Over the years, relying on talent advantages, research qualifications and advanced large-scale environmental detection instruments and equipment, the Institute has done a lot of fruitful work in water pollution control theory and technology, environmental monitoring and evaluation, and solid waste treatment and disposal. It has undertaken more than 30 national, provincial (ministerial) and municipal (ministerial) projects such as "Zero Pollution Action in Taihu Lake Basin" and "Application of Membrane Technology in Printing and Dyeing Wastewater Treatment", and more than 30 horizontal projects, with research funding of more than 25 million yuan. Won 6 provincial and ministerial level scientific and technological progress awards and 6 other scientific research awards; Grant 5 patents; More than 30 achievements have been made in technology transfer or adoption, resulting in direct economic benefits of more than 90 million yuan. He has published 6 academic works and more than 230 academic papers. A complete set of technologies and devices for treating high-concentration refractory organic wastewater, industrial wastewater by membrane technology, oilfield produced water by electro-flotation, oil and gas recovery and its adsorbent, flue gas desulfurization and purification treatment have been developed, and some original and stable research directions have gradually formed. Over the years, more than 450 environmental impact reports and 6 environmental impact reports have been compiled. As a subordinate institution of the School of Environment and Safety, the Institute of Geotechnical Engineering of Changzhou University is an interdisciplinary professional research institution focusing on geotechnical engineering, mainly engaged in basic theoretical research of geotechnical engineering in the field of engineering construction, environmental geotechnical engineering renovation, geotechnical and structural engineering design inspection and consultation. At present, the institute has geotechnical test equipment and instruments, such as static triaxial apparatus, direct shear apparatus, consolidation apparatus, osmometer, model test loading equipment, etc., and the assets of instruments and equipment are 6.5438+500 million yuan. Members under research 12, including 5 senior titles and 5 doctors, mainly young and middle-aged teachers with doctoral and master's degrees, and some off-campus experts and scholars work part-time. Most members of our college have participated in scientific research practice at all levels, accumulated some practical experience, and initially formed scientific research and experimental ability. Members have published more than 70 papers in journals at all levels. The purpose of this study is to build an advanced geotechnical engineering design, geotechnical structure research consultation, geotechnical engineering numerical simulation and experiment platform, and cooperate with other research institutes in our college to make it an important part of civil engineering research and design talent training base, academic exchange and continuing education of Jiangsu University of Technology, undertake postgraduate training and undergraduate teaching, graduation design and engineering practice tasks, and form a strong support for scientific research and consulting projects. Research scope: The current research of the Institute of Geotechnical Engineering mainly focuses on the detection and design consultation of geotechnical (structural) engineering, specifically involving the following aspects: 1 Research, design and consultation of foundation treatment engineering; 2. Research, design and consultation of supporting structure for foundation pit excavation; 3. Research, design and consultation of structure and foundation engineering; 4. Research, design and consultation of slope engineering; 5, pile foundation and structural engineering testing; 6, foundation (subgrade) deformation prediction and control technology; 7. Geotechnical risk assessment and consultation; 8. Testing, research and application of geotechnical and concrete materials; 9. Numerical simulation and research of geotechnical engineering.