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all　Search Result 12

- 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
  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
  High Performance Electrochemical CO2 Converter
  
  Unit
  National Taiwan University
  
  Exhibition Zone
  淨零科技/Net Zero
- heart
  
  Technique
  The Engine for Novel Chemical Engineering Process Development: a Fully Automated Platform for Comprehensive Physical Property Prediction
  
  Unit
  National Taiwan University
  
  Exhibition Zone
  先進材料&化工
- heart
  
  Technique
  Luminous Aurora Orchid Controlled High Entropy Materials in Indoor Carbon Reduction Technology
  
  Unit
  National Cheng Kung University
  
  Exhibition Zone
  先進材料&化工
- heart
  
  Technique
  以永續性之分子孔洞材料進行高效率變壓吸附捕捉二氧化碳
  
  Unit
  School of Pharmacy, National Cheng Kung University
  
  Exhibition Zone
  先進材料&綠能
- heart
  
  Technique
  兼具高容量能源儲存及碳中和應用之全固態鈉二氧化碳電池
  
  Unit
  National Taiwan University
  
  Exhibition Zone
  先進材料&綠能
- heart
  
  Technique
  Sustainable development of CO2: CO2 chemically converted to magnetic carbon nanofibers and their environment and biomedical applications
  
  Unit
  Chang Gung University
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  Mixotrophic ethanol production in Rubisco-based engineered Escherichia coli
  
  Unit
  National Chung Hsing University
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  Method for Producing Polymer Nanofoam
  
  Unit
  National Taiwan University of Science and Technology
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  Continuous rapid-processing for waste liquid treatment
  
  Unit
  National Cheng Kung University
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  Enhancing carbon dioxide capture and photosynthesis efficiency with advanced new-generation bioenergy technology
  
  Unit
  National Yang Ming University
  
  Exhibition Zone
  Online display only

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

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

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

TechniqueThe Engine for Novel Chemical Engineering Process Development: a Fully Automated Platform for Comprehensive Physical Property Prediction UnitNational Taiwan University Exhibition Zone先進材料&化工

TechniqueLuminous Aurora Orchid Controlled High Entropy Materials in Indoor Carbon Reduction Technology UnitNational Cheng Kung University Exhibition Zone先進材料&化工

Technique以永續性之分子孔洞材料進行高效率變壓吸附捕捉二氧化碳 UnitSchool of Pharmacy, National Cheng Kung University Exhibition Zone先進材料&綠能

Technique兼具高容量能源儲存及碳中和應用之全固態鈉二氧化碳電池 UnitNational Taiwan University Exhibition Zone先進材料&綠能

TechniqueSustainable development of CO2: CO2 chemically converted to magnetic carbon nanofibers and their environment and biomedical applications UnitChang Gung University Exhibition ZoneOnline display only

TechniqueMixotrophic ethanol production in Rubisco-based engineered Escherichia coli UnitNational Chung Hsing University Exhibition ZoneOnline display only

TechniqueMethod for Producing Polymer Nanofoam UnitNational Taiwan University of Science and Technology Exhibition ZoneOnline display only

TechniqueContinuous rapid-processing for waste liquid treatment UnitNational Cheng Kung University Exhibition ZoneOnline display only

TechniqueEnhancing carbon dioxide capture and photosynthesis efficiency with advanced new-generation bioenergy technology UnitNational Yang Ming University Exhibition ZoneOnline display only

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
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
High Performance Electrochemical CO2 Converter

Unit
National Taiwan University

Exhibition Zone
淨零科技/Net Zero

Technique
The Engine for Novel Chemical Engineering Process Development: a Fully Automated Platform for Comprehensive Physical Property Prediction

Unit
National Taiwan University

Exhibition Zone
先進材料&化工

Technique
Luminous Aurora Orchid Controlled High Entropy Materials in Indoor Carbon Reduction Technology

Unit
National Cheng Kung University

Exhibition Zone
先進材料&化工

Technique
以永續性之分子孔洞材料進行高效率變壓吸附捕捉二氧化碳

Unit
School of Pharmacy, National Cheng Kung University

Exhibition Zone
先進材料&綠能

Technique
兼具高容量能源儲存及碳中和應用之全固態鈉二氧化碳電池

Unit
National Taiwan University

Exhibition Zone
先進材料&綠能

Technique
Sustainable development of CO2: CO2 chemically converted to magnetic carbon nanofibers and their environment and biomedical applications

Unit
Chang Gung University

Exhibition Zone
Online display only

Technique
Mixotrophic ethanol production in Rubisco-based engineered Escherichia coli

Unit
National Chung Hsing University

Exhibition Zone
Online display only

Technique
Method for Producing Polymer Nanofoam

Unit
National Taiwan University of Science and Technology

Exhibition Zone
Online display only

Technique
Continuous rapid-processing for waste liquid treatment

Unit
National Cheng Kung University

Exhibition Zone
Online display only

Technique
Enhancing carbon dioxide capture and photosynthesis efficiency with advanced new-generation bioenergy technology

Unit
National Yang Ming University

Exhibition Zone
Online display only