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淨零科技 Net Zero

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- heart
  
  Technique
  High-performance carbon capture, conversion for reuse, and carbon material manufacture
  
  Unit
  National Cheng Kung University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  An Innovative AI-Integrated Platform for Eco-Friendly, Low-Carbon, Multifunctional Smart Medical Dressings
  
  Unit
  National Chung Hsing University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Green Steel: Hydrogen-Rich Blast Furnace Integrated with Carbon Recycling Technology
  
  Unit
  National Cheng Kung University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Structural engineering of hollow fiber membranes and design of novel selective layer materials for CO₂ capture
  
  Unit
  National Taiwan University of Science and Technology
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Hydrogening the Future: Non-Noble Metal AEMWE Technology Driving the Green Energy Revolution
  
  Unit
  National Cheng Kung University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  New generation of light-emitting diodes to degrade harmful substances technology innovation applied to traditional meat stalls or meat store environmental control
  
  Unit
  Agricultural Technology Research Institute
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Non-precious metal catalysts driving advancements in natural gas electrolysis and fuel cell technologies
  
  Unit
  National Taiwan University of Science and Technology
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Using microalgae to establish a sustainable aviation fuel production platform for carbon reduction and energy production
  
  Unit
  National Cheng Kung University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Towards Next Generation Eco-Technology: Intelligent Laser Metal Coloration
  
  Unit
  National Tsing Hua University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Generation of Low-Carbon Ozone and Negative-Hydrogen with Next-Generation Proton Exchange Membrane Electrolysis Technology
  
  Unit
  Yuan Ze University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Intelligent Mobile Platform for Greenhouse Gas Monitoring in Surface Waters
  
  Unit
  National Cheng Kung University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Net Zero Strategy‒Research and Development of Continuous Vacuum Ice Slurry Storage Air Conditioning System
  
  Unit
  National Taiwan University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Vortex-Induced Vibration Energy Harvester Using MEMS Oscillator Array for Self-Powered Sensing Applications
  
  Unit
  National Yang Ming Chiao Tung University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  High Performance Electrochemical CO2 Converter
  
  Unit
  National Taiwan University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  The Ultrasonic Non-Destructive Testing with the Automatic Speech Recognition on Lithium-ion Batteries of Electric Vehicles
  
  Unit
  National Taiwan University Department of Engineering Science and Ocean Engineering
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Highly efficient semi-transparent perovskite solar cells technology
  
  Unit
  Ming Chi University of Technology
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Ammonia Production via Piezoelectric Nitrogen Reduction in Pure Water under Ambient Conditions
  
  Unit
  National Tsing Hua University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Porous Electrodes and Non-Precious Metal Catalysts: The Future of Anion Exchange Membrane Water Electrolysis Technology
  
  Unit
  National Central University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  High practicality surface modification technology for enhancing hydrogen production via water electrolysis and solid-state hydrogen storage efficiency
  
  Unit
  National Taiwan University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Integration of Power-To-X Technology and Circular Economy for Net-zero Carbon Energy Transition
  
  Unit
  National Cheng Kung University Hierarchical Green-Energy Materials (Hi-GEM) Research Center
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Novel Processing Technology for Recycled PET (r-PET) Derived from Waste Colored PET Materials
  
  Unit
  National Taiwan University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Capture and recovery of carbon dioxide in flue gas by using fluidized bed homogeneous crystallization technology
  
  Unit
  National Chung Hsing University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  The development of bioconcrete with photocatalytic, hydrophobic, antivi ral and antibacterial functions using microbial induced precipitation
  
  Unit
  National Chung Cheng University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Dual-function non-platinum electrocatalyst for hydrogenoxygen production via water splitting
  
  Unit
  National Taiwan University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  30 kVA grid-forming inverter for energy storage system
  
  Unit
  National Cheng Kung University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Integrating Digital Grayscale, Defocus MethodNewly Developed Photopolymer to Stereolithography 3D Printing Process to Rapidly Manufacture Microlens Array with High Optical Performance
  
  Unit
  National Taiwan University of ScienceTechnology
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Recovery of Heavy Metals in Wastewater by Fluidized Bed Homogeneous Crystallization Technology
  
  Unit
  National Chung Hsing University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Bacterial degradation of environmental contaminantstheir applications
  
  Unit
  Institute of MicrobiologyImmunology, National Yang Ming Chiao Tung University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Designed Janus Transition metal dichalcogenides Nanowall Electrodes with High Faradaic Efficiency for Nitrogen Reduction
  
  Unit
  National Tsing Hua University
  
  Exhibition Zone
  淨零科技 Net Zero
- heart
  
  Technique
  Zero Emissions: Low-cost Alkaline Seawater Electrolysis for Hydrogen Production: The DeviceTechnology
  
  Unit
  National Sun Yet-sen University
  
  Exhibition Zone
  淨零科技 Net Zero

淨零科技 Net Zero

TechniqueHigh-performance carbon capture, conversion for reuse, and carbon material manufacture UnitNational Cheng Kung University Exhibition Zone淨零科技 Net Zero

TechniqueAn Innovative AI-Integrated Platform for Eco-Friendly, Low-Carbon, Multifunctional Smart Medical Dressings UnitNational Chung Hsing University Exhibition Zone淨零科技 Net Zero

TechniqueGreen Steel: Hydrogen-Rich Blast Furnace Integrated with Carbon Recycling Technology UnitNational Cheng Kung University Exhibition Zone淨零科技 Net Zero

TechniqueStructural engineering of hollow fiber membranes and design of novel selective layer materials for CO₂ capture UnitNational Taiwan University of Science and Technology Exhibition Zone淨零科技 Net Zero

TechniqueHydrogening the Future: Non-Noble Metal AEMWE Technology Driving the Green Energy Revolution UnitNational Cheng Kung University Exhibition Zone淨零科技 Net Zero

TechniqueNew generation of light-emitting diodes to degrade harmful substances technology innovation applied to traditional meat stalls or meat store environmental control UnitAgricultural Technology Research Institute Exhibition Zone淨零科技 Net Zero

TechniqueNon-precious metal catalysts driving advancements in natural gas electrolysis and fuel cell technologies UnitNational Taiwan University of Science and Technology Exhibition Zone淨零科技 Net Zero

TechniqueUsing microalgae to establish a sustainable aviation fuel production platform for carbon reduction and energy production UnitNational Cheng Kung University Exhibition Zone淨零科技 Net Zero

TechniqueTowards Next Generation Eco-Technology: Intelligent Laser Metal Coloration UnitNational Tsing Hua University Exhibition Zone淨零科技 Net Zero

TechniqueGeneration of Low-Carbon Ozone and Negative-Hydrogen with Next-Generation Proton Exchange Membrane Electrolysis Technology UnitYuan Ze University Exhibition Zone淨零科技 Net Zero

TechniqueIntelligent Mobile Platform for Greenhouse Gas Monitoring in Surface Waters UnitNational Cheng Kung University Exhibition Zone淨零科技 Net Zero

TechniqueNet Zero Strategy‒Research and Development of Continuous Vacuum Ice Slurry Storage Air Conditioning System UnitNational Taiwan University Exhibition Zone淨零科技 Net Zero

TechniqueVortex-Induced Vibration Energy Harvester Using MEMS Oscillator Array for Self-Powered Sensing Applications UnitNational Yang Ming Chiao Tung University Exhibition Zone淨零科技 Net Zero

TechniqueHigh Performance Electrochemical CO2 Converter UnitNational Taiwan University Exhibition Zone淨零科技 Net Zero

TechniqueThe Ultrasonic Non-Destructive Testing with the Automatic Speech Recognition on Lithium-ion Batteries of Electric Vehicles UnitNational Taiwan University Department of Engineering Science and Ocean Engineering Exhibition Zone淨零科技 Net Zero

TechniqueHighly efficient semi-transparent perovskite solar cells technology UnitMing Chi University of Technology Exhibition Zone淨零科技 Net Zero

TechniqueAmmonia Production via Piezoelectric Nitrogen Reduction in Pure Water under Ambient Conditions UnitNational Tsing Hua University Exhibition Zone淨零科技 Net Zero

TechniquePorous Electrodes and Non-Precious Metal Catalysts: The Future of Anion Exchange Membrane Water Electrolysis Technology UnitNational Central University Exhibition Zone淨零科技 Net Zero

TechniqueHigh practicality surface modification technology for enhancing hydrogen production via water electrolysis and solid-state hydrogen storage efficiency UnitNational Taiwan University Exhibition Zone淨零科技 Net Zero

TechniqueIntegration of Power-To-X Technology and Circular Economy for Net-zero Carbon Energy Transition UnitNational Cheng Kung University Hierarchical Green-Energy Materials (Hi-GEM) Research Center Exhibition Zone淨零科技 Net Zero

TechniqueNovel Processing Technology for Recycled PET (r-PET) Derived from Waste Colored PET Materials UnitNational Taiwan University Exhibition Zone淨零科技 Net Zero

TechniqueCapture and recovery of carbon dioxide in flue gas by using fluidized bed homogeneous crystallization technology UnitNational Chung Hsing University Exhibition Zone淨零科技 Net Zero

TechniqueThe development of bioconcrete with photocatalytic, hydrophobic, antivi ral and antibacterial functions using microbial induced precipitation UnitNational Chung Cheng University Exhibition Zone淨零科技 Net Zero

TechniqueDual-function non-platinum electrocatalyst for hydrogenoxygen production via water splitting UnitNational Taiwan University Exhibition Zone淨零科技 Net Zero

Technique30 kVA grid-forming inverter for energy storage system UnitNational Cheng Kung University Exhibition Zone淨零科技 Net Zero

TechniqueIntegrating Digital Grayscale, Defocus MethodNewly Developed Photopolymer to Stereolithography 3D Printing Process to Rapidly Manufacture Microlens Array with High Optical Performance UnitNational Taiwan University of ScienceTechnology Exhibition Zone淨零科技 Net Zero

TechniqueRecovery of Heavy Metals in Wastewater by Fluidized Bed Homogeneous Crystallization Technology UnitNational Chung Hsing University Exhibition Zone淨零科技 Net Zero

TechniqueBacterial degradation of environmental contaminantstheir applications UnitInstitute of MicrobiologyImmunology, National Yang Ming Chiao Tung University Exhibition Zone淨零科技 Net Zero

TechniqueDesigned Janus Transition metal dichalcogenides Nanowall Electrodes with High Faradaic Efficiency for Nitrogen Reduction UnitNational Tsing Hua University Exhibition Zone淨零科技 Net Zero

TechniqueZero Emissions: Low-cost Alkaline Seawater Electrolysis for Hydrogen Production: The DeviceTechnology UnitNational Sun Yet-sen University Exhibition Zone淨零科技 Net Zero

Technique
High-performance carbon capture, conversion for reuse, and carbon material manufacture

Unit
National Cheng Kung University

Exhibition Zone
淨零科技 Net Zero

Technique
An Innovative AI-Integrated Platform for Eco-Friendly, Low-Carbon, Multifunctional Smart Medical Dressings

Unit
National Chung Hsing University

Exhibition Zone
淨零科技 Net Zero

Technique
Green Steel: Hydrogen-Rich Blast Furnace Integrated with Carbon Recycling Technology

Unit
National Cheng Kung University

Exhibition Zone
淨零科技 Net Zero

Technique
Structural engineering of hollow fiber membranes and design of novel selective layer materials for CO₂ capture

Unit
National Taiwan University of Science and Technology

Exhibition Zone
淨零科技 Net Zero

Technique
Hydrogening the Future: Non-Noble Metal AEMWE Technology Driving the Green Energy Revolution

Unit
National Cheng Kung University

Exhibition Zone
淨零科技 Net Zero

Technique
New generation of light-emitting diodes to degrade harmful substances technology innovation applied to traditional meat stalls or meat store environmental control

Unit
Agricultural Technology Research Institute

Exhibition Zone
淨零科技 Net Zero

Technique
Non-precious metal catalysts driving advancements in natural gas electrolysis and fuel cell technologies

Unit
National Taiwan University of Science and Technology

Exhibition Zone
淨零科技 Net Zero

Technique
Using microalgae to establish a sustainable aviation fuel production platform for carbon reduction and energy production

Unit
National Cheng Kung University

Exhibition Zone
淨零科技 Net Zero

Technique
Towards Next Generation Eco-Technology: Intelligent Laser Metal Coloration

Unit
National Tsing Hua University

Exhibition Zone
淨零科技 Net Zero

Technique
Generation of Low-Carbon Ozone and Negative-Hydrogen with Next-Generation Proton Exchange Membrane Electrolysis Technology

Unit
Yuan Ze University

Exhibition Zone
淨零科技 Net Zero

Technique
Intelligent Mobile Platform for Greenhouse Gas Monitoring in Surface Waters

Unit
National Cheng Kung University

Exhibition Zone
淨零科技 Net Zero

Technique
Net Zero Strategy‒Research and Development of Continuous Vacuum Ice Slurry Storage Air Conditioning System

Unit
National Taiwan University

Exhibition Zone
淨零科技 Net Zero

Technique
Vortex-Induced Vibration Energy Harvester Using MEMS Oscillator Array for Self-Powered Sensing Applications

Unit
National Yang Ming Chiao Tung University

Exhibition Zone
淨零科技 Net Zero

Technique
High Performance Electrochemical CO2 Converter

Unit
National Taiwan University

Exhibition Zone
淨零科技 Net Zero

Technique
The Ultrasonic Non-Destructive Testing with the Automatic Speech Recognition on Lithium-ion Batteries of Electric Vehicles

Unit
National Taiwan University Department of Engineering Science and Ocean Engineering

Exhibition Zone
淨零科技 Net Zero

Technique
Highly efficient semi-transparent perovskite solar cells technology

Unit
Ming Chi University of Technology

Exhibition Zone
淨零科技 Net Zero

Technique
Ammonia Production via Piezoelectric Nitrogen Reduction in Pure Water under Ambient Conditions

Unit
National Tsing Hua University

Exhibition Zone
淨零科技 Net Zero

Technique
Porous Electrodes and Non-Precious Metal Catalysts: The Future of Anion Exchange Membrane Water Electrolysis Technology

Unit
National Central University

Exhibition Zone
淨零科技 Net Zero

Technique
High practicality surface modification technology for enhancing hydrogen production via water electrolysis and solid-state hydrogen storage efficiency

Unit
National Taiwan University

Exhibition Zone
淨零科技 Net Zero

Technique
Integration of Power-To-X Technology and Circular Economy for Net-zero Carbon Energy Transition

Unit
National Cheng Kung University Hierarchical Green-Energy Materials (Hi-GEM) Research Center

Exhibition Zone
淨零科技 Net Zero

Technique
Novel Processing Technology for Recycled PET (r-PET) Derived from Waste Colored PET Materials

Unit
National Taiwan University

Exhibition Zone
淨零科技 Net Zero

Technique
Capture and recovery of carbon dioxide in flue gas by using fluidized bed homogeneous crystallization technology

Unit
National Chung Hsing University

Exhibition Zone
淨零科技 Net Zero

Technique
The development of bioconcrete with photocatalytic, hydrophobic, antivi ral and antibacterial functions using microbial induced precipitation

Unit
National Chung Cheng University

Exhibition Zone
淨零科技 Net Zero

Technique
Dual-function non-platinum electrocatalyst for hydrogenoxygen production via water splitting

Unit
National Taiwan University

Exhibition Zone
淨零科技 Net Zero

Technique
30 kVA grid-forming inverter for energy storage system

Unit
National Cheng Kung University

Exhibition Zone
淨零科技 Net Zero

Technique
Integrating Digital Grayscale, Defocus MethodNewly Developed Photopolymer to Stereolithography 3D Printing Process to Rapidly Manufacture Microlens Array with High Optical Performance

Unit
National Taiwan University of ScienceTechnology

Exhibition Zone
淨零科技 Net Zero

Technique
Recovery of Heavy Metals in Wastewater by Fluidized Bed Homogeneous Crystallization Technology

Unit
National Chung Hsing University

Exhibition Zone
淨零科技 Net Zero

Technique
Bacterial degradation of environmental contaminantstheir applications

Unit
Institute of MicrobiologyImmunology, National Yang Ming Chiao Tung University

Exhibition Zone
淨零科技 Net Zero

Technique
Designed Janus Transition metal dichalcogenides Nanowall Electrodes with High Faradaic Efficiency for Nitrogen Reduction

Unit
National Tsing Hua University

Exhibition Zone
淨零科技 Net Zero

Technique
Zero Emissions: Low-cost Alkaline Seawater Electrolysis for Hydrogen Production: The DeviceTechnology

Unit
National Sun Yet-sen University

Exhibition Zone
淨零科技 Net Zero