Application of Nanocatalytic Electrodes Coupled with Advanced Oxidation Processes for Treatment and Resource Recovery of Industrial Wastewater
Nanomaterial Applications; Electrochemical Reactors; Degradation and Recovery Performance
This program aims to develop high-performance nanocatalytic electrodes combined with advanced oxidation processes (AOPs) for the removal of pollutants and resource recovery from real industrial wastewater. The electrodes are fabricated using physical vapor deposition (PVD), and their physicochemical properties and electrocatalytic activity are characterized. Furthermore, a pilot-scale electrochemical reactor integrated with AOPs is employed to evaluate the removal efficiency of heavy metals and organic pollutants. The effects of operating parameters on removal efficiency, energy consumption, and by-product formation are also investigated.
This program aims to establish technical indicators and engineering operating parameters for the integration of nanocatalytic electrodes with advanced oxidation processes (AOPs), to evaluate the feasibility of pollutant transformation and metal recovery, and to promote interdisciplinary collaboration between materials science and environmental engineering for the advancement of sustainable technologies.
Program Information:
Duration: 2–4 months
Scholarship: NT$12,000–16,000 per month
Accommodation: Arranged by the university
Eligibility: Undergraduate junior year or above / Graduate students
Major: Environmental Science, Environmental Engineering, Chemistry, Materials Science, or related fields
Language requirement: Basic English or Chinese communication ability
What You Will Gain:
-Material Design and Pretreatment Techniques
-Fabrication and Characterization of Nanocatalytic Electrodes
-Integration of Advanced Oxidation Processes (AOPs) and Experimental System Development
-Electrochemical Experiments and Analysis
-Field Validation and Resource Recovery Assessment
-Opportunities for academic publication and industry-relevant applications
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- Field: Natural Science
- School: Da-Yeh University
- Organizer: Department of Environmental and Safety Engineering
- Period of Apply: 2026/07/01-2026/12/31
- Term: 2026/07/01-2026/12/31
- Fee: We would like to inform you of the expenses you will be responsible for during your TEEP program at Da-Yeh University:
Dormitory Fees: The approximate cost for a four-person room is around NT$3,000 per month.
Insurance: Students are required to have valid insurance covering the entire duration of their stay at Da-Yeh University. Please ensure that insurance is arranged prior to arrival.
Miscellaneous Fees: These may include expenses such as textbooks and other related costs.
Please note that daily living expenses are not included in the above list.
- Contact Person：Shan-Yi Shen
- Email：shanyi@mail.dyu.edu.tw