logistical challenges in the high north...
TRANSCRIPT
Felix H. Tschudi,
Tschudi Shipping Company
LOGISTICAL CHALLENGES IN THE HIGH NORTH
Barentsekretariatet
Kirkenes, November 2009
CONVENTIONAL SHIPPING
ICE CLASS MULTIPURPOSE CONTAINER VESSELS TANKERS, BULK AND COMBINATION CARRIERS
PROJECT CARGOES COMMODITY SHIPPING
OFFSHORE
Anchorhandling tug supply vessels and Ocean going tugs
Tschudi Logistics
East – West
logistics between
western Europe,
Russia and the
Central Asian
Republic
Container lines
Door – door transportation
Project cargoes
Rail and road forwarding
Including Tschudi Northern Logistics based in Kirkenes and Murmansk, specialising
in cross border transportation and custom clearance
Tschudi Shipping Company focuses on the
opportunities in the north and the east and sees
the earth from this direction
Why is TSC involved in northern Norway?
Because it is the most natural platform for logistical and
industrial activity towards the High North in Norway.
THE FUTURE IS ABOUT UNLOCKING THE NATURAL
RESOURCES OF THE HIGH NORTH THROUGH LOGISTICS
SOLUTIONS WHICH ARE ECONOMICAL, WORKABLE AND
ENVIRONMENTALLY SUSTAINABLE.
This is now more realistic than ever before due to
ice reduction, technological developments and higher
commodity prices.
Northern Norway – a logistics platform
The ports of Finnmark can serve as supplement to the ice restricted Russian ports in the region serving inbound and
outbound cargoflows.
Kirkenes port, particular focus on overflow from Murmansk such as:
Oil transhipment and transhipment of bulk cargoes
and at a later stage:
Logistics related to offshore and industrial projects
The TSC rationale for focusing on logistics
in the High North is:
1. Energy resource development in the High North is now
accelerating! And it is not only about the Shtokman field!
2. Russia is at the center of this development but dependent on
cooperation with adjoining nations to realise its full potential.
3. The ongoing regional developments in the eastern and
western arctic might gradually open up for polar transit
routes.
4. Technological developments and understanding of the
environmental, legal and political ramifications of the region
are preconditions for success.
© www.akvaplan.niva.no
© Ministry of Transport of Russia
24. Oktober 2006
A company within the groupSYDVARANGER AS
Honningsvåg
December 2005, first transhipment of Siberian gas condensate
outside Kirkenes. This transhipment contract with Russia’s second
largest gas producer, Novatek, serves cargoes shipped through Vitino
in the White Sea and has been performed in sheltered waters close to
North Cape, Norway for the past four winter seasons.
Photo: MAPO
Why ship-to ship transhipment?
• Port conditions (except Murmansk) in northern Russia require ice class vessels and often shallow draft vessels
• There is a lack of ice class vessels. Such expensive vessels should be used the least possible outside the icebound area
• It is economically efficient to tranship to larger conventional tonnage for longer transport distances
• Landbased terminals are costly and have permanent environmental impact
• STS transhipment is flexible and can be adjusted to the prevailing market conditions while leaving no costly infrastructure underutilised
Etter politisk beslutningsvegring i forhold til regimet for nasjonale
laksefjorder i Kirkenes området har omlastingen de fire siste sesongene
blitt gjennomført i Sarnesfjorden i Nordkapp Havn.
Utfordring: politisk uforutsigbarhet gir manglende troverdighet!
A company within the group
SYDVARANGER AS A company within the group
BULK LOGISTICS
- using the Kirkenes port facilities of the reopened Sydvaranger iron ore mine
Silo storage capacity of 370 000 m3 offers the possibility to tranship bulk cargoes imported
in smaller size ice class vessels for re-export in larger vessels.
Ships of 120 000 dwt calling on the ice free port of Kirkenes can offer Russian exporters of
large volume bulk cargoes such as iron ore and coal additional possibilities for overseas
exports.
Norilsk Nikel – has introduced double acting ice breaking multipurpose vessels of Aker
Arctic design for serving their mining operations in Siberia. Such very expensive
specialised vessels should minimise the time outside the ice area and therefore tranship
their cargo as close to their area of operation as possible.
The Norwegian Jonas Lied and the Kara Sea Route 1912 - 18
Beluga Shipping, Germany, carried two project cargoes
from Korea to the Ob river estuary via the Northern Sea
Route this summer!
A region rich in ”hard to access” energy reserves
The High North Offshore oil and gas challenges: Harsh climate, long distances and
lacking infrastructure require new logistics systems and solutions.
Needed:
Proactive planning, investment in suitable equipment and infrastructure
Shtokman
580 km
Sydvaranger Maritime Industrial
Park in the port of Kirkenes
Potential for 800,000 sqm
industrial port area – 600m deep
water quays
POTENTIAL USE:
•Marine Transportation and
logistics including offshore
base activities.
•Service providers for the oil
and offshore industry.
•Power plant and waste
incinerator.
•Industrial use
• Challenges: Lack of proactive planning and
development of physical and administrative
infrastructure: Physical such as ports and roads
but as important; Administrative processes and a
lack of standardised rules and regulations.
TWIN CITIES WHY NOT TWIN PORTS?
Field developments which already produce or are planned to open
over the next 5 - 10 years
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Oil transport routes
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Russian oil shipment for export through the Barents Sea
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2002 2003 2004 2005 2006 2007 2008 2009
millio
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Prirazlomnoye – the first offshore platform to operate in the Russian Arctic – 7.5 million tons a year
The Varandey offshore terminal in the Pechora Sea which opened in June
2008 serves the Conoco Philips/Lukoil JV – Naryanmarneftegaz– capacity
12.5 millons tons a year. Transportation has been subcontracted to
Sovcomflot. More than 100 liftings of crude oil have been performed so
far.
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Initiated in November 2008 by Tschudi Shipping Company in collaboration with the
Norwegian Ministry of Foreign Affairs and DnV as part of the Norwegian national
research initiative “The global Maritime knowledge hub“ based on the Norwegian
maritime and offshore clusters. The centre encourages participation from all nations
and institutions interested in the High North.
Vision:
To be the preferred knowledge network for creating and developing efficient
and sustainable logistical solutions for the High North through interaction
between businesses, academic institutions, organizations and public
authorities
The most complete and up to date access to relevant and workable knowledge
about logistics in the High North developed through cross disciplinary
knowledge exchange between the business community, the public authorities
and international academic and research institutions.
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We want to build on knowledge which already exists and develop new relevant knowledge and competence required by the users
By mapping – existing knowledge and competence Strategies and competence within companies (work in progress)Knowledge within universities, institutes and persons (work in progress)Shipping in Arctic Waters INSROP (Innovation Norway & Ocean Futures)
By building a platform together with existing initiatives and a continuously increasing network of relevant businesses and institutions in Norway and internationally
Circumpolar Map & Ocean FuturesBarents 2020 & DNVIce Load Monitoring & DNVArctic Container & DNV Northern Maritime Corridor/ STRATMOS & The Barents SecretaryBodø Graduate School of Business’ Academic Network in RussiaSINTEF / MARINTEK / HIBO / UIT etcArctic Cases
Launched by the Centre for High North Logistics together with Ocean Futures
A holistic/interdisciplinary approach to the Northern Sea Route, Trans-Arctic Ocean Shipping Routes and the Northwest Passage
The project builds on knowledge produced by the International Northern Sea Route Project – INSROP. The project was a collaboration over 6 years (1992 – 1999), between research institutes and organisations from Japan, Norway, Russia, EU, Canada and the United States
The study is comparing three different Sea Routes:The Northeast Passage (The Northern Sea Route)The Northwest PassageTrans-Arctic Ocean Routes
The research project – Shipping in Arctic
Waters
The research project - Circumpolar Maps
“Maps are powerful tools for presenting complex information in a visual form that is easy to
understand. They can summarize multiple dimensions in a simple display, something difficult to do
otherwise”.
“The World Bank”
Slide
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Project Goal
The aim of the project is to ensure that all
activities
related to oil and gas activities in the Barents
Sea, be
it on Norwegian or Russian side, should be
carried out
with an acceptable safety level.
Safety involves safety for life, environment and
Property. The project includes all aspects of
offshore
Petroleum activity, i.e. exploration, drilling,
production, transportation
and support activities such
as marine operations and
Supply services.
Need for cooperation and harmonizationIncreasing offshore activity in the Barents Sea
More activity will attract new and inexperienced actors
Need for new type of vessels
Differences in technical standards create barriers for
cooperation
Challenge to get an overview of national requirements
Russia: - from national to international standards
Harmonisation of industry standards will facilitate
cooperation and trade
BARENTS 2020 –
Goal and BackgroundThe project aims to establish
a dialogue between Russian
and Norwegian experts in order
to harmonise industry standards
for use in the Barents Sea.
• A major challenge when operating in ice is to gather information about the local ice conditions and to operate the ship within the design limits for the actual vessel (ice class).
• Experience has shown that ships operating in ice are exposed to damages to both hulland rudder/propeller, and a major cause is that the ship is
operated in more heavy ice conditions than anticipated
for the actual ice class the ship is designed for.
• A premise to reduce this type of damages, which in worst
case may lead to total loss of the vessel, is to collect
information about both the actual ice conditions along
the route and the actual loads the hull is exposed to.
• In order to reduce this type of damages, a tool which can
collect this type of information and make it
easily available at the bridge for the navigator has to be developed.
• A prototype of ILM has been installed onboard the Norwegian Coastguard icebreaker KV Svalbard. The system has been tested successfully during two winter season in the Barents Sea
Ice Load Monitoring (ILM) project
StatoilHydro ASA” supports the joint efforts of Arkhangelsk State Technical University (ASTU), Baltic State Technical University (BSTU), and Murmansk State Technical University (MSTU) in creating of a common competence arena in the sphere of logistics and transport in the North. The activities are coordinated with the Center for High North Logistics.
The STRATMOS – project:
Objective:
To enhance the network with North West Russia entities and to
pursue the Barents Sea Intermodal Service with test sailings
and Marco Polo application
Tasks:
Conduct workshop on relation building, exchange of info and
knowledge
Arrange working meetings and B2B
Prepare/carry out test consignments/sailings in the NMC-corridor
Analysis studies and reports
The history:
The EU-funded Northern Maritime Corridor (NMC) project has
initiated cooperation with the Russian Northern Sea Route (NSR)
administration. That could result in facilitated shipping between
Western Europe and Russian Arctic ports
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Founding Partners Sponsors Academic Partners
•
The most important factor for the succesful and
sustainable development of the resources in the
High North is:
Well functioning logistics in the right place
at the right time at the right price!
Without this the development of the High
North will continue to be a dream as it has
been since the time of Willem Barents!
In our opinion it’s time to wake up
and …….
Look towards the North!