lifespan. Our aim is to improve the integration of renewable energy by optimizing materials for superior energy storage and conversion.

Water Purification

Our research focuses on advancing filtration membranes and nanomaterials to improve the quality and production rate of water purification and desalination. We are dedicated to developing materials that are both highly effective and environmentally sustainable.

Urban Farming

We utilize nanomaterials and sensor technologies to enhance urban farming productivity through advanced pest control and nutrient release solutions. Our work supports sustainable agriculture in urban settings by monitoring plant health with sensors and providing effective solutions for nutrient management and pest control.

Circular Economy Practices

​We are at the forefront of innovations that transform industrial and household wastes into valuable resources. Our efforts include recovering critical elements like lithium from batteries and other essential metals from e-wastes, contributing to circular economy practices and minimizing environmental impact.