Resources
| Research Field | Serial Number | Projfect Name | Funding in All | Implementation Cycle | Granted by | Led/Sponsored by |
| Deep Sea Technology | 1 | Research on umbilical cable installation system design and key components | 1510 | 2011-2015 | Key State S&T Project | HEU/OFEC |
| Deep Sea Technology | 2 | Research on the technology and equipment for hard soil digging at the bottom of the sea | 436 | 2011-2014 | CNOOC S&T Project | HEU/OFEC |
| Deep Sea Technology | 3 | Research on key technologies for deepwater production system and equipments | 2910 | 2011-2015 | State Program 863 | OFEC/HEU/TU |
| Deep Sea Technology | 4 | Research on production of deepwater working equipment and evaluation in factories | 1890 | 2011-2015 | Key State S&T Project | OFEC/HEU/TU |
| Deep Sea Technology | 5 | Underwater emergency maintenance system and its risk assessment system engineering in Northern south China sea slope | 1020 | 2011-2015 | Key State S&T Project | OFEC/TU/HEU |
| Deep Sea Technology | 6 | Research on digitalized production of underwater production key parts and components,quality control and digital information management technology | 540 | 2011-2015 | Key State S&T Project | OFEC/TU |
| Deep Sea Technology | 7 | The deep underwater emergency maintenance operation equipments | 1046 | 2012-2015 | Key State S&T Project | HEU/OFEC |
| Deep Sea Technology | 8 | Research on deep water hose laid system design and hoses equipment development | 1160 | 2012-2016 | CNOOC S&T Project | HEU/OFEC |
| Deep Sea Technology | 9 | Underwater connection system and key equipment development | 9200 | 2013-2015 | MIIT Marine Engineering Equipment Project | OFEC/HEU/TU/CCS |
| Deep Sea Technology | 10 | Independent research on 3000 meters deep water lifting pipelaying barge | 4000 | 2011-2013 | MIIT Hi-tech Ship Project | OFEC/HEU/708 Institute |
| Deep Sea Technology | 12 | Li wan 3-1 gas field corrosion monitoring and protection system design | 1126 | 2011-2015 | Key State S&T Project | CNOOC/DLUT/HEU |
| Deep Sea Technology | 13 | Research on related engineering under extreme environmentsin the south China sea and its simulation methods | 515 | 2011-2016 | State Program 973 | DLUT/SSICAS |
| Deep Sea Technology | 14 | Research on visual simulation system deepwater pipe-laying crane vessel | 1660 | 2012-2015 | Key State S&T Project | HEU/OFEC/DLUT |
| Deep Sea Technology | 15 | Key techniques of deepwater project in West Africa(phase ii) | 2550 | 2012-2015 | Key State S&T Project | CNOOC/HEU/OFEC/TU |
| Deep Sea Technology | 16 | Key technologies on the adhesive properties of flexible pipe design and manufacture | 800 | 2012-2014 | State Program 863 | DLUT |
| Deep Sea Technology | 17 | Research on deep sea platform structural life-cycle performance monitoring, prototype verification and safety evaluation | 700 | 2012-2014 | State Program 973 | DLUT |
| Deep Sea Technology | 18 | Quantitative risk analysis of the new mechanisms FLNG、FLPG/ FDPSO | 4000 | 2012-2015 | Key State S&T Project | TU/OFEC/HEU |
| Deep Sea Technology | 19 | Long-term cumulative damage mechanism of the platform structure in deep-sea environment | 300 | 2012-2016 | State Program 973 | DLUT/OUC |
| Deep Sea Technology | 20 | Research on the evolution mechanism of marine reef waves flow space-time distribution inhomogeneity and the wave flow interaction model | 512 | 2012-2017 | State Program 973 | DLUT/703 Institute |
| Deep Sea Technology | 21 | Research on the overall technologies of deepwater semi-submersible platforms | 7750 | 2013-2015 | MIIT Marine Engineering Equipment Project | CCS 708 Institute/HEU/OFEC/CCS |
| Deep Sea Technology | 22 | Research on key technologies of Reef medium (300 meters) floating structures | 13080 | 2013-2015 | MIIT Marine Engineering Equipment Project | 702 Institute/Sansha Mnicipal Government/DSIC/DLUT |
| Deep Sea Technology | 23 | Research on offshore large floating structures | 6000 | 2013-2015 | Key Facilities and Equipment Project by National Development and Reform Commission | 708Institute/SHANGHAI WAIGAOQIAO SHIPBUILDING Co., Ltd/ HEU |
| Deep Sea Technology | 24 | The dynamic performance of the Marine disaster environment offshore aquaculture facilities | 290 | 2013-2017 | The Key Project of the National Natural Science Foundation | DLUT |
| Underwater Robot Technology | 25 | Medium-sized underwater vehicle research and development | 8400 | 2011-2014 | Marine Equipment Research Project | HEU/Institutes 702,709,705 |
| Underwater Robot Technology | 26 | Research on the developmentof mini-scale 300kg intelligent detecting system | 1250 | 2011-2015 | State Program 863 | HEU/Tianhe Defense/Institute 702 |
| Underwater Robot Technology | 27 | Research on the engineering technology of marine AUV | 3000 | 2012-2014 | MIIT Hi-tech Ship Project | HEU/OFEC |
| Underwater Robot Technology | 28 | Research on docking technology for autonomous early carriage | 1005 | 2012-2014 | State Program 863 | HEU/Institute 702 |
| Underwater Robot Technology | 29 | The introduciton of key technologies for deepwater drilling underwater robot | 2150 | 2014-2017 | International Project by the Ministry of S&T | CSIC/HEU/Far East Subsidiary of Russia Academy of Science |
| Underwater Acoustic Information Technology | 30 | Underwater target detection and standard system | 1200 | 2010-2014 | State Program 863 | HEU/ Shandong Provincial Academy of Science |
| Underwater Acoustic Information Technology | 31 | The deepwater high-precision underwater integrated positioning system development | 1720 | 2011-2015 | State Program 863 | HEU/ Beihai Bureau of SOA |
| Underwater Acoustic Information Technology | 32 | Underwater acoustic sensor and signal algorithm research | 620 | 2012-2014 | State Program 863 | Shandong Provincial Academy of Science/HUE |
| Underwater Acoustic Information Technology | 33 | Research on the deep underwater positioning system engineering prototype | 1615 | 2013-2015 | Key State S&T Project | HEU/OFEC |
| Underwater Acoustic Information Technology | 34 | Area distributed/multi-platform underwater synergistic detection technology | 640 | 2013-2015 | National Defense Foundation Research Project | HEU/ Institutes 715,760 |
| Underwater Acoustic Information Technology | 35 | Joint research on code technology for underwater long-distance communication | 1498 | 2013-2016 | International Project by the Ministry of S&T | HEU/SDB of MIP |
| The Technology of Overall Ship Designing | 36 | Research on the key technologies of tri=body high speed passenger and cargo transporting ship | 2100 | 2011-2013 | MIIT Hi-tech Ship Project | HEU/ Institute 708 |
| The Technology of Overall Ship Designing | 37 | Research on the key technologies of construction for 185 feet large catamaran yacht | 3200 | 2011-2013 | MIIT Hi-tech Ship Project | HEU、SUNBIRD |
| The Technology of Overall Ship Designing | 38 | Research on the key technologies of high-speed passanger and cargo ship across Taiwan Strait with semi-sliding composite former tri-body | 720 | 2011-2013 | MIIT Hi-tech Ship Project | DLUT/Zhanxiang Marine |
| Ship Structural Dynamics | 39 | Research on the universal technologies of designing for High-quality goods ship | 1250 | 2011-2013 | MIIT Hi-tech Ship Project | Institute 708/HEU/ Institute 702 |
| The Technology of Overall Ship Designing | 40 | Research on the development of tri-body ship | 2000 | 2011-2015 | Sasac industrialization project | Institute 708/HEU/ Institute 702 |
| The Technology of Overall Ship Designing | 41 | Key techniques of ultra large container ship | 11000 | 2012-2014 | MIIT Hi-tech Ship Project | 708 Institute/SHANGHAI WAIGAOQIAO SHIPBUILDING Co., Ltd/ Dalian Shipbuilding Industry co.Ltd/HEU/Wuhan University of Technology |
| Ship Hydrodynamics | 42 | Research on the hydrodynamic performance analysis forecast technology for tri=body ships | 2000 | 2013-2015 | MIIT Hi-tech Ship Project | HEU/'Institute 708 |
| The Technology of Overall Ship Designing | 43 | Theoretical forecast method for sailing ship performance in polar and surrounding areas | 1000 | 2014-2016 | MIIT Hi-tech Ship Project | HEU/Institute 708/ DLIT/ TU |
The Technology of Overall Ship Designing | 44 | Introduction and joint research of key technologies for polar carrier design | 800 | 2014-2016 | International Project by the Ministry of S&T | HEU/Institute 708/Ch Rongsheng/ State Marine Technical University of St.Petersburg |
| The Technology of Overall Ship Designing | 45 | Key technologies for fundamental design of the polar ice-breaking vessel for scientific research | 2200 | 2014-2016 | MIIT Hi-tech Ship Project | nstitute 708/HEU/Jiangnan Shipyard |
The Technology of Overall Ship Designing | 46 | Key technologies for comprehensive simulation in large-scale ship | 2065 | 2012-2015 | Military Facilities Research Project | HEU/701/703/708/Systems Engineering Research Institute |
| The Technology of Overall Ship Designing | 47 | visual simulation system development for ocean engineering vessel operation | 1660 | 2012-2015 | Key State S&T Project | HEU/OFEC |
| The Technology of Overall Ship Designing | 48 | Research on information management technology of Jack-up drilling platform project | 5270 | 2013-2016 | MIIT Marine Engineering Equipment Project | HEU/SHANGHAI WAIGAOQIAO SHIPBUILDING/OFEC/CIMC-Fiffles |
| Ship Hydrodynamics | 49 | Top research on the technologies of numerical tank | 620 | 2014-2015 | MIIT Hi-tech Ship Project | HEU/Institute 702/ DLUT/WHUT/SSSRI/CCS |
| The Technology of Overall Ship Designing | 50 | testing technology of underwater operation simulation and supporting equipment development | 6000 | 2014-2017 | MIIT Marine Engineering Equipment Project | OFEC/HEU/TU/Institute 702 |
| Ship Power | 51 | Diesel engine testing technology research and testing experiment | 1420 | 2011-2015 | MPRD Project by State Administration of Science,Technology and Industry for National Defense | HEU/Institute 711 of CSIC |
| Ship Power | 52 | Research on waste heat utilization technology for marine diesel engine power system | 3300 | 2012-2015 | MIIT Hi-tech Ship Project | HEU/CSSC-HHM |
| Ship Power | 53 | research and development of exhaust NOx emission aftertreatment device for marine low-speed diesel | 3250 | 2012-2014 | MIIT Hi-tech Ship Project | CSSC-HHM/HEU |
| Ship Power | 54 | Key technologies on independent brand ships with small diesel engine at low speed | 17000 | 2012-2015 | MIIT Hi-tech Ship Project | CSSC-HHM/HEU |
| Ship Power | 55 | Key technologies on high-power diesel engine with medium speed and samle machine development | 5500 | 2012-2016 | State Program 863 | CSSC-HHM/ZJMD/DLUT/HEU |
| Ship Power | 56 | Key technologies on high pressure common rail and electric control system for small diesel engine at low speed | 5500 | 2013-2015 | MIIT Hi-tech Ship Project | CSSC-HHM/HEU |
| Ship Power | 57 | Key technologies on premixed combustion Marine with high-speed diesel engine emission control | 4500 | 2013-2015 | MIIT Hi-tech Ship Project | DLUT/Henan Diesel Engine Industry Co., Ltd |
| Ship Power | 58 | Dual fuel engine engineering development at a moderate speed | 4500 | 2013-2017 | MIIT Hi-tech Ship Project | ZJMD/HEU |
| The Technology of Overall Ship Designing | 59 | Distribution of ship energy consumption and energy efficiency evaluation research | 1660 | 2011-2014 | MIIT Hi-tech Ship Project | HEU/HZ-Shipgroud/Institute 708 |
| Ship Hydrodynamics | 60 | numerical simulation and application research of the apparatus of ship hydrodynamic | 1800 | 2011-2013 | MIIT Hi-tech Ship Project | Institute 708,702/HEU |
| The Technology of Overall Ship Designing | 61 | EEDI validation evaluation technology research | 2900 | 2011-2013 | MIIT Hi-tech Ship Project | Institute 702/CCS/Shanghai Rgulation Bureau/Institute 708/HEU |
| Ship Hydrodynamics | 62 | Linear optimization and ship hull - propeller matching design technology under the action of wind and waves | 1850 | 2012-2014 | MIIT Hi-tech Ship Project | SSSRI/Institute 708,702/HEU |
| The Technology of Overall Ship Designing | 63 | key technology of waste gas washing desulfurization device of the ship Based on sodium alkaline | 3500 | 2013-2014 | MIIT Hi-tech Ship Project | HEU/CANSI/Institute 711 |
| The Technology of Overall Ship Designing | 64 | Key technologies of applying solar energy on oil tankers and full scale engineering verification | 5200 | 2013-2015 | MIIT Hi-tech Ship Project | HEU/DSIC |
| Marine Renewable Energy | 65 | Research on horizontal power-generating device out of tidal current energy | 1810 | 2010-2014 | State Marine Renewable Energy Project | CNOOC/HEU |
| Marine Renewable Energy | 66 | Application demonstration of 2×300k floating tidal current energy island with independence in power generation | 2250 | 2010-2014 | State Marine Renewable Energy Project | Daishan S&T Development Center |
| Marine Renewable Energy | 67 | Deep water flow security and hydrate risk control technology | 3500 | 2011-2015 | Key S&T Project by the Ministry of S&T | CNOOC/DLUT/IPC/Dynamics Institute of CAS |
| Marine Renewable Energy | 68 | Key technological issues and facilities for offshore wind power construction | 1300 | 2012-2014 | International Project by the Ministry of S&T | DD-Marine/TU/Longyuan Power Group |
| Marine Renewable Energy | 69 | Complete sets of key technologies for offshore wind power with high efficiency and low coast | 1032 | 2012-2015 | International Project by the Ministry of S&T | TU/DD-Marine/Case Western Reserve University |
| Marine Renewable Energy | 70 | 海上浮式风电系统风险评估软件研发 | 200 | 2013-2016 | International Project by the Ministry of S&T | HEU/Universidade Técnica de Lisboa |
| Marine Renewable Energy | 71 | Natural gas hydrate exploration technology development | 700 | 2013-2015 | State Program 863 | GMGS/DLUT/Zhejiang University |
| Marine Renewable Energy | 72 | Research on gas hydrate triaxial apparatus device under High pressure and low temperature | 300 | 2013-2016 | The Facilities Project of the National Natural Science Foundation | DLUT |
| Marine Renewable Energy | 73 | The General Design of Tidal Current Energy Demonstration Project in Zhoushan | 2020 | 2014-2014 | State Marine Renewable Energy Project | CNOOC/HEU |
| Marine Renewable Energy | 74 | Tidal current energy engineering prototype design | 3800 | 2014-2016 | State Marine Renewable Energy Project | HEC/HEU/CNOOC |