Skip to main content
Side panel
Greenship
You are currently using guest access (
Log in
)
Maritime Emission Manager Course
General
CLIMATE CHANGE
FUEL MANAGEMENT
ENERGY EFFICIENCY AND OPERATIONAL MEASURES
EFFICIENT OPERATIONS AND MAINTENANCE OF SHIPS, ENGINES AND MACHINERY
E-NAVIGATION AND WEATHER ROUTING
PORT OPERATIONS, AIR EMISSIONS AND EFFICIENCY
Final Assessment
Certificate
Home
Calendar
Maritime Emission Manager Course
Home
Courses
Maritime Emission Manager Course
Final Assessment
Feedback
Feedback
◄ Quiz
Jump to...
Jump to...
Climate system and combating Global warming and air pollution
Quiz
Enviromental concerns and IMO Response
IMO Response: maritime Environmental Regulatory Framework
UNCLOS (United Nations Convention on the Law of Sea) Regulations and Environment
The main aim of the IMO marine environment division
IMO commitment to environmental protection
MARPOL Convention
MARPOL Annex VI
IMO Response to control of GHG emissions from international shipping
Shipping GHG emissions context and IMO role
First IMO GHG study 2000
Second IMO GHG study 2009
History of IMO GHG related activities
Current regulatory framework
IMO further energy efficiency measures
Implementation and enforcement support
Quiz
International Energy Management Standards
ISO5001 Energy Management System Overview
Target Setting and Performance Criteria
Scope of EnMS
Certification
Energy Policy
Planning
Monitoring
Management Review
Summary Points
SEEMP main features
SEEMP and EEOI
ISO 19030
What ISO 19030 covers
How ISO 19030 has been developed
Quiz
Summary
Exhaust Gases
Nitrogen Oxides (NOx)
Sulphur oxides (SOx)
Particulate Matter (PM)
Quiz
Summary
Energy efficiency maintenance measures
Requirements, Rules & Regulations
Maritime Maintenance Management
Maintenance and Energy Efficiency
Quiz
Energy efficiency performance management
Chapter 4 of MARPOL Annex VI Overview
Regulation 19 – Application
Regulation 20 – Attained EEDI (Energy Efficient Design Index)
Regulation 21 – Required EEDI
EEDI Reference line
EEDI reduction factor (X)
Required EEDI calculation Formula
Regulation 22 – SEEMP
Regulation 23 – Technical cooperation and technology transfer
EEDI calculation
EEDI Survey and Verification
Verification of the Attained EEDI for major conversions
SEEMP verification and International Energy Efficiency (IEE) Certificate
Interim guidelines for minimum power
Draft Guidelines for innovative energy efficiency technologies
Ship Energy Efficiency Management Plan (SEEMP) Development
SEEMP purposes
SEEMP framework, planning and identification of ship’s EEM
Goal Setting, Managing the stakeholders and Human resources development
Implementation
Monitoring, Self-evaluation and Improvement and SEEMP format
Energy Efficiency Operational Indicator (EEOI) introduction
Background, objectives and basic definitions
Establishing the EEOI and further aspects
Main aspects of a management system
ISM Code
ISO 14001: Environmental Management system (EMS)
ISO 50001: Energy Management System (EnMS)
Commonalities between Management Standards
On “Objectives and policies”
Continual improvement aspects
Human resources/personnel
Verification and inspections
Performance monitoring
Management reviews
Certification and Other Aspects
Shipping Company Energy Management Introduction
Fuel (energy) cost and climate change
Shipping companies approach
CEnMS and SEEMP scope of application
Ship-Level Energy Management Plan (SEEMP)
Company-Level Energy Management System
Company Energy Policy and Energy review
Energy efficiency monitoring and reporting
Energy efficiency training of staff
Fuel consumption profile
Techno Economic analysis
Technical feasibility and Economic cost-effectiveness assessment
MACC and its development
Ship performance monitoring and reporting Introduction
Benefits of Ship Performance Monitoring
Monitoring and Reporting to External Bodies
IMO data collection system
EU MRV
Quiz
Summary
Engines and machinery load and utilisation management
Engine Load Management
Load management for main engine
Load management for auxiliary engine
Electrical Load Reduction
Auxiliary Machinery Use Reduction via System planning
Auxiliary Fluid Machinery
Quiz
Boilers and steam system
Overview of A Ship’s Steam System
Overview of a Ships Steam System Auxiliary system
Boiler Energy Efficiency Measures
Steam Distribution System Energy Efficiency Measures
Steam End-Use Energy Efficiency Measures
Cargo heating planning and optimization
Steam for cargo discharge or ballast water operation
Inert Gas Generation (IGG)
Shipboard Best Practice Guide
Quiz
Trim, hull and propeller design and optimisation
Trim Optimisation Introduction
Economic Benefits
Definitions
Operation Guidance
Tools for Support
Barriers to Trim Optimization
Hull and Propeller Condition
Quiz
Technical upgrade and retrofit
Fore-body Optimisation and Bulbous Bow
Quiz
Cargo and ballast managament
Load lines
Origins of the Load line Convention
The Plimsoll line
The International Load line Convention
1966 Load lines Convention
Cargo load and Stowage Factor for bulk cargo
Energy Efficient Technologies and Ship Capacity
Loading Aspects, Trim and Ballasting Overview
Trim adjustment and loading
Cargo Equipment Upgrade for energy efficiency
Economies of Scale
Ballast Water Management (BWM) and Energy Efficiency Introduction
Ballast Water Management Plan (BWMP)
Methods of Ballast Exchange
Energy Efficiency Aspects
Quiz
SHIPBOARD operations and energy efficiency and references to crew responsibilities
Shipping Operations Overview
Ship Types
Ports
Business planning
Commercial planning
Routine (operation) planning
Speed selection and cruising speed
Maintenance Management
Bunker Procurement
Shipboard Activities for Energy Efficiency
Shipboard Energy Efficiency Measures
Quiz
Summary
What is E-Navigation
E-Navigation Tools and GHG-Emissions
ECDIS (Electronic Chart Display and Information System
ECDIS Use for GHG Reduction
Operation in Congested Routes
Shallow water and Narrow Channels
Fuel consumption and weather
Use of weather routing
Quiz
Summary
Complexity of Port Operation
Ports and Air Emissions
Method of Reduction of Port Area Emissions
Port-land based side and Port harbour crafts Emissions Reduction
Port Ship-Related Emission Sources
How to Deal with Ship-Port Interface
Ship time in Port and Just-in-Time Operation Introduction
Activities in Port Operations
Ship’s (voyage) time
Time in port
Just-in-Time Arrival/Departure and Improved Cargo Handling
Measures for Avoiding Ship’s Waiting Time in Port
Implication Just-in-Time
Technologies for Port Air Quality and GHG Emissions Reduction
IMO Ship-Port Interface Study
Measures categories
Symbols used
Study outcomes on existing technology measures
Future innovative technologies, fuels and operations processes
Study key findings
Ship In-Port Operational Energy Efficiency Measures
Operation of Auxiliary Machinery
Use of Auxiliary Engines
Operation of Boilers in Port
Ship Operational Efficiency Measures
Onshore Power Supply (OPS) Introduction
The Case for OPS
Infrastructure Requirements
Standardization
Port Related Initiatives
IMO Regulations
OPS Effectiveness
Energy efficiency
Energy cost
Port Clean Air Program
Just-in-Time (JIT) and Virtual Arrival
Current Practices
Just-in-Time (JIT)
Best Practice
Barriers to JIT
Virtual Arrival and Introduction (VA)
Virtual Arrival process
Virtual Arrival agreement
Other benefits of Virtual Arrival
Green Port Initiatives and Port Environmental programs
Port Related VOC Management
Differentiated Port Dues
Differentiated Ship Registration Fees
Environmental Ship Index (ESI)
Norway NOx and NOx Fund
General Discussion
Quiz
Final Assessment
Final Assessment ►