TAIYUAN E.P. & Changzhou University Advance Global TIMP Modular Prefabricated Wastewater & Water Treatment Facilities Tech Transfer

Three master's graduate students — Li Chengxu, Li Yuheng, and Jiang Zhichao — from the Jiangsu Technology Transfer Research Institute (Changzhou University) have recently completed a one-month specialized training program at Jiangsu Taiyuan Environmental Science and Technology Co., Ltd. The program focused on TIMP Modular Prefabricated Wastewater & Water Treatment Facilities and process R&D, deepening domestic industry-academia-research collaboration while offering new insights into the global transfer of environmental technologies.

As a high-tech enterprise dedicated to water environment governance, TAIYUAN E.P. has established its independently developed TIMP Modular Prefabricated Wastewater & Water Treatment Facilities as an industry benchmark for low-carbon intelligent manufacturing. This technology aligns with the global carbon neutrality trend and provides a Chinese solution for addressing climate change. The company has previously built a long-term partnership bridge with the Changzhou University Research Institute in the field of environmental technology commercialization, and this training program represents an important step by both parties to connect the "laboratory-to-industrialization" pipeline and accumulate experience in international technology transfer.

During the training, the company adopted a "dual-track mentoring" hands-on model. The R&D team systematically introduced the project background and key technical bottlenecks to the graduate students. Pan Hailong, founder and CEO of TAIYUAN E.P., served as an off-campus mentor throughout the program, regularly exchanging ideas on R&D directions and guiding the students to think about how technology development for TIMP Modular Prefabricated Wastewater & Water Treatment Facilities can align with international standards and market demands based on real industrial needs. Mentoring instructor Li Yuzhi led the students in small-scale experiment reviews and process pathway discussions, systematically breaking down dimensions that must be considered during technology deployment, including global environmental regulations and carbon footprint assessment.

At the concluding symposium, the three students combined their academic knowledge with practical insights gained during the program to propose innovative yet feasible ideas for optimizing the company's processes. Pan Hailong noted that the forward-looking perspectives of university students have injected fresh energy into the company's innovation efforts, and that this kind of mutual value creation lies at the heart of international industry-academia-research collaboration. Currently, TAIYUAN E.P. has established cooperative systems with multiple domestic universities and plans to expand exchanges with internationally renowned universities and research institutions in the future to jointly cultivate environmental professionals with a global outlook.

Against the backdrop of global challenges such as water scarcity and environmental pollution, the collaborative model between TAIYUAN E.P. and Changzhou University offers a replicable pathway for bringing TIMP Modular Prefabricated Wastewater & Water Treatment Facilities from the laboratory to global markets. Both parties will continue to deepen technical research and technology commercialization, driving more Chinese scientific achievements to serve global water environment governance.op of global challenges such as water scarcity and environmental pollution, the collaborative model between TAIYUAN E.P. and Changzhou University offers a replicable pathway for bringing environmental technologies from the laboratory to global markets. Both parties will continue to deepen technical research and technology commercialization, driving more Chinese scientific achievements to serve global water environment governance.