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Facing the major scientific and technological needs of the country's pollution reduction and carbon reduction, Welly Environmental Protection Group has strengthened industry-university-research cooperation, continued to innovate in the field of high-value organic waste resources and bioenergy, and constantly improved its technical strength, and a number of scientific and technological achievements have won the 2024 honorary recognition.

Recently, the Chinese Society of Environmental Sciences officially released the announcement of the 2024 Environmental Protection Science and Technology Award, and the "Key technology and Application of domestic waste collection, transportation, treatment and recycling Process to reduce pollution and carbon" project jointly completed by Welly Group and Huazhong University of Science and Technology and related enterprises won the first prize of Environmental Protection Science and Technology Progress in 2024 (Project number: 2024-J-1-04). The project carried out research and development and promotion and application of key technologies for pollution reduction and carbon reduction in the whole process of household waste collection, transportation and treatment and resource recycling, developed a series of key technologies and equipment, established a standardization system for household waste collection, transportation and treatment, and developed "leachate CJMBR- multistage material membrane complete treatment technology" led by Weley Group. A complete set of technologies and equipment with high efficiency biological nitrogen removal and full concentration treatment of membrane filtration solution as the core has been formed, which has overcome the industry problems of "three chemical" treatment of leachate, is of great significance to improve the level of domestic waste collection, transportation and treatment industry in China, and helps the green and low-carbon transformation and upgrading of landfill leachate treatment industry.

Recently, the China Urban Environmental Health Association announced the results of the Science and Technology Award of the China Urban Environmental Health Association in 2024. Willy Group and its wholly-owned subsidiary Changzhou Willy Agricultural Science and Technology Development Co., LTD. The project of "Research and Application of Key Technologies for Efficient Biotransformation of Kitchen Waste and High-value Utilization of New Protein" jointly completed with Changzhou Environmental Health Management Center, Tongji University and Shenzhen Graduate School of Peking University won the first Prize of Science and Technology Progress Award of China Urban Environmental Health Association. This award marks an important breakthrough in the field of new protein conversion technology for organic waste.

The project has developed key technologies such as high-quality insect species screening and breeding, insect protein directed biotransformation and high-value utilization, insect manure organic fertilizer biotransformation and multi-scenario application of new protein feed, and developed complete sets of equipment for large-scale and automated insect protein biotransformation and high-value utilization based on the Internet of Things, artificial intelligence, cloud computing and other technologies. A visual intelligent production system for insect protein transformation and a big data monitoring platform have been developed to realize online monitoring and analysis of the whole process. The project results established a factory-style insect breeding production base in the domestic waste disposal center of circular economy Industrial Park around Taihu Lake in Changzhou, solving the problem of the consumption and outlet of organic solid residue of kitchen waste, turning waste into treasure, producing new insect protein products with high added value, and improving the current situation of protein resource shortage. Truly realize the goal of food and kitchen waste from harmless management to low-carbon high-value resource utilization. In addition, the project has established a demonstration base of breeding combined with ecological circular agriculture in Xinbei District of Changzhou City, and has been extended to Jintan, Xuyi, Nantong, Shaoxing and other places to achieve industrialization and large-scale production.

Recently, the China Business Federation announced the results of the 2024 China Business Federation Science and Technology Award, and the project of "Key technologies for Advanced treatment and recycling of heavy metal wastewater in the electronics industry" jointly completed by Welly Group and Jiangnan University and related enterprises won the first prize of science and Technology Progress of the China Business Federation.

In view of the high pollutant concentration of heavy metal wastewater in the electronics industry and the difficulty of recycling heavy metals, the project developed the complex heavy metal treatment technology of Fenton and persulfate method, the ion heavy metal wastewater treatment technology based on polyammonium dithiocarbamate recatcher method, and the "resin concentration + electrolysis" recycling technology of heavy metals. Compared with other traditional technologies, it reduces the sewage treatment cost of related electronic enterprises, and effectively guarantees the structural adjustment of China's electronic industry and the implementation of energy saving and emission reduction strategy.

Winning a number of scientific and technological awards this time is not only an affirmation of the technological innovation ability of Wiley Group, but also a recognition of its contribution to promoting the development of environmental protection. Willy Group will continue to adhere to the concept of continuous innovation, deeply cultivate the frontier of environmental protection technology, and commit to developing more innovative and efficient environmental protection solutions. In the future, Willy will continue to work with all parties to contribute to the building of a beautiful China and the realization of the dual-carbon strategic goal.