Language
R&D Platform
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— 2016
Guangdong Environmental Testing and Governance Engineering Technology Research and Development Center
Yuxing Technology is a supporting unit of the Guangdong Environmental Monitoring and Governance Engineering Technology Research and Development Center approved by the Provincial Department of Science and Technology. For many years, adhering to the concept of combining industry, academia, and research, we have been committed to forward-looking technological research in the field of environmental monitoring and governance, focusing on the combination of technology development and engineering practice, promoting the rapid transformation of scientific and technological achievements into productivity, guiding the rapid and healthy development of the industry, and aiming to conduct research projects in the field of monitoring and governance.
— 2016
Shenzhen Environmental Monitoring Engineering Technology Research and Development Center
Yuxing Technology is a supporting unit of the "Shenzhen Environmental Monitoring Engineering Technology Research and Development Center" approved by the Shenzhen Science and Technology Innovation Commission. The company focuses on environmental protection online monitoring technology and is committed to creating environmental protection online monitoring products and business platforms.
In recent years, the center has continuously increased its R&D investment to ensure the development of new products, the design of new processes, and the application of new technologies, providing strong technical support for the independent technology industrialization of the monitoring industry and the upgrading of the industry level. Through technological innovation and achievement transformation, we aim to achieve effective control of pollutant emissions and promote the comprehensive improvement of environmental monitoring and governance levels.
Industry-University-Research
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State Key Laboratory of Coal Combustion, Huazhong University of Science and Technology
Deep cooperation on multiple technological breakthroughs projects
In terms of the theory of clean, efficient and low-carbon utilization of coal, the country organizes high-level basic research and applied basic research, gathers and trains outstanding scientists, carries out academic exchanges and scientific practices, and is one of the earliest State Key Laboratory in China.
National Engineering Laboratory of VOC Governance, South China University of Technology
Council Members
In response to the current situation of weak independent innovation capability, insufficient basic supporting capacity, low reliability of equipment operation, and unreasonable industrial structure in VOCs control in China, South China University of Technology, as the leading unit, has jointly established a national engineering laboratory for VOCs pollution control technology and equipment with multiple industry university research institutions to meet the needs of air composite pollution control and environmental protection industry upgrading and development.
National Engineering Research Center for Collaborative Control of Air Pollutants and Greenhouse Gases, Tsinghua University
Member units
Tsinghua University, in collaboration with domestic advantageous research institutions and leading enterprises in various industries, is jointly building a research platform for the collaborative control of air pollutants and greenhouse gases. This platform aims to address the issues of high intensity and total emissions of air pollutants in China, weak deep emission reduction technologies, and the achievement of carbon peak and carbon neutrality strategic goals. The platform focuses on the urgent need to improve the technological level of air pollutant and greenhouse gas control in industries such as steel, non-ferrous metals, building materials, petrochemicals, and electricity. It supports the research and development of technologies such as efficient capture of fine particulate matter, reduction and resource utilization of sulfur oxides/nitrogen oxides, reduction and resource utilization of heavy metals, control and resource utilization of volatile organic compounds, efficient carbon capture technology and resource utilization, integration and optimization of flue gas pollutants and greenhouse gas emission reduction processes, big data analysis of air pollutants, and carbon trading accounting. Engineering oriented.
Research Direction
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VOCs treatment of exhaust gas
•Technical direction:
Development of catalytic materials (zeolite wheel, activated carbon fiber)
Optimization of incineration process (RTO/catalytic combustion heat recovery)
Solvent recovery system (resin adsorption+multi-stage condensation)
Odor gas treatment
•Technical direction:
Biochemical synergistic process (biological filter life>5 years)
Low concentration VOCs deodorization (modified fiber/electrochemical catalytic technology)
Electronic Nose Monitoring System (Detection Limit 0.1ppb)
Industrial wastewater treatment
•Technical direction:
High salt wastewater treatment (MVR evaporative crystallization system)
Difficult to degrade organic matter removal (electrochemical advanced oxidation)
Membrane separation technology (reverse osmosis membrane flux>25L/m ² · h)
Monitoring and operation business
•Technical direction:
IoT intelligent monitoring platform
Governance Facility Efficiency Evaluation Model (Prediction Error<8%)
Remote diagnosis system (fault recognition rate>95%)
Strategic Industry Research
•Technical direction:
Efficient treatment and disposal technology for new energy waste gas
Development of functional materials and high-end equipment based on AI recognition
Development of overall solution process packages for key industries
