Project Name: Key Technologies and Equipment for Green and Efficient Collaborative Smelting of Low-grade Lead-based Polymetallic Resources Project Introduction: Professor Zhou Xiong of Chongqing University of Science & Technology and his team has developed key technologies and equipment for green and efficient collaborative smelting of low-grade lead-based polymetallic resources, and completed verification and harmlessness of zinc hydrometallurgy slag, continuous refining technology and equipment for crude lead, electrolytic refining and efficient energy-saving technology for high-antimony crude lead, automatic separation technology for anode slime, the first domestic set of production line for large plate lead electrolysis and multi-stage directional separation and high-efficiency utilization technology of associated metals in response to the problems of zinc smelting slag treatment and green and efficient utilization of low-grade lead-based polymetallic complex resources, which are widely concerned by the society. They have made great progress in the large-scale and intelligence of equipment . A series of technologies and complete sets of equipment with independent intellectual property rights have been formed, which have been widely used and have achieved remarkable economic and social benefits. The key technology and equipment indicators of the project have reached the international advanced level, which effectively improves the international competitiveness of China's smelting slag treatment and low-grade polymetallic resources smelting technology and equipment, and significantly promoting the scientific and technological progress of the industry.

Project name: Chongqing urban waterlogging monitoring traffic command system Project Introduction: The disaster risk and emergency management team of Chongqing University of Science & Technology has established a complete set of early warning system based on real-time ponding monitoring, traffic guidance screen and traffic signal lights as carriers, targeted SMS sending and "ponding check" mini program pushing as channels to solve the problems of vehicle inundation and pedestrian safety caused by urban waterlogging, forming a complete flood control and drainage management closed loop of perception-transmission-monitoring-early warning-drainage, realizing the pre-disaster early warning of urban waterlogging traffic jam, the warning of vehicle personnel during disasters, and the water-logging risk prevention and control mechanism of intelligent drainage. At present, the system has been applied in Shapingba District, High-tech Zone, Jiulongpo District, Liangjiang New District and Beibei District.

Project Name: Key Technology and Application of Automatic Welding for Oil and Gas Long-Distance Transportation Pipeline in Complex Environment Project Introduction: Professor Yin Limeng of Chongqing University of Science & Technology and his team put forward the theory of organization and performance regulation of welded joints of oil and gas long-distance transportation pipelines under multiple thermal cycles around the major needs of automatic welding technology and complete equipment development for oil and gas long-distance transportation pipeline construction in complex environments such as mountainous areas, deserts, extreme cold and water networks. They have formed the "internal welding machine + double torch" technology and other automated welding technology and serialization control technology, and independently researched and developed the special equipment for multi-gun internal welding machine of oil and gas long-distance transportation pipelines. The project technology has broken through the foreign technical blockade of automatic welding of oil and gas long-distance transportation pipelines, and realized the independent design, production and application of automatic welding equipment and technology. The overall technology of the project has reached the international advanced level, and the remote data monitoring and equipment fault diagnosis capabilities have reached the international leading level. The "XG-A series pipeline automatic welding system" successfully developed by the project has been popularized and applied in the construction of China-Russia East Line, West-East Gas Transmission, Shaanxi-Beijing Fourth Line, Nanchuan-Fuling Natural Gas, Fuling Shale Gas and other pipelines, with the sales volume ranking first in China and third in the world.

Project Name: Key Technology and Application of Scale Benefit Development of Marine Shale Gas in Sichuan Basin Project Introduction: Focusing on the major demand of national energy security, Professor Qi Zhilin of Chongqing University of Science & Technology and his team have created the shale gas development theory of "three optimizations and three controls", independently established the key technology series of marine shale gas scale benefit development, and built the geological engineering integration platform, aiming at the problems of thin thickness, strong heterogeneity and large horizontal stress difference of marine shale gas high-quality reservoirs in Sichuan Basin, which led to unclear understanding of development law, key development technologies to be broken through, and high-yield well mode not yet established. So they have established a high-yield well cultivation mode to realize the scale benefit development of marine shale gas in Sichuan Basin, and the overall research results have reached the international leading level. The project achievements have been applied on a large scale in shale gas fields such as Yuxi and Weiyuan, boosting the annual output of shale gas in China to over 20 billion cubic meters, and making Sichuan Basin the second largest shale gas producing area in the world after North America. The project has been applied and promoted in recent three years, with a cumulative increase of 6.93 billion cubic meters of shale gas and a new profit of RMB 3.28 billion.

Project Name: R&D and Application of Ultra-deepwater Semi-submersible Drilling Platform Project Introduction: Professor Lei Zongming of Chongqing University of Science & Technology participated in the National 863 program, major program subject "R&D and Application of Ultra-deepwater Semi-submersible Drilling Platform", completed the development of complete equipment for dynamic control system of mud density for deepwater surface drilling, overcame technical problems such as bottom hole pressure prediction, efficient and rapid mixing, and high-precision flow density control, and solved two stuck problems of dynamic well killing drilling technology for deepwater surface drilling and underwater wellhead stability technology, filling the domestic blank. At the international advanced level, the research results have been successfully applied to the 981 semi-submersible drilling platform for deepwater oil and gas exploration in the South China Sea. On the basis of the successful R&D and application of the platform, the "R&D and Application of Ultra-deepwater Semi-submersible Drilling Platform" project led by CNOOC (China) Co., Ltd. won the National Science and Technology Progress Award in 2014.

Project Name: Research and Development and Application of Water Invasion Rule and Key Technology for Prevention and Control of Carbonate Gas Field in Sichuan Basin Project Introduction: The reservoir space association of carbonate water gas fields in Sichuan Basin is diverse, with strong heterogeneity and particularly complex gas-water relationship, which leads to three major technical problems in their efficient development: the difficulty of understanding the water invasion rule, the difficulty of predicting the water invasion performance and the difficulty of effectively preventing and controlling the water invasion. After more than ten years of multidisciplinary joint research, Professor Qi Zhilin of Chongqing University of Science & Technology and his team has revealed the water invasion mechanism and rule of carbonate gas fields in Sichuan Basin, and established a key technology system for water invasion prevention and control. The project achievements have been popularized and applied on a large scale in (extra) large carbonate gas fields such as Anyue Gas Field and Puguang Gas Field, with an additional natural gas output of 17.75 billion cubic meters and an additional profit of RMB 4.035 billion in recent three years. The achievements have generally reached the international advanced level, among which the multi-dimensional and multi-scale physical simulation experimental device, water invasion mechanism research and water invasion dynamic prediction technology are at the international advanced level, providing theoretical guidance and technical support for the efficient development of carbonate gas fields in China.