Professor at Beijing Normal University, China
Professor Jun Qiu is a distinguished researcher specializing in atmospheric water harvesting and hydrological innovations, currently serving as a full professor at Beijing Normal University. With a strong academic foundation in Mechanics from Tsinghua University and research experience at Columbia University, he has pioneered the use of acoustophoretic technology for water resource utilization. Leading multiple nationally and internationally funded projects, he has significantly contributed to cloud water resource management, drought intervention, and precipitation enhancement. His work has resulted in 23 granted patents, including five PCT international patents, and the successful commercialization of innovative water solutions, such as the pulse low-frequency acoustic technology, which generated 20 million RMB in revenue. With nearly 70 SCI journal publications and 1,590 citations, his research is widely recognized. While his focus has been China-centric, his technologies have the potential for global impact on water sustainability and drought mitigation.
Professional Profile
Education
Professor Jun Qiu holds a Bachelor’s, Master’s, and Ph.D. in Mechanics from Tsinghua University, one of China’s most prestigious institutions. During his doctoral studies, he spent a year at Columbia University, further expanding his expertise in advanced hydromechanics and environmental engineering. His interdisciplinary background in mechanics and hydrology has laid a strong foundation for his pioneering research in atmospheric water harvesting and hydrological innovations. His education and international exposure have played a crucial role in shaping his approach to solving global water resource challenges through cutting-edge acoustic and fluid dynamics technologies.
Professional Experience
Professor Jun Qiu has an extensive professional career in hydrology, atmospheric water harvesting, and environmental engineering. He began his academic journey as a researcher at Tsinghua University before becoming a full professor at Beijing Normal University. Over the years, he has led multiple high-impact research projects funded by the National Natural Science Foundation of China and other governmental agencies, focusing on cloud water resource utilization, precipitation enhancement, and water scarcity solutions. His expertise in acoustophoretic technology has resulted in 23 granted patents, with successful commercialization generating millions in revenue. Beyond academia, he has collaborated with industries and governmental bodies to develop practical water solutions, such as the Reflective Air Acoustic Horn and pulse low-frequency acoustic technology. His work has significantly advanced innovative water resource management and has the potential for global application in drought mitigation and environmental conservation.
Professor Jun Qiu’s research interests lie at the intersection of hydrology, atmospheric water harvesting, and environmental fluid mechanics, with a strong focus on acoustic-based water resource technologies. His work explores acoustophoretic mechanisms to enhance cloud water utilization, precipitation conversion, and drought mitigation strategies. He is particularly interested in joint
atmospheric-ground water regulation, developing novel acoustic and mechanical approaches to improve water sustainability in arid and river source regions. His research also extends to artificial rain enhancement, mesenchymal stem cell differentiation via acoustics, and advanced meteorological radar technologies. Through interdisciplinary innovation, Professor Qiu aims to provide sustainable, scalable solutions to global water challenges, bridging fundamental hydrological science with practical environmental applications.
Award and Honor
Jun Qiu has received numerous awards and honors in recognition of his outstanding contributions to hydrology and environmental engineering. His innovative research in atmospheric water harvesting and hydrological resource management has earned him prestigious national and international accolades. As a principal investigator of multiple high-impact projects funded by the National Natural Science Foundation of China, his work has been widely recognized for its scientific and industrial significance. Additionally, his pioneering patents and successful technology transfers have garnered industry recognition, further solidifying his reputation as a leader in hydrological innovation. His academic achievements, coupled with his real-world impact, have made him a distinguished figure in the field of water resource science.
Conclusion
Professor Jun Qiu has received numerous awards and honors in recognition of his contributions to hydrology, atmospheric water harvesting, and environmental technology. His groundbreaking research in acoustic-based water resource utilization has earned him prestigious national and international accolades, including funding from the National Natural Science Foundation of China and leadership roles in major government-backed research initiatives. His patented technologies, such as the Reflective Air Acoustic Horn and pulse low-frequency acoustic technology, have been successfully commercialized, generating significant industrial impact. With nearly 70 SCI journal publications and over 1,500 citations, he has been acknowledged for his academic excellence and innovation. His contributions continue to shape advancements in hydrological engineering and sustainable water solutions, making him a leading figure in the field.
Here is the list of publications including Title, Authors, Year, and Citations:
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Atmospheric Water Resources and Their Exploitability in the Middle East
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Authors: F. Li, Fangfang; H. Lu, Houliang; H. Wang, Hongru; P. Sun, Peng; J. Qiu, Jun
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Year: 2025
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Citations: 0
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Multi-objective optimization of non-fossil energy structure in China towards the carbon peaking and carbon neutrality goals
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Authors: M. Li, Mengjia; F. Li, Fangfang; J. Qiu, Jun; N. Zhang, Nan; Z. Song, Zhengyu
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Year: 2024
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Citations: 0
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Long-Term Capturability of Atmospheric Water on a Global Scale (Open Access)
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Authors: F. Li, Fangfang; H. Lu, Houliang; G. Wang, Guangqian; J. Qiu, Jun
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Year: 2024
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Citations: 0
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Potential impact of precipitation temporal structure on meteorological drought and vegetation condition: A case study on Qinghai-Tibet Plateau (Open Access)
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Authors: H. Lu, Houliang; J. Qiu, Jun; B.X. Hu, Bill Xiao; F. Li, Fangfang
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Year: 2024
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Citations: 1
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Optimizing reservoir operation incorporating ecological demand and stability requirement
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Authors: J. Qiu, Jun; C. Ma, Cang; H. Wang, Hongru; H. Li, Houjun; F. Li, Fangfang
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Year: 2024
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Citations: 0
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An improved cross-correlation method for efficient clouds forecasting
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A developed Criminisi algorithm based on particle swarm optimization (PSO-CA) for image inpainting
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Authors: F. Li, Fangfang; H. Zuo, Huimin; Y. Jia, Yinghui; J. Qiu, Jun
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Year: 2024
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Citations: 4
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A Remote Sensing Water Information Extraction Method Based on Unsupervised Form Using Probability Function to Describe the Frequency Histogram of NDWI: A Case Study of Qinghai Lake in China (Open Access)