In response to current problems with onshore LNG gasification storage, we propose to develop a large-scale offshore gasification storage system. This system is designed and established in consideration of our country's circumstances, the geological environment of China’s continental shelf, and domestic construction conditions. Moreover, its aims to achieving large-scale marine disaster prevention.

Developing the deep-sea floating offshore wind turbine technologies and exploring the prototype demonstration project will beneficial for our country to gain a technological high ground and maintain an advantage in the competition for offshore wind energy in deep sea. It also helps to reserve R&D force and lays a foundation for large-scale exploitation of deep-sea resources in the future. Also, it provides a good opportunity to establish a foundation for the "Belt and Road Initiative” and "Go Global" strategies. Flowing offshore wind turbine in shallow water faces the challenge of high mooring stiffness and high eigen frequency, resulting high cost. Cost-reducing becomes the key issue for floating wind offshore turbine developmen

The deeper offshore aquaculture technology involves applying offshore and marine technology to serve deep-sea aquaculture, enabling cross-domain development of marine technology. This is accomplished by applying an offshore wave-damping facility, acting as shelters and allowing water passing, to form large-scale sheltered waters on sea. The shielding body can prevent various disaster-prone sea conditions. The sheltered waters can be based to implement deep-sea farming, realizing a new mode of large-scale deeper offshore aquaculture, which will contribute to the national food security strategy. This innovative mode provides a new option for deeper offshore aquaculture and could be the solution to safety challenges in deep-sea aquaculture, realizing a large-scale deep-sea aquaculture mode that changes the production of marine aquaculture, and promotes the sustainable and rapid development of deep-sea aquaculture industry.

Our team has the ability to make breakthroughs in offshore technology and is capable of providing technical services in the field like integrated joints, rapid prefabrication methods, prefabricated-construction artificial islands, and negative-buoyancy installations for marine-related projects.Based on the integrated joint used in the Hong Kong-Zhuhai-Macao Bridge construction, which could be installed as a whole, recycled, cost-effective and time-saving, optimization can be made to achieve the integration of the last element and the fordable active-watertight closure joint. With this technology, a large amount of prefabrication work for open-sea immersed tunnel closure joint construction could be optimized and special floating crane equipment could be spared.The factory-based method to fabricate integrated element realized high-efficiency element production with less on-shore land occupation. A element could be produced and outfitted in 21 days with single-assembly-line.Prefabricated-construction artificial island guarantees the prefabrication and installation work with demanding environmental protection requirement.The negative-buoyancy installation technology could spare the ballasting...

In the face of complex geopolitical changes and shifts in the oil supply environment, China’s oil supply system has significant risk. Therefore, oil storage is a long-term strategy. From the perspective of national strategic security, we need to solve a series of issues related to large-scale oil storage, including large-scale oil storage itself, oil storage consumption and safety, etc.