R&D and demonstration of real-time carbon emission monitoring for low-carbon, high-efficiency, and intelligent incineration technologies
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Project Introduction
Real-time Monitoring of Carbon Emissions from Waste-to-Energy Processes, and R&D and Demonstration of Low-carbon and High-efficiency Intelligent Incineration Technology: The China-Austria Project, a key initiative under the NKRDP “Intergovernmental International Scientific and Technological Innovation Cooperation” encompasses a collaborative framework involving SUS, Zhejiang University, Shanghai Jiao Tong University, the Austrian company VIRWa, and the Technical University of Vienna. The project is currently making steady progress, with orderly advancements in research and development efforts centered on several key technologies and equipment.
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Highlights
1. The objectives of the R&D program are diverse, focusing on several critical areas: Firstly, the development of methodologies for carbon source identification, carbon emission monitoring, and carbon footprint evaluation specifically tailored for waste-to-energy plants in China. Secondly, the advancement of an intelligent incineration system that incorporates controlled premixing of incoming materials with feedback-oriented tuning. Thirdly, the creation of cost-effective carbon capture technologies utilizing a calcium-fly ash composite as a trapping agent. Additionally, the program aims to develop synergistic carbon conversion technologies employing atmospheric-pressure jet plasma thermolysis. The program also prioritizes the production of high-quality articles and publications, alongside the cultivation of human resources and the facilitation of academic and technical exchanges.
2.Through the development of a new generation of real-time carbon emissions monitoring systems for waste incineration and the advancement of low-carbon and efficient intelligent incineration technology, our aim is to establish carbon emission accounting methodology suitable for China's waste-to-energy plants. By promoting the adoption of advanced technology systems, we seek to elevate the technological standards of the waste-to-energy industry in both China and Austria. Our efforts will contribute to the upgrade of China's waste-to-energy industry and support the realization of the "dual-carbon" goal.
3.To enhance and broaden the cooperation between Chinese and Austrian scientific researchers and enterprises in the domain of low-carbon waste disposal, our objective is to establish a stable and enduring cooperative relationship. Through this collaboration, we aim to provide global solutions for low-carbon and efficient treatment of domestic waste, leveraging China's innovative resources to influence and contribute to international efforts in waste management.
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Introduction
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Real time monitoring of carbon emissions from household waste incineration and research and demonstration of low-carbon and efficient smart incineration technology:
"Real time monitoring of carbon emissions from household waste incineration and research and demonstration of low-carbon and efficient smart incineration technology" is a key project of the national key research and development plan "Intergovernmental International Science and Technology Innovation Cooperation" (referred to as the "China Austria Project") jointly participated by Kangheng Environment, Zhejiang University, Shanghai Jiao Tong University, VIRWa Company of Austria, and Vienna University of Technology. At present, the research and development of multiple key technologies and equipment are progressing in an orderly manner. The National Key R&D Program is a major social public welfare research that is related to the national economy and people's livelihood. It involves major scientific and technological issues related to industrial core competitiveness, overall independent innovation ability, and national security, breaking through technological bottlenecks in the main areas of national economic and social development. The requirements for the leading application unit of the intergovernmental international scientific and technological innovation cooperation project are extremely strict. Enterprises must have strong scientific and technological research and development capabilities and conditions, as well as a good foundation for international cooperation and operational management norms.
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Project highlights
1. The research and development goals revolve around the development of carbon source identification and carbon emission monitoring methods and carbon footprint evaluation methods for Chinese waste incineration plants, the development of a smart incineration system based on controllable pre mixing coupling of incoming materials and feedback optimization, the development of low-cost carbon capture technology based on calcium based fly ash composite capture agents, and atmospheric jet plasma thermal analysis synergistic carbon conversion technology Conduct high-quality article recruitment or publication, as well as talent cultivation and exchange in five aspects;
2. By developing a new generation of real-time monitoring of carbon emissions from waste incineration and low-carbon and efficient smart incineration technology, a carbon emission accounting methodology and advanced technology system suitable for China's waste incineration plants can be formed, promoting the improvement of the technical level of the waste incineration industry between China and Austria, and helping to upgrade China's waste incineration industry and achieve the "dual carbon" goal;
3. Further expand and deepen the exchange and cooperation between China and Austria in scientific research and enterprises in the field of low-carbon waste disposal, establish a more stable and long-term cooperative relationship, provide Chinese solutions for low-carbon and efficient treatment of global household waste, and enhance the external radiation influence of China's innovative resources;
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