Dr. Lin-Chi Wang received his Ph.D. (2000/09～2003/03) degrees in the Department of Environmental Engineering, National Cheng Kung University, Taiwan. Currently, Dr. Wang is a professor at Department of Marine Environmental Engineering, National Kaohsiung University of Science and Technology, Taiwan. Prof. Wang's research encompasses a diverse range of areas, including waste-to-energy technologies, energy conservation, air pollution reduction, the environmental fate of persistent organic pollutants (POPs) such as their presence in cloud/fog water and their interaction with microplastics, development of control technologies for POPs, environmental trace analysis, and the use of low-cost sensors to characterize workplace exposure. 

In Prof. Wang’s research career, he has made significant contributions to the field of Waste-to-Energy and pollution control with many of his research results published in world reputed journals such as ES&T, Applied Energy, Journal of Hazardous Materials, Atmospheric Environment, etc.. Now he has published 152 SCI papers, and nine of them were published in Environmental Science and Technology (ES&T). His papers received 5775 times citation, and the H-index is 43. Furthermore, Research.com ranks the best scientists in the arena of Environmental Sciences based on data consolidated from various data sources gathered on December, 2021, including OpenAlex and CrossRef. Only 30 scientists in Taiwan are in the list, and Prof. Wang ranks 20th, revealing his outstanding academic performances.

Prof. Wang has served the aerosol community as reviewers of many journals, Secretary General of Taiwan Association for Aerosol Research, and managing editor of Aerosol and Air Quality Research (AAQR). As the managing editor of AAQR, he worked closely with Editor-in-Chief Daniel A. Jaffe, and Neng‐Huei (George) Lin. He also helped the AAQR in overseeing and coordinating the editorial activities, seeking funding from Ministry of Science and Technology of Taiwan, holding international editorial board meetings, as well as communicating with authors and editors.

The Laboratory for Resource Sustainability and Air Pollution Control is a pioneering force in environmental science, dedicated to advancing knowledge and addressing air pollution challenges. Led by Professor Lin-Chi Wang, our diverse team of 16 members, including 2 research assistants, 7 PhD, and 6 MS students, focuses on four core research pillars:

1. Resource Sustainability: We explore innovative waste management, including SRF combustion, to promote resource sustainability through eco-friendly methods.
2. Understanding Air Pollution Dynamics: Our research analyzes air pollution dynamics, including sources, transport, and transformation, aiming to enhance understanding for evidence-based policymaking and pollution management.
3. Developing Advanced Monitoring Technologies: We aim to transform air quality monitoring, empowering policymakers, industries, and communities with timely data to mitigate pollution risks and safeguard public health.
4. Innovating Sustainable Pollution Control Solutions: We aim to develop tailored, sustainable pollution control solutions, translating scientific insights into practical applications for cleaner air and healthier environments. 

Current Research Projects:

1. Investigating the Impact of Diesel Engine Vehicle Exhaust Gas After-Treatment on Toxic Pollutants. Our research assesses DPF and SCR systems' effectiveness in reducing diesel engine emissions, aiming to improve efficiency and promote cleaner transportation.
2. Exploring Waste Materials as Inhibitors for Suppressing Persistent Organic Pollutants (POPs) in Solid Recovered Fuel (SRF) Combustion. This project aims to reduce environmental risks from SRF combustion by identifying waste-based inhibitors to cut down on harmful emissions, advancing safer waste management and resource sustainability.
3. Developing Feasible Emission Control Technologies for Maritime Transport. This initiative aims to tackle emissions from maritime transport by simulating diesel engine emissions and exploring innovative control systems to drive sustainable practices.
4. Characterizing Persistent Organic Pollutants (POPs) in Seawater Influenced by Industrial Activities. This study examines POPs in Kaohsiung Harbor, Taiwan, aiming to inform policy interventions for marine ecosystem and public health protection.
5. Analyzing Airborne Microplastics. Our research utilizes advanced techniques to identify airborne microplastic polymers and assess their role in carrying persistent organic pollutants (POPs), aiding pollution control strategies.
6. Tracing the Journey of Environmentally Persistent Free Radicals (EPFRs) and Assessing Their Health Risks. This four-year study aims to understand EPFRs, their sources, and human health risks, devising strategies for mitigation while promoting sustainability.
7. Collaborative Efforts with NASA to Investigate POPs Levels across Taiwan. In partnership with NASA, our project maps POPs distribution across Taiwan, focusing on PAHs. Using advanced techniques and satellite data, we inform evidence-based pollution management.

• Kao-Ping Experiment (KPEx): The KPEx project, conducted from mid-February to March 2024, in collaboration with NASA, focuses on southern Taiwan, potentially extending to western Taiwan. It includes studies on ozone, aerosols, Hazardous Air Pollutants (HAPs), source apportionment, atmospheric dynamics, model validation, and PM2.5 transport simulations, contributing to broader efforts under the ASIA-AQ initiative.

Conclusion:

The Laboratory for Resource Sustainability and Air Pollution Control is dedicated to advancing knowledge and driving positive change in the fight against air pollution, building a cleaner, healthier, and more sustainable future.