Generation of Low-Carbon Ozone and Negative-Hydrogen with Next-Generation Proton Exchange Membrane Water Electrolysis Technology
Technology Introduction:
Generated low-carbon and high concentration ozone from our unique NG-PEMWE are utilized to efficiently treat the liquid waste from semiconductor industry successfully from Taiwan Semiconductor Manufacturing Cooperation (TSMC) with Trusval Technology Corp (信紘科). Negative-carbon and free hydrogen can be stored and utilized for diverse applications accelerating hydrogen economy realization.
Industry Applicability:
After implementing the Scientific Research and Entrepreneurship Plan (Germination Case) supported by the National Science Council (from January 2023 to March 2024), our team has successfully modularized PEMWE technology and established a collaboration with a leading semiconductor equipment manufacturer. We are currently focusing on the offline degradation of process waste liquid using ozone generated by our system, while the hydrogen produced can be utilized to generate green electricity.
Currently Yuan Ze has five colleges including the Colleges of Engineering, Informatics, Management, Humanities and Social Sciences, and Electrical and Communications Engineering. There are over 9,000 students with a 2:1 ratio between undergraduate and graduate students on campus. Aimed at housing key research centers in Taiwan, our Fuel Cell Center and Communications Research Centers have integrated all resources and recruited talents in all engineering-related departments at Yuan Ze through support from the Top Universities Project. With the success of these two centers, Yuan Ze also places heavy focus on the promotion of overall teaching and research capacity. The College of Management has established the first EMBA program in Taiwan and all the courses in the Graduate School of Management are conducted in English to further connect our students to the international marketplace. The College of Informatics is the first college in Taiwan to adopt information as the core for its teaching and research. It emphasizes on practical experience with the integration between technology and social studies. The College of Humanities and Social Sciences is working closely with our College of General Studies to promote teaching and research in humanities, general education, and ethics.
US10364503B2
High Efficiency on Fixation of CO2 and Synthesis of Carboxylic acids and Epoxy Derivatives via Transition-Metal Catalysis
Development of a New Generation of Hydrogen Storage Tanks - Ultra-Thin Thermoplastic Winding Tape Process Technology
High practicality surface modification technology for enhancing hydrogen production via water electrolysis and solid-state hydrogen storage efficiency
Porous Electrodes and Non-Precious Metal Catalysts: The Future of Anion Exchange Membrane Water Electrolysis Technology
Technology maturity:Others
Exhibiting purpose:Display of scientific results
Trading preferences:Negotiate by self
*Organization
*Name
*Phone
*Main Purpose
*Discuss Further
*Job Category
*Overall Rating
*Favorite Area
*Key Tech Focus
*Willing to Receive Updates?
Other Suggestions
Coming soon!