Development and Implementation of Ship BWMS/Разработка и внедрение судовой СУБВ

Издание на английском языке
The 2004 International Convention for the Control and Management of Ballast Water and Sediment of Ships (the “Ballast Water Convention”) reached the conditions for entry into force on September 8, 2016, and took effect on September 8, 2017. The entry into force of the Convention will directly promote the market for ballast water management systems, bringing huge business opportunities to production enterprises.

Contents
1 Introduction
2 Ship Ballast Water Management System
2.1 Harm of Ship’s Ballast Water
2.2 International Legislative Process for Ship Ballast Water
2.3 US Coast Guard Ballast Water Management Act USCG .
References
3 The Working Principle of Ballast Water Management System
3.1 Ballast Water Treatment Methods for Ships
3.2 Sea Creature Preventing System for Ballast Water in China and Abroad
References
4 The Key Components of the System and theWorking Principle of the Unit
4.1 The Working Principle of the Filter Equipment
4.2 Working Principle of Ultrasonic Cleaner
4.3 The Working Principle of Sterilizer
References
5 Design Method of Key Components
5.1 Design of Filter Equipment
5.1.1 Design of Backwash Filter
5.1.2 Design of a Swirl Filter
5.2 Design of Ultrasonic Cleaning Device
5.2.1 Design of Ultrasonic Cavitation Reactor
5.2.2 Design of Ultrasonic Cleaner
5.3 Design of Bactericidal Unit
5.3.1 Design of UVC Bactericidal Unit
5.3.2 Design of Inert Gas Sterilization Unit
5.3.3 Photo catalytic Sterilization Unit Design
5.3.4 Design of Electrolysis or Potion Sterilization Units
References
6 Optimization of Key Components
6.1 Filtering Equipment Optimization
6.1.1 Backwash Filter Optimization
6.1.2 Swirl Filter Optimization
6.1.3 Ultrasonic Air Purifier Optimization
6.2 Optimization of the Sterilization Unit
6.2.1 Optimization of UVC Sterilization Unit
6.2.2 Optimization of Inert Gas Method and Pharmacy Method Sterilization System
References 7 Development of Control System for Ballast Water Management System
7.1 Test Sensors for Ballast Water Management Systems
7.2 Control Unit Design for Ballast Water Management Systems
7.3 Design of Man–Machine Management Interface for Control Unit of Ballast Water Management System
References
8 Maintenance and Management of Ballast Water Management System
8.1 Ballast Water Management System Warning Labels
8.2 Maintenance of Ballast Water Pretreatment Filtration Equipment
8.2.1 Maintenance and Management of Backwash Filters
8.2.2 Maintenance and Management of Other Filtration Equipment
8.3 Maintenance and Management of Sterilization Unit
8.3.1 Maintenance and Management of the UVC Sterilization Unit
8.3.2 Maintenance and Management of Other Types of Sterilization Units
8.4 Maintenance of Other Important Components in Ballast Water Management Systems
8.4.1 The Maintenance and Management of Electric Butterfly Valve
8.4.2 The Maintenance and Management of Electromagnetic Flowmeter
8.4.3 The Maintenance and Management of High Pressure Cleaning Pump and Sewage Pump
8.4.4 The Maintenance and Management of Power Unit
8.5 Fault Diagnosis of Typical Ballast Water Management System
References
9 Implementation of Ballast Water Management System on Ships
9.1 The Implementation Process of Ship Modification
9.2 Matters and Cases for Design of Ballast Water Management System for Modified Ship Installation
9.3 Matters and Cases for Design of Ballast Water Management System for New Ship Installation
References
Postscript
Appendix 1: Sound Pressure Simulation Program
Appendix 2: Simulation Program for UV Light Intensity and Dose
References