– Vi tar ansvar for sjøvegen The future of VTS – how e-navigation can contribute Kuala Lumpur, 2016 John Erik Hagen, Regional Director Norwegian Coastal.

Slides:



Advertisements
Similar presentations
Canadian Coast Guard Safety First, Service Always A National Institution in Service for Canadians May 5, 2003.
Advertisements

E-navigation, and IHO’s role IHO, Monaco, October 2014 John Erik Hagen, Regional Director NCA Coordinator of the completed IMO Correspondence Group on.
RIS Directive October 11 th 2007 Annick Javor RIS Directive River Information Services.
COMPRIS Demonstrator, Bratislava, 30th September 2005page: 1 Cross Border Information Services Lucia Karpatyova VUD – Transport Research Institute.
An Ocean of Opportunity: An integrated maritime policy for the EU 1 Places of refuge: General legal framework and developments within IMO and the EU Alexandros.
P.P. Sinha Directorate General Of Lighthouses & Lightships Ministry Of Shipping Government Of India E-NAVIGATION: WILL IT BE AN ULTIMATE PANACEA? GEO INFRA.
e-Navigation & MSDI: The role of IHO, IMO and Developers
| 1 | 1 REDUCING THE IMPACT OF SHIPPING ON THE ENVIRONMENT DECARBONISATION.
E-navigation in Artic waters
Pieter Paap NL Ministry of Infrastructure and the Environment 3 rd Annual ACCSEAS Conference February 2015 e-Navigation Framework - Development and.
IT Strategy for Waterborne Transport Director John Erik Hagen Norwegian National Coastal Administration.
CETMEF Common Shore-Based e-Navigation Architecture
1 May 7, MTS at a Glance 25,000 miles of navigable waterways 25,000 miles of navigable waterways 18,000 bridges 18,000 bridges 78 million recreational.
Børge Hetland Director Sales Digital Ship Hamburg, 19 th March 2015 e-navigation from concept to reality.
| 1 European maritime transport space without barriers ECASBA Brussels Seminar May 2009 European maritime transport space without barriers Patrick.
October 2009 Klaus Grensemann, Division WS 23 St. Petersburg 1 Development and Implementation of an Overall E-Navigation Strategy.
The IALA Vision for e-Navigation Nordic Navigation Conference Oslo 16 & 17 October 2007.
e-Navigation Architecture The present status and work ahead Nordic Institute of Navigation Bergen Rolf Zetterberg.
e-Navigation and it’s applicability to inland waterways
The GLAs’ e-Navigation Programme Dr Sally Basker & Dr Nick Ward Presented at CGSIC, 22 nd September 2009.
US Army Corps of Engineers BUILDING STRONG ® The US Committee on the Marine Transportation System and e-Navigation PIANC Annual Meeting 27 August 2012.
4 th BRUSSELS SEMINAR MAY 6 th /7 th “THE CURRENT STATE OF PLAY” A review of ECASBA activity over the past year JONATHAN C. WILLIAMS FICS GENERAL.
Martitime Traffic Monitoring Baltic Master midterm conference Snekkersten October 2006 Łukasz Bibik, Maritime Office Gdynia.
Enhancing Partnerships in Support of the Maritime Sector: An Overview of Transport Canada Initiatives 20 th CMC Towboat Conference May 25, 2013.
Maritime Navigation and Information Services MarNIS FP6 - Integrated Project C. Willems, C. Glansdorp.
International Hydrographic Organization MSDI OPEN FORUM IHO MSDIWG Vision and Deliverables to the IHO London, Tuesday 3rd March 2015 Jens Peter Hartmann.
Captain Robert Tremlett Infrastructure Communications Navigation (Light beacons, buoys, Terrestrial radio-navigation (including local GPS.
Risk reduction and response scenarios BE-AWARE II Final Conference, November, Ronneby, Sweden Co-financed by the EU – Civil Protection Financial.
ACCSEAS: e-Navigation and its benefits to the environment Dr Alwyn I. Williams ACCSEAS Project Manager BE-AWARE II Final Conference Ronneby, Sweden 18.
EfficienSea – Efficient, Safe and Sustainable Traffic at Sea TKI –toiminnan teemapäivä Kymenlaakson ammattikorkeakoulussa
Bridge Resource Management
MarNIS Maritime Navigation and Information Services FP6 - Integrated Project.
E-navigation – a global concept for safer, more secure, efficient and environmentally friendly maritime transport Finn Martin Vallersnes Senior Adviser.
SAR/A SSISTANCE AT S EA L EGAL W ORKSHOP : S CENARIOS.
BLAST Bringing Land and Sea Together 1 Hirtshals, 16 September 2010 Evert Flier, Director of the Norwegian Hydrographic Service.
Improvement of the difficulties in applying the present recommendations to the developing countries (From our experience in Indonesia) Japan Aids to Navigation.
O RGANISERS :S UPPORTED BY : ABTRACT This paper describes how the eMAR project successfully developed, tested and assessed tools to further streamline.
VTS IN THE AGE OF UBIQUITOUS DIGITAL INFORMATION Kuala Lumpur, Aug 2016 Dmitry Rostopshin Director, Traffic Control & Management Solutions.
Klik for at redigere i master KLIK FOR AT REDIGERE MASTER This project has received funding from The European Union’s Horizon 2020 Research and Innovation.
Eco-efficient innovations – to meet the challenges in quality shipping
AVIATION SYSTEM BLOCK UPGRADES (ASBU)
E-nav project creation of e-nav pilot zone in the gulf of finland
Objectives Improve safety, efficiency of maritime transport and the protection of the environment; Improve efficiency and reliability of information flows;
FF-ICE A CONCEPT TO SUPPORT THE ATM SYSTEM OF THE FUTURE
RATIFICATION OF THE AFRICAN MARITIME TRANSPORT CHARTER
Studies for the Development of the RIS Operability along the Northern Italy Waterway System Studies for the Development of the RIS Operability along the.
SSN Graphical Interface (STIRES) and North Atlantic IMC
The shore based AIS Service as an e-navigation service
European Ice Service EIS
Hydrographic Services and Standards Committee
COASTAL STATE RESPONSIBILITY (IMO) – HYDROGRAPHY
“e-Navigation” update
Reporting via Ship Reporting System versus Single Window reporting.
Proposed IHO Work Programme for 2018
e-Navigation Overview
10th MEETING OF THE IHO INTER-REGIONAL COORDINATION COMMITTEE
e-Navigation for Inland Waterways
Basic Concept of the GMDSS
IALA developments of e-Navigation services
e-Navigation The Benefits to Ship Operators John Vonli General Manager
OUR VISION World class seaport of choice
Welcome address Conference opening Date: 6 FEB 2019 / ENUW.
Good afternoon ladies and gentlemen,
Korean e-Navigation project
Status Report of the SPRWG of the Council Future Strategic Plan
Status Report of the SPRWG of the Council
CIRM Presentation Raytheon Anschütz Distributor Meeting 2016
IALA/IHO Interaction on the IMO Maritime Service Portfolio Program
Maritime Information Services of North America
Roadmap for the S-100 Implementation Decade
Presentation transcript:

– Vi tar ansvar for sjøvegen The future of VTS – how e-navigation can contribute Kuala Lumpur, 2016 John Erik Hagen, Regional Director Norwegian Coastal Administration

Problem areas for VTS Vessel traffic service (VTS) - a service implemented by a Competent Authority, designed to improve the safety and efficiency of vessel traffic and to protect the environment. The service should have the capability to interact with the traffic and to respond to traffic situations developing in the VTS area. (IMO Resolution A.857(20))

– Vi tar ansvar for sjøvegen Voice Communications When a vessel on arrival in a VTS area needs to seek permission prior to entering, the Captain must submit an application - for clearance orally over a VTS VHF channel. Upon the submission of such an application, there will often be challenges of a different nature. Language, or communication systems challenges with noise and VHF cover area are often the reason why several officers have trouble explaining their planned itinerary or other relevant information.

– Vi tar ansvar for sjøvegen Misunderstandings Misunderstandings can easily arise especially where the communicating parties don’t speak the same language and are both speaking a third language for example English. These include a ship-ship or ship-VTS communication. VTS operators have experienced that some navigators do not understand what is being communicated because of language difficulties. This still applies when a standardised language is used such as the IMO Standard Marine Communication Phrases (SMCP). International surveys conducted during the e-navigation development in IMO highlighted language skills as a major problem for users on board and ashore.

– Vi tar ansvar for sjøvegen Other VTS issues The VTS centre needs when sending the same message to multiple vessels, to call each vessel in turn in order to convey the same, or nearly the same message every time. Examples of this are areas of flotsam, which can be floating wreckage of a ship or its cargo, search operations or otherwise. Some vessels coming into a VTS area are without updated or any maps for the area. Currently the only way in these circumstances are for maps to be physically delivered maybe by pilot boat, tug or guiding vessel. Today, ships wish to load or unload as they arrive, however, the jetty might not be free and the vessel must therefore wait, either at anchor or outside the VTS area. Slot times for berthing are unable to be used when there is no functional way to distribute them in many ports.

– Vi tar ansvar for sjøvegen SESAME Straits project The SESAME Straits (Secure, Efficient and Safe maritime traffic Management in the Straits of Malacca and Singapore aims to create solutions to significantly improve the safety and efficiency of ship navigation across the world The project is based on e-navigation solutions Singapore VTS

– Vi tar ansvar for sjøvegen Just-in-time The core of the SESAME project is based on shared situation awareness and cooperative decision making between the ship’s bridge team and shore personnel by exchange of electronic information. Bringing these elements together through e-navigation for ship and shore side will achieve the key objectives of just-in- time arrival and minimising vessel traffic hot spots. This will result in benefits including reduced ship bunkers, efficient traffic flow through narrow and restricted waterways, reduced navigation risk, reduced CO² emissions and better utilisation of port resources such as anchorages, berths and pilots.

– Vi tar ansvar for sjøvegen e-navigation solutions At MSC 94 in 2014 the Strategy Implementation Plan (SIP) was approved. The concept is based on 5 solutions prioritised by IMO and represents an integrated and holistic approach to the concept of exchange of information in providing safe, secure and effective berth to berth navigation as well as protection of the marine environment. The fifth e-navigation solution, S5, makes sure that the shore based information from ports, VTSs and other service providers to ships is harmonised and standardized around the world.

– Vi tar ansvar for sjøvegen Maritime Service Portfolios (S5) There are many different types of shore based services in most given situations or locations such as ports, coastal and high seas. Globally harmonising and standardising these services and functions results in the Maritime Service Portfolios (MSPs). MSPs group the information and data provided by shore authorities and other stakeholders to ships, and harmonizes the format, structure and communication channels used to exchange that information.

– Vi tar ansvar for sjøvegen Maritime Service Portfolios MSP1VTS Information Service (IS) MSP2Navigational Assistance Service (NAS) MSP3Traffic Organization Service (TOS) MSP4Local Port Service (LPS) MSP5 Maritime Safety Information (MSI) Service MSP6Pilotage Service MSP7Tugs Service MSP8Vessel Shore Reporting MSP9Telemedical Maritime Assistance Service MSP10Maritime Assistance Service (MAS) MSP11Nautical Chart Service MSP12Nautical Publications Service MSP13Ice Navigation Service MSP14Meteorological Information Service MSP15 Real-Time Hydrographic and Environmental Information Services MSP16Search and Rescue (SAR) Service

– Vi tar ansvar for sjøvegen Maritime Service Portfolios that could be linked to e-navigation VTS services MSP1VTS Information Service (INS) MSP2Navigational Assistance Service (NAS) MSP3Traffic Organization Service (TOS) MSP4Local Port Service (LPS) MSP5 Maritime Safety Information (MSI) Service MSP6Pilotage Service MSP7Tugs Service MSP8Vessel Shore Reporting MSP9Telemedical Maritime Assistance Service MSP10Maritime Assistance Service (MAS) MSP11Nautical Chart Service MSP12Nautical Publications Service MSP13Ice Navigation Service MSP14Meteorological Information Service MSP15 Real-Time Hydrographic and Environmental Information Services MSP16Search and Rescue (SAR) Service

– Vi tar ansvar for sjøvegen IMOs MSP Areas Port areas and approaches Coastal waters and confined or restricted areas Open sea and open areas Areas with offshore and/or infrastructure developments Polar areas Other remote areas

– Vi tar ansvar for sjøvegen Ship Reporting Systems (S2) In the absence of harmonized standards for ship reporting systems, national ship reporting systems may use different procedures and reporting formats Such different procedures and reporting formats create an additional burden for ships moving from one area to another covered by differernt ship reporting systems E-navigation Solution 2 proposes means for standarized and automated reporting

– Vi tar ansvar for sjøvegen

Ship Reporting Test Bed Project IMO is informed that Brazil, Singapore and Norway will carry out a test bed this year to facilitate automated and standarized ship reporting (S2) The test bed will use existing communications networks suitable for e-navigation The on board system/data base will be connected to relevant equipment such as AIS VTS will play an important role regarding collection of ship reporting information and distribution of this Single Window information to other authorities ashore

– Vi tar ansvar for sjøvegen Communications and Interoperability As the e-navigation concept is primarily based on improved digital communications between ship and shore and ship and ship, communications technologies are at the core of the e- navigation strategy. E-navigation will need interoperability.

– Vi tar ansvar for sjøvegen Conclusions E-navigation will contribute to reduction of voice communications between VTS and ships leading to misunderstandings because of noise and language problems by using data communications. Use of specialised MSPs provided by VTS instead of delivering physical paper based information (i.e. notice to mariners/chart updates) to the ship will enhance safety and increase efficiency efficiency.

– Vi tar ansvar for sjøvegen Conclusions Communication between VTS authorities and ships, could ensure that vessels are aware and coordinated early enough in regards to available berth time for just-in-time arrival, thereby saving fuel and the environment. VTSs can play an important role regarding collection of ship reporting information and distribution of this Single Window information ashore

TAKK FOR OPPMERKSOMHETEN VTS could be one of the driving forces for moving shipping into the digital age