Ning CHEN, Professor, born in October, 1963, Director of the Institute of Marine Turbine System and Equipment, graduated from Jiangsu University of Science and Technology with a master’s degree of Engineering in Mechanical Manufacture in 1996. He is engaged in marine engineering, a senior member of China society of naval architecture and marine engineering computer application committee members, member of the professional committee on the integration of shell outfitting and coating, and Deputy Director of committee members of Jiangsu shipbuilding turbine engineering association.Zongming YANG, Associate Professor, graduated from Harbin Institute of Marine Engineering in 1989 with a master’s degree in Marine Power Plant. He is currently the head of the Department of Power Engineering at the School of Energy and Power, Jiangsu University of Science and Technology. He focuses mainly on marine power systems, power plants and energy conservation research. He has participated in a number of international cooperation projects.

• Introduction.- Ship ballast water management system.- Working Principle of ballast water management system.- The key components of the system and the working principle of the unit.- Design method of key components.- Optimization of key components.- Development of control system for ballast water management system.- Maintenance and management of ballast water management system.- Implementation of ballast water management system on ships.

Ning CHEN, Professor, born in October, 1963, Director of the Institute of Marine Turbine System and Equipment, graduated from Jiangsu University of Science and Technology with a master’s degree of Engineering in Mechanical Manufacture in 1996. He is engaged in marine engineering, a senior member of China society of naval architecture and marine engineering computer application committee members, member of the professional committee on the integration of shell outfitting and coating, and Deputy Director of committee members of Jiangsu shipbuilding turbine engineering association.Zongming YANG, Associate Professor, graduated from Harbin Institute of Marine Engineering in 1989 with a master’s degree in Marine Power Plant. He is currently the head of the Department of Power Engineering at the School of Energy and Power, Jiangsu University of Science and Technology. He focuses mainly on marine power systems, power plants and energy conservation research. He has participated in a number of international cooperation projects.

• Introduction.- Ship ballast water management system.- Working Principle of ballast water management system.- The key components of the system and the working principle of the unit.- Design method of key components.- Optimization of key components.- Development of control system for ballast water management system.- Maintenance and management of ballast water management system.- Implementation of ballast water management system on ships.

Ning CHEN, Professor, born in October, 1963, Director of the Institute of Marine Turbine System and Equipment, graduated from Jiangsu University of Science and Technology with a master’s degree of Engineering in Mechanical Manufacture in 1996. He is engaged in marine engineering, a senior member of China society of naval architecture and marine engineering computer application committee members, member of the professional committee on the integration of shell outfitting and coating, and Deputy Director of committee members of Jiangsu shipbuilding turbine engineering association.Zongming YANG, Associate Professor, graduated from Harbin Institute of Marine Engineering in 1989 with a master’s degree in Marine Power Plant. He is currently the head of the Department of Power Engineering at the School of Energy and Power, Jiangsu University of Science and Technology. He focuses mainly on marine power systems, power plants and energy conservation research. He has participated in a number of international cooperation projects.

• Introduction.- Ship ballast water management system.- Working Principle of ballast water management system.- The key components of the system and the working principle of the unit.- Design method of key components.- Optimization of key components.- Development of control system for ballast water management system.- Maintenance and management of ballast water management system.- Implementation of ballast water management system on ships.