1. Introduction

The 2026 initiative focuses on three core pillars: (1) the development of technologies integrating waste-to-renewable energy and non-carbon-based fuels; (2) chemical looping combustion coupled with in-situ catalyst carbon capture and pollution catalytic degradation; and (3) the study of medium- and long-range atypical media transport of per- and polyfluoroalkyl substances (PFAS) in atmospheric aerosols. The objective is to foster international experience sharing and talent cultivation. Net-zero, low-carbon renewable energy technologies are highly suited for waste-rich regions; against the backdrop of carbon neutrality and sustainable development, international exchange and talent cultivation have become paramount. As PFAS are globally recognized "forever chemicals," our team is the first in Taiwan to pioneer research on the characteristics of PFAS in atmospheric aerosols, maintaining continuous collaborations with East and Southeast Asian countries from 2024 to 2026.

This project plans to invite 1–2 student(s) for internships at the Sustainable Energy and Aerosol Technology Lab (SEAT Lab) in Department of Environmental Engineering, National Cheng Kung University, Taiwan. Candidates are invited to join SEAT Lab in Taiwan before December 31st in 2026 for a 3-to-6-month exchange program. Candidates with high potential and a strong commitment to pursuing a Master’s degree in our team will receive priority admission.

2. Supports

Each participant will receive a monthly stipend of NT$ 15,000 – 20,000 (approximately USD 634), totaling NT$ 120,000 (max) (approximately USD 3,800 max) for the entire duration. Please be advised that the funding does not cover round-trip airfare. Participants will be accommodated in the student dormitories of National Cheng Kung University during their stay. All the accomendation fee will be covered by TEEP project funds.

3. Duty

(1) Participate in both regular and ad-hoc academic discussion meetings of the SEAT Lab.

(2) Engage in research project work at the SEAT Lab.

(3) Assist in conducting research experiments, computational simulations, result analysis, and part of the work related to research publication.

4. The prospective research areas

(1) Catalytic thermal treatment tech studies of sludge/biosolids.

(2) Investigation of PFAS characteristics in atmospheric aerosols in complex emission regions of coastal cities and towns.

(3) Analysis of particulate matter characteristics in the combustion emissions of nanoparticle-enhanced alcohol-ammonia-gasoline composite fuels.

(4) Depending on the timing of their stay, students may have the opportunity to engage in academic conferences, cross-team research, and other related activities in Taiwan.

5. Other requirements

(1) Proficient in listening, speaking, reading, and writing in English.

(2) Bachelor's degree (or studying) in engineering or science-related fields, with a preference for environmental engineering, chemical engineering, or mechanical engineering.

(3) Candidates with high potential and a strong commitment to pursuing a Master’s degree in our team will receive priority admission.

(4) Familiarity with document processing, engineering drawing, and scientific data processing software.

(5) Possess a strong motivation for learning and acquiring knowledge.

(6) Good physical and mental health, with no known chronic illnesses or conditions that may affect academic pursuits.

(7) Free from substance abuse, alcoholism, gambling, or other detrimental habits.