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Towards an LNG Master
Plan for NAPA Ports
Athens, 19th November 2015
Andrea Molocchi
CEO, ECBA Project
(consultant for Venice Port
Authority)
Poseidon Med LNG Bunkering Project
Towards an LNG Master Plan for NAPA Ports
Poseidon MED Project - Activity 7:
A) Local Assessment of LNG outlook in Northern Adriatic Ports
B) Overall Assesment on possible future development of LNG in
North Adriatic area
Poseidon Med LNG Bunkering Project
Towards an LNG Master Plan for NAPA Ports
A) Local Assessment of LNG outlook in Northern Adriatic
Ports:
Venice port (VPA)- Italy
Trieste (TPA) - Italy
Koper (LK) – Slovenia
Rijeka (RPA)- Croatia
Venezia Italy
Trieste Italy
Koper Slovenia
Rijeka Croatia
Poseidon Med LNG Bunkering Project
Towards an LNG Master Plan for NAPA Ports
A) Local Assessment of LNG outlook in each NAPA port:
- To understand the characteristics of the demand for LNG in the transport
sector and its forecasts, highlighting possible effects on the activities of the
Port Authorities in the North Adriatic.
- To provide an overview of existing structures, plans and rules concerning
the development of LNG as an alternative fuel for transport
- To analyze possible alternative solutions for each Port to meet the
demand for LNG in its territory.
- To outline a strategy for LNG supply chain development within each port
(from LNG procurement to storage, from distribution to delivery to final
LNG user).
Poseidon Med LNG Bunkering Project
Towards an LNG Master Plan for NAPA Ports
B) Overall Assesment on possible future development of
LNG in North Adriatic area:
• a final analysis which synthesizes the outcomes of each study
and which aims to define a common and shared strategy for all
North Adriatic Ports
Poseidon Med LNG Bunkering Project
Towards an LNG Master Plan for NAPA Ports
LNG Master Plan for NAPA ports: an ambitious task, which
requires:
- a common language (reference was made to DAFI definitions and
rules linked to the role of TEN-T core Ports in LNG infrastructure
development);
- a common analysis framework;
- an organizational process which requested sharing of documents,
involvement on comments on draft reports and various meetings;
- overcoming of local perspectives under a broader perspective.
Poseidon Med LNG Bunkering Project
Opportunities / Benefits of an LNG Master Plan for NAPA ports
diffused on society:
- Environmental benefits (air emissions reduction, noise reduction, no marine oil
pollution, overall environmental external costs reduction)
- Lower transport costs all along the logistic chain (maritime and road transport, port
handling, port maritime services)
- Higher competitiveness of industrial hinterland and lower consumption prices for
transport intensive goods
specific on Ports: - Attraction of additional traffic on North Adriatic ports in the context of European
North-South Port Competition
- Attraction of additional operators in Port areas
Towards an LNG Master Plan for NAPA Ports
Poseidon Med LNG Bunkering Project
A) Local LNG Assessments in NAPA Ports – a common analysis
framework
In order to provide comparable local studies and to assure their integration in the
second stage, the following table of contents has been adopted by NAPA ports for
the development of local assessment:
Poseidon Med LNG Bunkering Project
B) Overall Assesment of LNG in North Adriatic
The working process:
Each NAPA Port (Venice, Trieste, Koper and Rijeka) has developed its study for a
preliminary assessment of LNG use and supply in the Port’s local context
VPA collected collected the local studies and drafted a first draft summary report
Local studies and the the draft summary report have been presented and discussed
in a dedicated meeting (14 october, Trieste)
The Trieste meeting was the occasion for sharing the outcomes of local studies, for
gathering additional information on each Port’s analysis and for advancing proposals
for LNG development in all NAPA ports.
The final version of the report for all NAPA ports is nearly to be completed
Poseidon Med LNG Bunkering Project
1. LNG demand analysis in NAPA ports - LNG demand assumptions and methods (end-users types, investigation boundaries for each transport
segment, scenarios and methods for demand analysis)
- Expected LNG demand at 2030 in different user segments (maritime transport, road transport, other)
and overall
2. The LNG supply chain: supply sources, storage location analysis and distribution
models to end–user types - Possible LNG storage plant (preliminary evaluation, storage capacity needed)
- LNG supply sources and related means of transport
- Links with transport networks and possible localization/s of the storage plant
- Approach to LNG bunkering in NAPA ports (refueling facilities for ships)
- Summary of the infrastructures analyzed to distribute and deliver LNG in NAPA ports
3. Policy recommendations - infrastructural and regulatory proposals for an harmonized LNG supply development in NAPA ports
Table of contents:
B) Overall Assesment of LNG in North Adriatic
Poseidon Med LNG Bunkering Project
Table 1: LNG demand expected at 2030 in NAPA Ports
Venice Trieste Koper Rijeka Total LNG demand at 2030 (Overall): Pessimistic Scenario: 623.759 tons Optimistic Scenario: 873.990 tons Intermediate scenario result: 797.688 tons LNG (maritime, inland waterways, distribution to road transport in North Italy and South Austria)
Total LNG demand at 2030 (Overall): Conservative Scenario: 22.589 tons LNG High Scenario: 55.609 tons LNG Average of the two scenarios (conservative and high): 39.099 tons LNG (Ro Ro ships and road Trieste Port)
Total LNG demand at 2030 (Overall): Realistic scenario: 26,500 tons LNG Optimistic scenario: 36,500 tons LNG Average of the two scenarios (realistic and optimistic): -31,500 tons LNG (maritime+port+road Koper)
Total LNG demand at 2030 (Overall): 11,258 tons LNG (maritime + road Rijeka) 92.660 tons LNG (maritime + road transport for whole Croatia through Krk)
B) Overall Assesment of LNG in North Adriatic – main results
Poseidon Med LNG Bunkering Project
Table 2: Preliminary evaluation of an LNG storage plant in NAPA ports
Venice Trieste Koper Rijeka LNG storage plant evaluated: yes (large primary storage plant). The suggested approach to satisfy maritime and road LNG demand through a primary storage in Venice Port is to build three modular high capacity tanks on different times.
LNG storage plant evaluated: yes (small intermediary storage tanks). Five hypothesis to satisfy LNG demand in Trieste have been analyzed: three of them (TTS, STS and mobile tanker to ship) do not necessarily need a storage in port, while two of them (PTS options) require a storage system to be built in Trieste Port.
LNG storage plant evaluated: no. In the short term, a fixed storage plant cannot be realized inside Port of Koper area, since State Space Plan (SSP) does not plan such facilities. A realistic short term option is to find a storage area outside Port of Koper (road refuelling station, able to load LNG tanker trucks servicing ships in port). Another option is a mobile storage area in the port (LNG containers connected one each other).
LNG storage plant evaluated: yes (small intermediary storage tanks). The intermediary storage would be very close to the Krk terminal (two different localization options have been analyzed) and linked by a pipeline to a centralized jetty for LNG bunkering (ships should move to the jetty for bunkering). Road transport demand can be satisfied through separate road refueling stations.
Total tanks volume estimated at 2030: 120.878 m3. - Tank 1 (from 2018): 20.610 m3 - Tank 2 (from 2020): 51.666 m3 - Tank 3 (from 2025): 48.602 m3
Total tanks volume at 2030: 330-700 m3.
Total tanks volume at 2030: no LNG storage.
Total tanks volume at 2030: 2,000 m3 (storage size is minimized due to proximity with Krk LNG terminal, allowing for high refilling frequencies).
B) Overall Assesment of LNG in North Adriatic –main results
Poseidon Med LNG Bunkering Project
Table 3: Summary of the infrastructures analyzed to distribute and deliver LNG
Venice Trieste Koper Rijeka
LNG storage tanks in Port yes
(large plant) yes
(small plant) no
yes (small plant)
Port access channels and mooring berths for small LNG carriers
yes yes no yes
Truck-to-ship refueling (TTS) yes yes yes yes Ship-to-ship refueling (STS) yes yes no yes
Port-to-ship refueling (PTS) yes yes No
(mobile station to ship - MTS)
yes
LNG tanker trucks filling station yes yes yes
(outside the Port) yes
LNG road vehicle refueling station yes yes yes
(outside the Port) yes
LNG based power generation in port
yes (boil off gas)
no yes no
B) Overall Assesment of LNG in North Adriatic – main results
Poseidon Med LNG Bunkering Project
Towards an LNG Master Plan for NAPA ports
The activities conducted under the Poseidon Med Project allowed NAPA Ports to:
1. analyze LNG market potential and main driving forces influencing demand
2. analyze and select the various infrastructural options all along the single phases of the
LNG supply chain:
- main LNG supply sources and LNG transport modes
- storage needs (in a long term perspective) and location criteria
- suitable distribution models for maritime and road transport final users
3. develop a set of policy recommendations for the follow up phase concerning infrastructural
and regulatory actions for an harmonized LNG supply development in NAPA ports
Conclusions
Thank you!
www.poseidonmed.eu
Andrea Molocchi
ECBA Project
Environmental Cost-Benefit Analysis to assess Innovation
ecbaproject.eu