PR-0156 - Sines Port and LNG Jetty Data

Transcription

RENN
REN
-
ATLANTICO, S.A.
Terminal de Gas Natural Liquefeito
SHIP TO SHORE SINES PORT AND LNG JETTY DATA
Niimero do Documento:
PR-O1 56
Tipo do Documento:
Procedimento
Páginas:
1
Ed.04
cte
63
14/02/2013
AlL document
Ed.03
17/11/2011
All document and template change
Ed.02
09/02/2007
All document
Ed.01
01/10/2004
Limit Weather conditions
Ed.00
01 /02/2004
Initial document
Creator:
Reviewer:
Pedro Barata
Patr ia
Nome
Authorizer
is
Doc. Custodian:
Helena Rebelo
Assinatura
‘R\c
?
Estedocumento não pode ser reproduzido através de nenhum nio, na totaltéade ou parcialmente, sem a autorizaão escrita da REN
ATLANTICO, Terminal de GNL, S.A.
ID: PR-0156
Ship to Shore Sines Port and LNG Jetty Data
REN ATLÂNTICO
0
Edição: 04
Data: 14-02-2013
ÍNDICE
1
2
3
4
5
6
Purpose/Objectives ................................................................................... 5
Scope .................................................................................................... 5
Definitions .............................................................................................. 5
References .............................................................................................. 6
Responsabilities ........................................................................................ 6
Activity Flow Process ................................................................................. 6
6.1
General port Information ........................................................................... 7
6.1.1 Port Location.......................................................................................... 7
6.1.2 LNG Jetty and Terminal Location .................................................................. 7
6.1.3 Land Access to the Port Area ....................................................................... 7
6.1.3.1ISPS Level 1 ........................................................................................... 8
6.1.3.2ISPS Level 2 ........................................................................................... 8
6.1.3.3ISPS Level 3 ........................................................................................... 8
6.1.4 Meteocean conditions................................................................................ 9
6.1.4.1General ................................................................................................ 9
6.1.4.2Bathymetry ............................................................................................ 9
6.1.4.3Wind .................................................................................................... 9
6.1.4.4Waves ................................................................................................. 10
6.1.4.5Tides .................................................................................................. 10
6.1.4.6Currents .............................................................................................. 11
6.1.4.7Seawater Temperatures ............................................................................ 11
6.1.4.8Visibility .............................................................................................. 11
6.1.4.9Air Temperature ..................................................................................... 11
6.1.4.10
Precipitation and Humidity .................................................................. 11
6.1.4.11
Barometric Pressures ......................................................................... 11
6.2
Shipping Procedures ................................................................................ 11
6.2.1 Arrival Information .................................................................................. 11
6.2.1.1Communications/Registrations .................................................................... 12
6.2.1.2SICP (Port Community Data Base System) ....................................................... 12
6.2.1.3Vessel Traffic System (VTS) ........................................................................ 13
6.2.2 Anchorage ............................................................................................ 13
6.2.3 Final approach into port............................................................................ 13
6.2.4 Berthing ............................................................................................... 14
6.2.5 Mooring ............................................................................................... 15
6.2.6 Gangway .............................................................................................. 15
6.2.7 Unloading arms ...................................................................................... 15
6.2.8 Jetty crane ........................................................................................... 16
6.2.9 Ship – Shore link ..................................................................................... 16
6.2.10 Provision of utilities and bunkering ............................................................... 17
6.2.11 Electrical bonding ................................................................................... 17
6.2.12 Safety systems ....................................................................................... 17
6.2.13 Departure ............................................................................................. 18
PR – 0156 – Ship to shore Sines Portt and LNG Jetty data; Ed.04
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ID: PR-0156
REN ATLÂNTICO
Edição: 04
Data: 14-02-2013
7
LNG Jetty Oerational aspects ..................................................................... 18
7.1
Pre-arrival Data...................................................................................... 18
7.1.1 Ship details info ..................................................................................... 19
7.1.1.1General arrangement ............................................................................... 19
7.1.1.2Deck mounted mooring equipment ............................................................... 19
7.1.1.3Communications standards......................................................................... 19
7.1.1.4Manifold .............................................................................................. 19
7.1.1.5Gangway .............................................................................................. 19
7.1.1.6Pumps ................................................................................................. 19
7.1.1.7Vapour return ........................................................................................ 19
7.2
Cargo operations .................................................................................... 19
7.2.1 Pre-discharge meeting .............................................................................. 19
7.2.2 Safety Check-list .................................................................................... 20
7.2.3 Custody Transfer .................................................................................... 20
7.2.4 Cargo transfer ....................................................................................... 20
7.2.5 Ship’s Manifold....................................................................................... 20
7.2.5.1Unloading Arms Connection ........................................................................ 20
7.2.5.2Unloading Arms Cooldown ......................................................................... 21
7.2.5.3Start Discharge ...................................................................................... 21
7.2.5.4Vapour Return ....................................................................................... 21
7.2.5.5Finish Discharge ..................................................................................... 21
7.2.5.6Special Conditions ................................................................................... 22
7.2.6 After-discharge meeting ........................................................................... 22
7.3
Safety ................................................................................................. 22
7.3.1 General safety requirements ...................................................................... 22
7.3.2 Emergency response ................................................................................ 23
7.3.2.1Communications ..................................................................................... 23
7.3.2.2In case of fire ........................................................................................ 23
7.3.2.3In case of LNG Spillage / Leak..................................................................... 24
7.3.2.4Cargo transfer interruption ........................................................................ 24
7.4
Environment.......................................................................................... 24
7.4.1 General ............................................................................................... 24
7.4.2 Pollution prevention ................................................................................ 24
7.4.3 Waste management ................................................................................. 25
8
Registration ........................................................................................... 25
9
Annexes ............................................................................................... 25
Annex A – General Contacts ................................................................................ 26
Annex B – Jurisdiction Area of Sines Port Administration (APS)..................................... 28
Annex C – Sines LNG Terminal Aerial View I ............................................................ 29
Annex D – Sines LNG Terminal Aerial View II............................................................ 30
Annex E – Main Statistical Data on Meteocean Condition ............................................. 31
Annex F – Jetty Aerial View I .............................................................................. 35
Annex G – Jetty Berthing ................................................................................... 36
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Annex H – Jetty Technical Parameters ................................................................... 37
Annex I – Unloading Plattaform arrangement outline ................................................. 38
Annex J – Gangway and Jetty Crane outline ............................................................ 39
Annex L – Overall Jetty Layout with conceptual mooring plan ...................................... 42
Annex M – Manifold Flange details (required)........................................................... 46
Annex N – Technical Ship Documents List for acceptability ......................................... 47
Annex O – Technical Ship Data for compatibility study ............................................... 48
Annex P – Pyle National Pin & Signal Data ............................................................... 54
Annex Q – Fire –fighting system on Jetty Deck ......................................................... 56
Annex R – Process Flow Diagram .......................................................................... 59
Annex S – Ship-Shore Safety Check-list .................................................................. 60
Annex T – Ship-Shore Communications................................................................... 61
Annex U – Statement by Shipper that he has available and will comply with Port and Jetty
Guide of Sines LNG Terminal ............................................................................... 62
Annex V – Jetty Bathymetry ................................................................................ 63
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Purpose/Objectives
This brief guide brings together relevant ship/shore and general Sines Port information for Liquefied Natural Gas (LNG) shipping activities at Sines LNG Terminal in Portugal.
2
Scope
This document does not replace any of the formal Port or Terminal procedure, but merely highlights some key information. For further details the shippers (and Tollers) are referred to relevant parties in Sines LNG Terminal.
3
Definitions
APS
Administração do Porto de Sines, S.A.; Port authority;
Agent
A local office with authority to act on behalf of the Toller or the Shipping Company to arrange or administer port services and/or other shipping related services;
Jetty
The jetty facilities (forming part of the Terminal) for the berthing and unloading
of LNGC, including all shore-side discharging arms, connections, piping, communication facilities, communication cables and docking facilities;
REN Atlântico
LNG Terminal owner and operator;
LNG
Liquefied Natural Gas;
LNGC
LNG Carrier. The vessels provided by the Toller for transportation of LNG;
OCIMF
Oil Companies International Maritime Forum;
Port
The port of Sines, Portugal (and all associated facilities and infrastructure);
Ship’s Officer
The Master or any Officer to whom the Master may delegate authority for any
operation or duty on board ship;
Shipping Company
The LNGC manager that contract with the Supplier or the Toller for LNG transportation and cargo handling operations at the Terminal;
SIGTTO
International Safety Guide for Oil tankers and Terminals;
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Terminal
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The Terminal to be designed, constructed, commissioned, operated and maintained by REN Atlântico (including the Jetty) for receiving and unloading LNGC,
storing and processing LNG and making NG and LNG available for delivery to the
Toller at the Supply Points;
Toller
The entity contracting with the Terminal, under the Tolling Agreement (1) the
receipt of LNGC and the unloading of LNG from LNGC berthed at the Jetty, (2)
the storage and processing of LNG and (3) the making available for delivery of
NG and LNG at the Supply Points;
Tugboat
A tugboat, or tug, is a boat used to maneuver, primarily by towing or pushing
other vessels;
Vessel
4
Any carrier ship.
References
Sines LNG Terminal procedures (Operational & Emergency)
SIGTTO “Liquefied Gas Handling Principles on Ships and in Terminals”
SIGTTO “Ship/Shore Questionnaire for Compatibility Study of Liquefied Gas Ships with
Loading / Unloading Jetties”, completed with Sines shore data
IMO “Ship/Shore Safety Check List”
OCIMF “Guidelines and recommendations for the safe mooring of large ships at piers
and Sea Islands”
Port Regulations, “Regulamento de exploração do Porto de Sines”:
www.portodesines.pt
ROI – Sines LNG Terminal infrastructure operations regulation: www.renatlantico.pt
Approval Compatibility Study of Liquefied Gas Ships with Loading process site:
www.shippingatlantico.ren.pt
5
Responsabilities
Each Party’s responsibility concerning shipping activities is generally contained in “Interface
manual for the shipping activities between the Toller and REN Atlântico, Terminal de GNL, S.A.”
6
Activity Flow Process
REN Atlântico owns and operates the LNG Terminal, but doesn’t buy LNG or sell Natural Gas.
This role, inclusive the arrangement of shipping is done through Toller(s). The REN Atlântico
compile and will update this guide as service to the Toller´s (and their respective shippers).
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6.1
6.1.1
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General port Information
Port Location
The Sines Port is located on the west coast of Portugal, some 100 km south of Lisbon. The approximate Port Coordinates are: 37° 56’ N and 8° 52’ W.
The overall Port outline is depicted on Admiralty Chart ÁREA DE JURISDIÇÃO ADMINISTRAÇÃO
DO PORTO DE SINES, of which a small scale extract is added in this manual as Annex B.
To enhance the understanding of the various areas within the eastern part of the Port of Sines
two pictures are added in Annex C and Annex D.
6.1.2
LNG Jetty and Terminal Location
Within the Port of Sines, the LNG jetty is located on the inside of the east breakwater. The onshore part of the LNG terminal with storage tanks is located some 2 km away in NE direction
(see also Annex C and Annex D ).
The character of the Port is a wide basin sheltered from waves from the west by a main breakwater, and natural water-depths of more than 15 m, without dredged (narrow) approach channels.
The basin where the LNG jetty is located is also sheltered by the east breakwater, which provides a well-sheltered berth for LNG Carriers (LNGC). Only in extreme south wave conditions
(with a return period of more than 5 years) will waves start to overtop. Port procedures are
based on vacating the berth at wind speeds well before overtopping starts.
The Port operates on 24 hours per day basis, be it that there is a night-time restriction for entry
of vessels larger than 250 meter.
6.1.3
Land Access to the Port Area
The jetty gangway allows access of people between the shore and the LNGC. Access across the
LNG jetty deck is subject to safety clearances to be obtained from the Terminal Officer cargo.
The entrance or exit from the ship of any person beyond the respective Authorities is not authorized, before free access from boundaries entities (customs / immigration) is established, as
defined in Annex VII of the Regulation of Exploration of the Port of Sines.
When LNG is being transferred the road leading to the jetty will normally be closed to traffic
for the last 100 m to the unloading point, and vehicle entry can only be granted after obtaining
a relevant safety permit from the Terminal.
The Port area is connected to the hinterland via highways and national roads. Access to the jetty area by road will require clearance by APS (gate control) and Terminal (gate control).
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All shore leaving movements should be mentioned to the Agent and a list shall be provided to
the Terminal prior to ship arrival or communicated directly to the Terminal Control Room in
case of emergency.
To comply with ISPS code and to have an effective access control (Persons and goods), a Security Guard is permanently at the Terminal jetty gate, when ship is alongside the berth.
6.1.3.1 ISPS Level 1
The gate access is controlled by a security guard to check card access and stores delivered by
shore with prior authorization from the Terminal.
All personnel or stores shall be part of a list supplied by the agent to the Terminal prior to ship
arrival and in case of emergency, during ship jetty staying.
The security guard confirms / inspects the authenticity of the crew shore pass attributed comparing it with a crew list supplied by the ship and confirmed / allowed by relevant local entities.
Stores and unaccompanied luggage will be inspected with PFSO permission and quantities confirmed with Ship Suppliers presence.
The
•
•
•
•
•
•
•
•
following cases are considered emergencies that the Terminal shall always be informed of:
Board disease or person injury.
Reparation on board with Terminal knowledge and approval.
Captain or his/her representative shore leaves.
Local entities ship-shore movement.
Ship representatives confirmed by ship Master (via agent).
Mooring gang call for help in case of mooring lines replacement.
Pilots to moving the ship or repositioning it.
Safety and Security Emergencies.
The gate security guard, when ship is alongside the jetty, do several patrols around the area
and controls the gate access, nevertheless the ship security from sea side is the ships responsibility.
All measures mentioned above are applicable. People, luggage and stores are strictly inspected.
According to the Port authority and the government representative (Harbour Master), everything is closed and any port movement is strictly forbidden, unless under special authorization
with all parties involved (PFSO, Ship, Port Authority and Harbour Master). The Terminal will
stay under Portuguese government decision as the ship will, when alongside the jetty.
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6.1.4
Data: 14-02-2013
Meteocean conditions
6.1.4.1 General
A tabulated summary of main statistical data on meteocean conditions and adverse weather
policy are presented in Annex E of this document. In the following paragraphs a brief narrative
is presented as further guidance to future shipping operations.
6.1.4.2 Bathymetry
The character of the Port is a wide basin sheltered from waves from the west by a main breakwater, and natural water-depths in excess of 15 m, without dredged (narrow) approach channels.
Fig. 1 – Bathymetries (Svasek Hydraulics)
6.1.4.3 Wind
Prevailing wind direction is from North to West (60% of all time). This implies that heading of
LNG jetty is with bow towards the prevailing wind direction.
•
•
Average wind speed: 8.6 knots.
Maximum recorded continuous wind speed: 46.4 knots.
For winds coming from Northwest to Northeast the headlands and town of Sines provide some
shelter, whilst the LNG berth is also reasonably protected against south winds by the 12 m high
south breakwater.
Metocean information is available through APS website: www.portodesines.pt .
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6.1.4.4 Waves
Generally waves are modest in height (average Hsig in winter time approx. 2 m), but always
have a long period (swell) component, prevailing directions SW to NW.
Extreme (once per 100 years return) design waves outside the Port of up to 12 m are included
in the Design Basis.
Following table 1 is showing the maximum average kD value for both layouts together. The influence of the additional transmission runs on the kD-factor is minimal and does have no effect
on the classes in this table. The resulting wave heights at the LNG jetty for seas and swells with
wave periods up to 17 seconds vary between 5% and 22% of the deep water waves.
direction
S
SSW
SW
WSW
W
WNW
NW
NNW
7
9
11
13
15
17
wave period
19 21 23
25
27
29
35
40
50
class
color
0-0,05
0,05-0,10
0,10-0,15
0,15-0,20
0,20-0,25
0,25-0,30
0,30-0,35
0,35-0,40
>0,40
Table 1 - Resulting kD-factors, presented in classes of 5% (Svasek Hydraulics)
Wave condition information (height, period and direction) in the Port area is most of the times
available through a buoy and a radar by APS, helping when deciding whether a vessel is clear
to enter into the Port (with pilot boarding and tug assistance).
Due to the Port configuration APS generally closes the Port only a few days per year for limitations of pilot boarding and tug operations.
The LNG jetty is well sheltered against wave penetration, as previous refraction and diffraction
analysis show wave heights at the berth to be generally less than 25% of wave energy outside
the Port. This means in practice that once a Carrier is allowed to enter it should have enough
shelter to complete its discharge of product.
Whilst alongside the LNG berth mooring line loads and vessel motions are monitored and compared with wave (and wind info) in support of decisions regarding various operating modes.
6.1.4.5 Tides
Tide and marine structure elevations are given relative to Chart Datum (ZH).
•
LAT = 0,21 m + ZH;
•
MSL = 2,00 m + ZH;
•
HAT = 3,87 m + ZH;
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This data is collected in a maritime station and APS provides it on-line in the website
www.portodesines.pt , INTRANET and EXTRANET (Port Community).
6.1.4.6 Currents
Outside the Port confines typically up to 0,6 m/s; inside the Port confines negligible.
6.1.4.7 Seawater Temperatures
Minimum: 10,5 degree C;
Maximum: 23 degree C.
6.1.4.8 Visibility
Visibility in the Sines Port is generally good with 4 km visibility range for more than 90% of the
time. On calm days fog during the night and part of the morning may obstruct vessel movements. In support of Port operations under poor visibility conditions the APS traffic control center operates a radar based VTS, allowing vessel movements with a visibility down to 1 nautical
mile.
6.1.4.9 Air Temperature
Due to the exposed position of Sines into the Atlantic Ocean, air temperature fluctuations are
modest. In summer, monthly average temperatures rise to about 22ºC, whilst minimum monthly
average temperatures drop to 9ºC.
Maximum temperatures in summer reach 37ºC, whilst in winter temperatures close to 0 degree
have been recorded.
6.1.4.10 Precipitation and Humidity
On average approximately 500 mm rain falls annually, whilst air humidity varies typically between 50% and 95%.
6.1.4.11 Barometric Pressures
6.2
6.2.1
Minimum: 0,968 bar atm;
Average barometric pressure: 1,0177 bar atm;
Maximum: 1,0378 bar atm;
Maximum rate of change: 20 mbar/h;
Shipping Procedures
Arrival Information
LNGC will have to inform the Terminal first estimated time arrival (ETA) right after leaving
from port of origin (loading port). ETA updates are to be communicated 96, 72, 48, 24, 12 and 4
hours in advance, and final confirmation shall be done 2 hours before the ship arrival.
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Later adjustments shall also be communicated. All relevant parties and authorities in Sines port
community shall be notified as well.
6.2.1.1 Communications/Registrations
The vessel will send a fax (or e-mail) to the REN Atlântico main shipping contacts
([email protected]), providing the following information:
Cargo Documents:
Certificate of Loading;
Cargo Manifest;
Certificate of Origin;
Bill of Lading;
Designation Notice:
Ship’s Name;
Captain name;
Cargo number;
Date/Time of Departure (FAOP;)
Receiving facility /ETA PBS (DD/MM/YY ; hh:mm – GMT);
Quantity and Quality of LNG Loaded (m3);
Estimated quantity of LNG to be unloaded (m3);
Other provisioning operation at the receiving facility;
Operations:
Discharge plan;
Main cargo parameters (temperature and pressure);
Special conditions onboard of the carrier that may affect planned cargo discharge operations;
Other operations (heeling-out; stripping) under Terminal approval;
Take onboard (or offload) any supplies or wastes whilst alongside the jetty;
The Agent also will put the above information into SICP, mentioned below.
6.2.1.2 SICP (Port Community Data Base System)
The vessel (or ship agent) will contact Centro de Despacho de Navios (CDN) via SICP (see the
regulation of exploration of the Port of Sines, article 45. (www.portodesines.pt) to plan various
Port movements and arrange support marine infrastructure such as, pilot services, tugs and
mooring services.
Separately the shipper will arrange via its shipping agent various additional services, such as
provision of supplies with Terminal knowledge.
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6.2.1.3 Vessel Traffic System (VTS)
The vessel will seek contact with the VTS operator when 2 hours (or 6 miles distance) away
from the Port with channel 73, to tune final preparations, and solicit relevant Port information
that will be relevant for upcoming berthing operation.
The ship shall maintain communication (it is mandatory be recheable at all times) via radio using radio frequencies to Port call by VHF CH 12 (156.6MHz).
6.2.2
When maneuvering on port area;
During cargo or discharge operations;
When anchored;
Anchorage
APS have made the following arrangements for anchorage of various vessels (see regulation of
exploration of the Port of Sines, Annex II: Areas of anchorage and pilotage obligation; section
4,1, 4,1,1, 4,12 and 4.13 to be fulfilled.)
The LNGC is assumed not to need any anchorage, as its schedule would normally be well
planned. In general, when the LNGC arrives on time at the Pilot Boarding station (some 3 nautical miles offshore), its handling is prioritized over other marine traffic.
Should anchorage for the LNGC be unavoidable a dedicated anchorage will be assigned, typically in 40m water-depth and at least 0,6 km clear of any other vessel.
6.2.3
Final approach into port
From the Pilot Boarding station the incoming carrier shall sail an approximate NW/N course to
arrive in the main Port basin. Over at least its last nautical mile it shall generally be accompanied by 4 (secured) Port tugs. Depending on weather condition, it may be accompanied by 5
tugs.
All the necessary resources to maneuver are defined in Annex IV of the regulation of exploration of the Port of Sines. The tugs are equipped with fire fighting equipment.
The decision to commit an LNGC to a final approach into the Port is taken by the Pilot and
ship’s Master, after verification of latest information from the Vessel Traffic Control Centre,
and after receiving clearance that no other sailing vessel is to approach the LNGC within 600 m
whilst maneuvering into the Port.
Once stopped in the main Port Basin the LNGC shall be turned to Port, and backed-up into the
basin parallel to the berthing line of the LNG jetty. In this arrangement the LNGC will always
berth “bow-out”.
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6.2.4
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Berthing
The final approach towards the LNG jetty will be made by portside, as to leave from port itself
in case of emergency, with tugs pushing and pulling as required. The design berthing velocity is
0,12 m/s (see Annex H for more detailed parameters of the LNG jetty).
To assist the final approach the LNG jetty is equipped with an approach velocity meter system
to provide pilots and ship crew with information on distance, speed and berthing angle. Speed
alarms (Traffic lights) are activated when the vessel approaches at dangerous speed to the
mooring Fenders, for bow and stern separately. Traffic lights are integrated in a Led Digit Display, they indicate:
Red: dangerous speed approach
Amber: too fast speed approach (near dangerous)
Green: safe speed approach
Each of the 5 breasting dolphins is equipped with a rubber (buckling) cell-type fender and load
distribution panel, which will ensure hull pressures stay below 250 kN/m2. The unloading platform is equipped with the same fender for small LNGC. The maximum design arrival displacement of the LNGC is set at 150.000 metric tons.
The jetty structure is designed to handle a range of LNGC between 35.000 and 216.000 m3,
whilst the layouts are optimized for the class of vessels in excess of 120.000 m3.
At night the berthing line, the breasting and mooring dolphins, and the loading platform will be
clearly lit.
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6.2.5
Edição: 04
Data: 14-02-2013
Mooring
Once initial contacts are made with the jetty fenders, mooring launches and crews will pass the
mooring lines from the LNGC to the various quick release hooks (QRH’s) on mooring and breasting dolphins. The jetty walkway arrangement between breasting and mooring dolphins also allows handling of mooring lines without the need to use mooring launches.
All QRH’s mounted on dolphins are of 1000 kN Safe Working Load (well over anticipated future
vessel winch Brake Holding Power levels). On the extreme corners of the unloading platform
twin SWL 750 kN QRH’s are mounted to accommodate the spring lines of small LNGC. On the
breasting dolphins twin hooks are mounted, whilst on mooring dolphins triple QRH’s are mounted.
The Mooring arrangement follows recommendations from OCIMF, deploying breast-lines and
spring-lines. The overall jetty layout with conceptual mooring plans is attached in Annex L. All
mooring lines must be equipped with appropriate tails (typically at least 11 m in length) to allow a proper behavior of the mooring system under wave and wind induced dynamics. All mooring lines should be pre-tensioned with at least some 100 kN load, to ensure that resulting vessel
movements will stay modest whilst alongside. Mooring line loads are measured on the jetty, and
relayed back to the carrier on request.
Under normal conditions lines will be released locally at the QRH’s on the various dolphins. Upon exceptional request from the Carrier the QRH’s can also individually be released remotely
from the jetty monitoring building (but this will be subject to strict operating instructions by
radio on channel 12, to avoid accidental activation).
6.2.6
Gangway
The jetty is equipped with a main gangway mounted on the NE corner of the loading platform.
The gangway is column-mounted aluminium, telescopic unit with self-levelling steps. Outline
details are provided in Annex J.
The gangway landing point onboard of the LNGC will typically be between 13 and 30 meters aft
of the mid-ships manifold (vapour line). The gangway uses a triangular bul wark support with
small stairway to bridge the LNGC handrail.
For small LNGC with a freeboard of less than 7m, a lightweight simple non-telescopic gangway
is also stored on the jetty deck.
6.2.7
Unloading arms
The jetty is equipped with 4 unloading arms, with a diameter of 16”. The arrangement (from
bow to stern) is L - V – L - L.
The arms can handle manifold elevations between 12.210 m and 30.170 m over Chart Datum
(which after allowing for wave induced heave & roll, list, and tidal movements corresponds to a
manifold elevation over still water between 13 and 26 m).
The arms have a special hydraulic clamp system for 16” diameter flange which require LNGC
flat face with smooth finish flanges, (see Annex M) and all arms are equipped with a “dryPR – 0156 – Ship to shore Sines Portt and LNG Jetty data; Ed.04
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break” emergency release system (PERC) that will automatically disconnect (ESD 2 - Emergency
Shutdown) when the arm is approaching an over-extension. Annex I presents further outline of
the unloading platform arrangement and the unloading arms mounted on the upper deck at elevation 16.6 m + ZH.The unloading arms are designed to allow extreme surge motions of the vessel of + or -3m and sway motions of 4.5 m.
The unloading arm configuration is based on connecting to ship manifolds that comply with
OCIMF guidelines. Other types of manifold flanges require a reducer from flanges dimension to
“ANSI 150 DIA 16” – flat face with smooth finish” (vessel supplied).
As long as the unloading arms are connected to the LNGC manifold, the vessel will disable its
main engine (standby status to departure in case of emergency) to exclude the risk of generating accidental propulsion that would affect the stability of the mooring system.
6.2.8
Jetty crane
The jetty is equipped with a small crane to transfer goods and supplies (see Annex J). But the
use of this crane is only for limited purposes. In normal situations transferring shall be done by
barge with LNGC’s crane.
The crane is located on the NE corner of the jetty, and has a capacity of 30 kN at 15 m, implying loads can be put on the tanker deck some 15m aft of the mid-ships manifold. The operations
of supplying the ships (boards, surpluses, provisions and so on) are dependent on the authorization of APS and Terminal.
In its 48 hours pre-arrival information the vessel will have to require the Terminal if it intends
to ask for the use of the crane, as a dedicated operator may have to be mobilized and safety /
security measures shall be implemented for this.
Transfer of goods / supplies can only take place after the full rate until the completion of cargo
transfer at the stern, nevertheless they cannot cause any delay on normal unloading operation.
6.2.9
Ship – Shore link
Once the LNGC is safely moored and the gangway placed, a cable connection shall be made to
the shore using a multi-wire electric cable and Pyle multi-pin connector to North Atlantic
standard (Pyle national 1*37pin - male - AF-D1016-621PV-16B-COMPATIBLE EX PLUGS).
The pin arrangement, to be configured on board prior to ship arrival is given in the Annex P.
This connection is used to relay essential ESD information, to exchange data between ship and
shore and to allow hotline.
As a back-up to the electric cable ESD signals can also be transferred via a pneumatic hose connection (PLUG; SNAP-TITE:SVHN8-8F 1/2"; NITTO KOHKI 400P 1/2" SOCKET; SNAP-TITE:SVHC8-8F
1/2"; NITTO KOHKI 400S 1/2"; Cable;50m). The VHF radio link merely acts as a back-up communication tool once the LNGC is alongside the jetty.
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6.2.10 Provision of utilities and bunkering
The LNG jetty facilities can provide on special request to REN Atlântico, liquid nitrogen (supplied via road tankers), potable water (also supplied via road tankers), and firewater (generally
of industrial water quality).
No other utilities are available from the shore. Bunkering facilities are not installed on the LNG
jetty, and if bunkering is required, that operation shall be provided, via an agent, using a bunker barge at anchorage area, outside from port facilities. The LNG jetty also does not have any
de-ballasting facilities.
Ship-shore connections for utilities from GA:
Liquid nitrogen
Supplied via truck and piggy back line along vapour return unloading arm
with 3” diam. flanged connection, or 2” with reducer
Water
Is available on jetty facility 2” coupler connection at NE side of loading platform via short piping, to be supplied from road tanker.
For the bacteriologic contamination prevention, the potable water shall be
supplied via dedicate hoses provided by road tanker.
Firewater
Via 2.5” IMCO connection (supplying industrial water) located at NE side of
loading platform via terminal fire fighting network.
6.2.11 Electrical bonding
The electrical earth cable should not be connected with the ship if the unloading arms of LNG
receiving terminal are mounted with insulating flanges (SIGTTO).
6.2.12 Safety systems
The jetty is provided with an extensive set of cold spill and flammable gas and fire detectors
that will alert the operator of abnormal situations leading to an automatic ESD 1 (stop cargo
transfer) if multiple alarms are triggered.
The unloading arms are protected by a motion detector. If a real threat of overextension arises, the safety systems will trigger ESD 1, followed by ESD 2 (dry break of the arms by closing of
double valves and releasing a clamped connection).
Mooring line loads are monitored on a continuous basis, and if threshold limits are reached, an
alarm is generated in the Terminal control room, which is relayed back (verbally) to the LNGC
deck operator. Alarm levels are normally set at 500 kN per hook, but they can be adjusted to
meet specific LNGC mooring equipment capacities.
The approach velocity meter system remains on stand-by when a vessel is alongside the LNG
jetty, and it triggers an alarm to the Terminal control room when an unacceptable drift-off is
detected.
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Actual activation of the shore based fire-fighting system will follow after an operator interface.
Annex Q presents an overview of the layout of the fixed installed fire-fighting means on the jetty deck.
The design is based on the principle that fuel supply to the fire is interrupted by isolation
valves, whilst the affected area is cooled by water to prevent escalation of the event. On the
NE corner of the jetty an elevated (and remote controlled) monitor is placed that can cover the
LNGC manifold area if such request is made by the LNGC crew.
When an LNGC is alongside the jetty the Terminal always has at least one jetty operator in attendance (Jetty Officer), who shall be either on the jetty deck, or in the adjacent jetty monitoring room (placed at some 40 m from the loading platform at an elevated position.
All controls in the Terminal are centralized in the onshore main control room.
Apart from automatic initiation of ESD 1 and 2, there is the following set of manual activation
options:
ESD 1
LNGC unloading room; jetty platform & Monitoring room; central control room
ESD 2
Central GA control room (LNGC will have to ask via telephone or radio)
6.2.13 Departure
Departures from the Port is relatively easy as the manoeuvring entails creating a sideway clearance to the berthing line (after controlled release of mooring lines), followed by short straight
section and turn to port to face open seas.
Depending on the weather conditions at least two tugs shall be in attendance to the departing
manoeuvre. A third tug, or pilot boat shall act as a vessel escort, whilst again the VTS ensures a
proper clearance to other vessels in port.
7
LNG Jetty Oerational aspects
An LNGC destined to the REN Atlântico terminal in Sines needs to demonstrate that it complies
with prevailing standards of the LNG shipping industry, more specifically The Society of International Gas Tanker and Terminal Operators (SIGTTO).
7.1
Pre-arrival Data
Particular attention is needed before the first arrival of a new LNGC to Sines to establish the
general LNGC parameters and physical compatibility with the Sines LNG Terminal (e.g. length,
draft, beam, position manifold, capacity, and arrival displacement). For LNG jetty constraints,
refer to Annex O.
The ship acceptance by the Terminal requires a formal approval of REN Atlântico and an approval certificate will be issued.
The general shipping plan is agreed annually between the Toller(s) and LNG suppliers. Subsequent schedule updates are communicated by Toller(s) to REN Atlântico and APS for information.
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Ship details info
Detailed info is required on particular ship-side details according to the list of documents on
Annex N to be provided by the Toller to REN Atlântico.
7.1.1.1 General arrangement
A ship general drawing shall be included on the approval process as well as a support document.
7.1.1.2 Deck mounted mooring equipment
A Deck plan, showing the location of the equipment, number and capacity of mooring lines,
winches and typical winch brake holding power.
Before the arrival of a new LNGC a conceptual mooring plan with limiting computed wind conditions for LNG Jetty is provided, including parameters of the penetration of swell wave energy
into the Sines Port: All mooring lines are assumed to be winch mounted and the LNGC is to tend
to the lines, and it is not allowed to put all winches on “self-tensioning” mode.
7.1.1.3 Communications standards
Details of connectors, to allow electric or otherwise data links to the shore shall be provided.
The ship system shall be compatible with shore side according to Annex P. The ship shall configure the pin arrangement on board to comply with shore Pyle national pin configuration.
7.1.1.4 Manifold
Detailed arrangement of manifold (e.g. plan and elevation, flange details, design loads - from
unloading Arms, valve closing times) to allow the LNG Terminal to verify compatibility with jetty based unloading arms according Annex I.
7.1.1.5 Gangway
Info should extend to the direct surrounding deck area to verify the landing point for gangway.
7.1.1.6 Pumps
Number and capacity of cargo transfer pumps, with rated discharge pressures at different flowrates at tanker manifold, in order to verify the typical unloading schedule.
7.1.1.7 Vapour return
Any particular constraints for vapour return (min and maximum temperatures and pressures)
and compressors characteristics and operating parameters.
7.2
7.2.1
Cargo operations
Pre-discharge meeting
A meeting is held onboard and attended by a Terminal representative and a Ship representative
with the purpose of exchanging actual status info of LNGC and LNG Terminal according to
standard practices and also verifying and agreeing on all operational parameters.
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Safety Check-list
The safety Check main purpose is to exchange actual status info of LNGC and LNG Terminal,
and also verify the standard Ship Shore Safety Checklist (International Safety Guide for Oil
Tankers and terminals (ISGOTT)).
The Ship Shore Safety Checklist shall be completed jointly by the Responsible Ship’s Officer and
the Terminal Supervisor and a Port Authority safety Officer, and signed prior to the start of any
cargo operations. Follow-up safety checks shall be conducted at agreed intervals throughout
the unloading period and the checklist signed accordingly as attached in (ou “,a sample is attached in”) Annex S.
7.2.3
Custody Transfer
Before the unloading arms are connected a REN Atlântico Officer Cargo shall board the Carrier
accompanied by a Toller representative for custody transfer.
The contents of the LNG that are transferred are based for custody transfer on LNGC tanks
gauging. To verify the composition of LNG during unloading, an on-line analyser is installed at
the jetty head. This is mainly done to ensure LNG is introduced in the onshore storage tanks in
a controlled way.
7.2.4
Cargo transfer
It is recommended that the Ship arrives at the Terminal with a maximum cargo tanks pressure
of 120 mbar. Any deviation of this parameter should be notified to the Terminal.
It is not allowed to vent cargo tanks to the atmosphere in normal conditions. In an emergency
case that requires venting gas to the atmosphere, the ship must notify the Terminal about the
occurrence and the cargo unloading operations must stop.
From the moment of cargo initial gauging until the gauging at the end of unloading, gas burning
in the Ship’s boilers is not allowed unless if agreed with the Terminal.
In case of necessity to burn gas, the burnt gas shall be measured and accounted for in accordance with the Custody Transfer agreement.
7.2.5
Ship’s Manifold
The Ship’s manifold shall be ready for connection prior to the completion of berthing.
The LNG Ship must have in-line strainers with an ASTM 60 Mesh (nominal aperture of 0.25mm)
for each liquid line unless otherwise agreed by the Terminal.
7.2.5.1 Unloading Arms Connection
The maneuvering of the unloading arms, and the connection to the LNGC manifold, are done by
Terminal operators, assisted by a ship representative. The gaskets to the connection of the unloading arms are supplied by the Terminal.
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7.2.5.2 Unloading Arms Cooldown
The ship must provide LNG to cool-down the unloading arms at approximately 2,0 bar and low
flow rate. A Terminal representative shall be aboard to monitor this operation and request the
Ship to change conditions whenever necessary. The cool-down of the unloading arms takes approximately 60-90 minutes.
The Ship is responsible to cool-down its lines in a way that does not represent any delay in the
unloading operations.
7.2.5.3 Start Discharge
The Ship’s manifold water curtain shall start and remain running continuously, before the start
of the unloading operations until after the final arm has been confirmed disconnected
A Terminal representative shall remain aboard the Ship during the start of the discharge until
the end of the rate-up.
The cargo pumps shall only be started after the Terminal has verified its conditions to manage
the increased unloading rate.
Status of unloading shall be verified in direct contacts between the LNGC pump control room,
and the onshore LNG Terminal control room.
Maximum LNG transfer rates are set at 9.000 m3/hr if the LNGC delivers approximately 4,5 barg
at the manifold connection. If a specific LNGC has a higher discharge pressure available, discharge rates are allowed to increase up to a maximum of 10.000 m3/hr. Higher discharge rates
are not acceptable in order to limit surge pressures in sudden interruptions of pump-out (under
ESD 1 & 2 conditions).
In case of necessity to heel out, the ship should notify the terminal in advance about this requirement, detailing the involved volume and the additional time required to perform the activity. This request is subject to approval of the Terminal.
7.2.5.4 Vapour Return
The Terminal sends the return gas to the ship, preferably in free flowing by pressure differential between the terminal tanks and ship tanks, but in case it is not sufficient the Terminal can
start the return gas blower to increase the capacity to send gas back to the ship. Between cargoes, the vapour return line is allowed to warm to ambient conditions, and as a result initial
vapour returned is warm.
The LNGC predetermines a schedule of desired vapour return quantities and pressures (at the
LNGC manifold) required 30 minutes in advance, and shall liaise during unloading with the Terminal Control Room.
7.2.5.5 Finish Discharge
The Ship shall notify the Terminal one hour prior to commencing cargo unloading rate-down.
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At the end of unloading the outboard part of the arms shall be drained from the apex towards
the LNGC, whilst the inboard arm is drained back into the unloading lines.
Typical Process Flow diagrams for unloading and vapour return are included in Annex R.
The disconnection of the arms is the responsibility of the Terminal, although if necessary the
assistance of Ship’s staff can be requested. The Ship shall ensure that its lines and valves allow
for a safe disconnection.
After disconnecting the liquid arms, the vapour arm shall be disconnected immediately. The
vapour arm should only remain connected in case the Ship needs to remain alongside the jetty,
to load stores/bunker and if the Ship tank’s pressure is above the Terminal tank’s pressure.
7.2.5.6 Special Conditions
In case of communication failure between the Terminal and the Ship, the unloading operations
shall be stopped until the problems are solved
If for any reason the safety conditions are affected in one of the parts involved, the occurrence
must be immediately communicated to the other part
The Terminal reserves the right to delay or stop the cargo unloading operations due to operational requirements in the Terminal.
The Terminal and the Ship shall monitor the weather conditions before and during the unloading operations. If it is foreseeable that the weather conditions may affect a safe unloading operation, the Terminal reserves the right to stop or delay the referred operations, even before
reaching the defined limits.
In case of interruption of the discharge due to extreme weather conditions, a meeting shall be
held aboard between both parts, to evaluate the situation and decide the actions to take.
If the movement of the Ship endangers the gangway structure, it will be removed.
7.2.6
After-discharge meeting
A meeting shall be held on board at the end of the cargo operations, attended by a Terminal
representative, a Ship representative and a Toller representative for custody transfer with the
purpose of exchanging the final status info of LNGC and LNG Terminal cargo finishing aspects
according to standard practices.
7.3
7.3.1
Safety
General safety requirements
It is absolutely forbidden to:
Smoke anywhere in the terminal, and bear matches, lighters, tobacco or any other
source of ignition.
Perform any kind of hot work or any works without previous authorization.
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Use non intrinsically safe equipment (i.e. hand torches, radios, gas detector,phones,
etc.)
Use any of the utilities and resources without previous authorization from Terminal.
Bring photographic, film or video cameras into the terminal without previous authorization from Terminal.
Leave any garbage (except permission by APS and REN Atlântico).
Emergency response
In case of fire, LNG leakage that may have significant effect on the operation or facilities of the
ship and the Terminal (hereinafter “Emergency”), both parties shall cooperate and take immediate measures as necessary to minimize damage.
At the outbreak of an emergency, the Ship and the Terminal must immediately stop unloading
by activating ESD system (if not automatically triggered).
In case of an emergency on the Ship, the ship shall react accordingly and the Terminal shall assist the ship as requested by the ship’s Master.
In case of an emergency on the Terminal, the Terminal shall react accordingly and the Ship’s
Master is responsible for all activities upon the ship.
7.3.2.1 Communications
Communications between the Ship; the Terminal and APS in case of an Emergency shall be
made by a Hotline (Terminal and ship) or VHF CH16 (Terminal and APS). Details of an emergency shall be communicated as soon as possible between Parties (see Annex A – General contacts).
7.3.2.2 In case of fire
Terminal side:
If appropriate water and spray on the berth shall be activated to cool and protect
shore side instruments and pipe.
Water shall be activated to protect from the fire, but water should never applied to a
burning LNG pool
If appropriate, the foam generation system shall be activated
If appropriate, assistance may be given to the ship in fighting fire.
Preparation for un-berthing shall be made if deemed appropriate.
Ship side:
The spray system shall be activated.
The ship’s staff will fight the fire, assisted by the firefighting guard boat under instruction of ship’s master.
If necessary, the ship/shore firewater connection shall be used.
Preparation for unberthing shall be made.
If necessary, additional firefighting boats shall be arranged.
If necessary, the vessel will vacate the berth.
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7.3.2.3 In case of LNG Spillage / Leak
Terminal side:
All sources of ignition are isolated
Water or spray shall be applied as necessary to enforce evaporation and to disperse
the gas cloud from ignition source.
If appropriate, the foam generation system shall be activated (applicable for LNG
leakage)
Ship side:
Confirm that all doors, hatches, etc., leading to the upper deck from accommodation
area, engine room, control room are shut. If necessary by location and scale of leakage, ventilators and fans shall be stopped.
Water or spray shall be applied as necessary to enforce evaporation and to direct or
disperse from ignition sources.
7.3.2.4 Cargo transfer interruption
Both the Terminal and the LNGC can ask for adjustments or interruptions in cargo transfer. This
can be done for various reasons, such as:
Approaching maximum storage tank levels
Approaching minimum liquid levels in LNGC tanks
Vapor pressure limitations
Undesired LNGC movements
Approaches of extreme weather
Approaching (berthing) coal bulk carrier on opposite site in the Port basin (where
temporarily tugs may enter the safety exclusion zone around the unloading arms)
Detection of abnormal situations by Process Control System
Detection of alarms by the Safety Control System
Other incidents in the Port
7.4
7.4.1
Environment
General
The Sines LNG Terminal is situated in a port community which is environmental unspoiled and
pollution of any description, from whatever source, will be viewed extremely seriously and reported immediately to the appropriate government authority. This is a statutory requirement of
the Portuguese Government represented by Port Authority of Sines (APS).
All vessels when alongside the Sines LNG jetty shall be in full compliance whit the current MARPOL requirements and Port Authority Regulations (www.portodesines.pt).
7.4.2
Pollution prevention
This is not an exhaustive list of prevention actions to assist in avoiding pollution, but the most
evident situation of port measures:
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No oil or mixture containing oil shall be discharged or allowed to escape from a vessel
while at the Terminal or in the approaches to the Terminal.
No garbage or other materials, either liquid or solid, shall be discharged overboard
from a vessel, but shall be retained in suitable receptacles on board.
Whilst within the Terminal limits, the internal transfer of any oil, slops or bunkers on
board is prohibited.
In the event of any leakage or spillage of oil or oil contaminated liquids on board, the
Ship Supervisor and Health, Safety and Environment supervisor must be advised immediately in order to stop unloading operations until the spell has been cleaned up.
Absorbents, swabs or sawdust used for mopping up such spills shall be collected and
removed ashore for disposal.
During unloading operations (ou “the unloading operation”) deck scuppers and drain
holes must be suitably plugged and shall be closed, however a careful watch should be
maintained to ensure that any build-up of water or other substance on deck is drained
off.
Prior to commence and at regular intervals throughout unloading, (não é preciso repetir) checks are to be made to ensure the above condition.
Unused cargo and bunker connections must be closed and blanked. Blank flanges shall
be fully bolted whit a gasket in place and other types of fittings, if used, must be
properly secured.
The Portuguese Government is following the air pollution policy strictly to ensure the
gaseous emission is kept to the absolute minimum.
Waste management
There are no disposal facilities available at Sines LNG Terminal. The environmental legislation
requires the producer of waste material, including hazardous wastes and oil from pollution incidents, to provide for the storage of such material.
The daily produced inoffensive waste could be delivered in proper receptacles located near the
jetty bridge, provided by Port authority, and the ship’s agent shall register by SICP system the
amount and waste typology. Those receptacles are located a few minutes before ship arrival
and removed after that immediately. Any deviation is under caution or denied of waste shore
transfer.
8
Registration
The upkeep of this Guide rests with the Terminal in Sines. The Guide forms part of the Controlled set of Documents as managed within the Terminal Quality System.
9
Annexes
Annex
Annex
Annex
Annex
Annex
Annex
A – General Contacts
B – Jurisdiction Area of Sines Port Administration (APS)
C – Sines LNG Terminal aerial view - I
D – Sines LNG Terminal aerial view - II
E – Main statistical data on meteocean condition
F – Jetty aerial view - I
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Annex G – Jetty - Berthing
Annex H – Jetty – Technical parameters
Annex I – Unloading platform arrangement outline
Annex J – Gangway and Jetty Crane outline
Annex L – Overall jetty layout with conceptual mooring plans
Annex M – Manifold flange details (required)
Annex N – Technical ship documents list for acceptability
Annex O – Technical ship data for compatibility study (to fill)
Annex P – Pyle national pin & signal data
Annex Q – Fire-fighting system on jetty deck
Annex R – Process flow diagrams
Annex S – Ship-Shore Safety Check List
Annex T – Ship-Shore communications
Annex U - Statement by Shipper that he has available and will comply with Port and Jetty Guide
of Sines LNG Terminal
Annex V – Jetty Bathymetry
Annex A – General Contacts
APS – Port Authority
Address:
Administração do Porto de Sines
Apartado 16
7520 – 953 Sines
PORTUGAL
Contacts:
Designation
Phone
Fax
E-mail
General contact
269 860 600
269 860 690
[email protected]
CDN (Vessel port control)
269 860 605
269 862 114
[email protected]
Operations
269 860 675
269 862 114
[email protected]
Concessions
269 860 632
269 860 691
[email protected]
Pilotage
269 860 624
269 635 043
[email protected]
Quality
269 860 627
269 860 690
[email protected]
Environment
269 860 659
269 860 694
[email protected]
Safety
269 860 659
269 860 694
seguranç[email protected]
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LNG Terminal
Address:
REN Atlântico
Terminal de GNL
Apartado 268
7520 – 903 Sines
PORTUGAL
Contacts:
Designation
Phone
Fax
E-mail
REN Atlântico
269 870 000
269 870 001
terminal @renatlantico.pt
Main shipping contacts
269 870 017
269 870 001
[email protected]
Ship to Shore
269 870 017
269 870 001
[email protected]
Control room (Supervisor)
269 870 013
269 870 002
[email protected]
HSE
269 870 019
269 870 001
[email protected]
PFSO
269 870 017
269 870 001
[email protected]
Others useful contacts
Designation
Phone
Fax
E-mail and other information
Maritime Authority
269 632 275
269 633 341
-
Health Authority
269 870 440
269 636 012
[email protected]
Border Inspection Post
269 870 668
269 636 836
-
Immigration
269 633 308
269 635 176
-
Customs
217 115 000
217 140 332
Lisboa
Customs
269 636 620
269 636 624
Local
Tug service
269 630 333
269 630 335
GNR (Police)
269 636 611
269 632 254
Civil Protection
214 154 100
-
Green nº 800 200 117
Hospital
269 818 100
-
-
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Annex B – Jurisdiction Area of Sines Port Administration (APS)
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Annex C – Sines LNG Terminal Aerial View I
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Annex D – Sines LNG Terminal Aerial View II
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Annex E – Main Statistical Data on Meteocean Condition
Wind
Average
16.1 km/h
Maximum Continuous
86.0 km/h
Maximum gust (1/100 years)
151.5 km/h
Frequency (%)
Speed average (km/h)
N
26.1
16.9
NW
26.3
19.2
NE
6.4
13.1
SE
6.9
12.7
E
4
12.3
S
11.5
15.5
SW
8.2
17.1
W
8.2
15.6
Tide Data
Tides in the Sines area are of a twice-daily nature, i.e. there are two tide cycles per day.
The characteristics tides levels are given in meters above the Chart Datum -ZH. situated 2.00
meters below the Mean Adapted Level - NMA.
Maximum high tide - spring tides: 3.87 ZH
High tide - spring tides:
3.33 ZH
High tide - neap tides:
2.64 ZH
Mean level:
2.00 ZH
Low tide - neap tides:
1.36 ZH
Low tide - spring tides:
0.67 ZH
Maximum low tide - spring tides: 0.21 ZH
Design long-term sea water rise: 0.3 m.
Currents
Currents in Sines are basically parallel to the coast, presenting no significant value.
Average velocity off-shore : 0.25 m/s (0.6 m/s only 10% of time, i.e. 1.2 knots, in the
case when currents induced by waves breaking and by the wind are predominant)
Inside the east Port basin, currents are negligible.
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Air temperature
Sines are characterized by having a moderate coastal climate.
Maximum of the monthly average of daily maximum temperatures :
Minimum of the monthly average of daily minimum temperatures :
Maximum Absolute temperature :
Minimum Absolute temperature :
21.6°C
9.4°C
37.1°C
0.5°C
No record of the number of days with temperature below 0° C, between 1971-1990.
Design temperature for hot service :
0°C
Design temperature for cold service:
38°C.
Precipitation
The daily maximum precipitation occurs in the month of November, with 105.1 mm.
Annual average :
± 500 mm,
Maximum daily recorded :
105.1 mm
Average rainy days with more than 10 mm in 24 h :
15/year
Maximum precipitation:
10 mm in 5 minutes.
Humidity
Although the Sines location is bordering the Atlantic Ocean, humidity levels are not extreme.
In period 1971 to 1984 average relative humidity of air varies between 80 and 85% during the
summer and between 73 and 81% during the winter.
During this same period, the annual average is 81% at 9h, 77% at 12h and 76% at 15h. The biggest percentage of air humidity is in the month of August and the lesser humidity in March.
Atmospheric pressure
Pressure
Local
Maximum (absolute)
1.0378 bar a
Minimum (absolute)
0.968 bar a
Average
1.0177 bar a
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Sunshine
The annual average value where the sun is uncovered is 2546 h, corresponding the biggest
value to the month of August and the reduced value in December, respectively 304 hours and
120 hours.
Cloudiness / Fog
In Sines the fogs are frequent and occur especially in the months of August and September, in average a total of 23 days all the year.
Adverse weather policy for LNG Terminal
WIND
SEA
(Knts)
(Mts)
NW - W wind & wave
> 30
> 4.0
Berthing suspended
S – SW wind & wave
> 25
> 2.0
Berthing suspended
NW – W wind
> 45
n.a.
Departure suspended
S – SW wind
> 40
n.a.
Departure suspended
ACTIVITY at LNG Jetty
ACTION
Berthing:
Un-berthing:
Note:
Forecasted wind speeds during expected period
Limits depend on available tug capacity
alongside > 40 knots, then all berthing operations
suspended.
Unloading
LNG Jetty
≥ 30
Put dedicated tug on active stand-by
≥ 35
STOP unloading. Call Pilot and instruct to stand-by
ship.
Notes:
1.
2.
3.
When mooring loads exceed set
alarm levels, and lines cannot be
balanced to remove peaks, then unloading will stop.
> 40
> 5 m*
Discuss situation with APS traffic
controller,
pilot,
and
ship’s
Master.
If prognosis is for further deterioration, then:
If trends in vessel motions indicate
ESD 1 limits will be approached, unloading will stop.
Either action will lead to discussion
between Vessel Traffic Controller
(APS), LNG terminal (TA), and ship’s
master on necessity to take followup measures.
Forecasted.
≥ 40
≥5m
1.
Disconnect unloading arms
2.
Remove gangway
3.
Pilot on Board
4.
Tug to support mooring integrity.
Actual Discuss situation with APS Traffic Controller, Pilot, and ship’s Master; issues to consider: additional moorings
ship stability
unberthing ship
OTHER CRITERIA
Applicable to LNG Jetty
Electrical Storms
STOP loading, close all ship tank valves and vents
In the vicinity or at the Terminal
until storm has cleared the Terminal and poses no
further threat.
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Rolling/Listing
Rolling
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STOP loading if vessel rolls 2°, i.e. 1° either side of
the upright position, or earlier if discretion dictates.
Weather forecast & ships stability to be discussed
between Ship Master & Vessel Traffic Controller
(APS).
Listing
STOP loading at 3°. Ship to close all loading valves
and take corrective action
* APS will issue a pre-warning to the LNGC and the Terminal when actual deep water waves exceed Hsig=4.5m, and /or when the forecast
shows an excess of the Hsig=5m.
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Annex F – Jetty Aerial View I
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Annex G – Jetty Berthing
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Annex H – Jetty Technical Parameters
DESCRIPTION
VALUE
Maximum LNGC arrival displacement (without special metocean restrictions):
150.000 Ton
Normal maximum design berthing impact (on single breasting dolphin):
1559 kNm (speed
0,12 m/sec)
Accidental design berthing impact (on single breasting dolphin):
2434 kNm (speed
0,15 m/sec)
Maximum reaction force per breasting dolphin (and Fender):
2700
kN
(max
deflection 55%)
Maximum LNGC hull pressure (from fender front panel):
250 kN/m2
Maximum overall length LNGC (combined with max manifold offset of 15 m):
315 m
Minimum overall length LNGC (depending manifold offset and length parallel body):
200 m (approx)
Maximum LNGC beam:
50 m
Maximum LNGC draft:
13 m
Maximum centre line LNGC manifold elevation(over still water without tidal restrictions):
27m
Minimum centre line LNGC manifold elevation(over still water without tidal restrictions):
13m
Mooring Plan follow OCIMF guidelines:
typical: 10 to 16 breast lines and 4 spring lines
all mooring lines fitted on winches, and equipped with soft tails
(min length 9 m)
all line pretensioned to minimise vessel movements
Each of the five Breasting Dolphins is equipped with:
a single buckling cell-type fender with front panel
a twin Quick Release Hook, with Safe Working Load (SWL) per hook:
1000 kN
Each of the four Mooring Dolphins is equipped with:
a triple Quick Release Hook, with SWL per hook:
1000 kN
The loading platform is equipped with:
4 unloading arms (16" diameter)
a telescopic aluminium gangway with self-levelling steps
a small boom crane to handle ship supplies:
two twin Quick Release Hooks (for smallest carriers), with SWL per hook:
30 kN at 15 m
750 kN
All Quick Release Hooks on dolphins are equipped with integrated capstans:
starting pull:
running pull:
Line speed (meters per minute):
20 kN
15 kN
15 & 30
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Annex I – Unloading Plattaform arrangement outline
Loading arms envelop
Angle(deg)
101A (L)
102 (V)
101B (L)
101C (L)
right
left
right
left
right
left
right
pre alarm
20.4
35.8
20.4
34.8
33.6
22.2
32.8
22.4
ESD1
25.2
38.8
25.2
38.8
37.8
26.2
37.6
26.3
ESD2
31.6
43.8
31.6
43.8
42.6
32.7
41.1
32.8
+30,17m
+35,60m
left
2,0
1,5
+16,60m
+12,21m
1,0
1,5
HHW 3,87m
2,40
11,4
0,00m
LLW 0,21m
CD
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Annex J – Gangway and Jetty Crane outline
Data Sheet
SITE DATA
OPERATING ENVELOP
Type:
Telescopic
Jetty level:
EL +6,60
Seismic zone:
yes
Fender’s width compressed:
1,30 m
Fender’s width relaxed:
2,40 m
Maximum wind speed
Operating:
23,9 m/s
Elevation of LNG carrier (main deck):
Min - EL +5,91
Stored:
42,0 m/s
Elevation of LNG carrier (main deck):
Max- EL +26,97
Zone 2
Elevation of fixed point:
EL +24,50
Class IIA T3
Sway (lateral drift):
4,50 m
Surge (longitudinal right drift):
3,00 m
Surge (longitudinal left drift):
3,00 m
Electric area classification:
UTILITIES
Crane – Max load:
30 KN
Maximum drift velocity (surge direction):
0,1 m/s
Crane – Reach:
15 m
Maximum drift velocity (sway direction):
0,1 m/s
Remote max. wave induced vertical platform movement:
1,0 m
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Plan View
JETTY
L
4,0
3,0
VL
3,0
4,0
L
4,0
L
13,0
EL + 16,60
EL+ 6,6
Shore Access
11,0
30,0
B
A
EL + 12,60
A – Gangway working area
3,0
B – Small gangway area
6,25
3,0
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Transversal view
EL + 35,000
15,00
MÁX – 30 KN
EL + 26,970
EL + 24,500
TELESCOPIC
EL + 16,600
GANGWAY
EL + 12,600
EL + 5,910
SMALL GANGWAY
EL + 6,600
HHW 3,87m
EL + 0,00
LLW 0,21m
2,40
6,90
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Annex L – Overall Jetty Layout with conceptual mooring plan
Jetty plan layout
50,00
MD4
3 X 1000 KN
40,00
MD3
3 X 1000 KN
BD3
25,00
20,00
2 X 1000 KN
40,00
BD1
2 X 1000 KN
BD2
2 X 750 KN
25,70
VAPOR LINE
JR
JETTY
17,30
2 X 750 KN
32,00
2 X 1000 KN
BD4
2 X 1000 KN
3 X 1000 KN
MD1
60,00
MD2
3 X 1000 KN
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Mooring plan for larger ships (typical) until 216 000 m3 GNL
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Mooring plan for larger ships (typical) until 165 000 m3 GNL
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Mooring plan for small ships (typical)
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Annex M – Manifold Flange details (required)
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Annex N – Technical Ship Documents List for acceptability
The Shipping Company goes to the www.shippingatlantico.ren.pt site do the registered and
send to the Terminal Operator (not less than one month prior to the confirmation of SDS) the
relevant LNGC documents:
Ref.
1
Documents to study the technical compatibility
Drawings
1.1
General arrangement
1.2
Manifold drawing (flange finishing)
1.3
Fore and aft deck (gangway landing position)
1.4
Flat body
1.5
Pyle National arrangement (pins arrangement & connector type)
1.6
Pneumatic ESD back-up link (connector type)
2
Form B – Particulars of the Vessel
3
A ship side completed copy of the SIGTTO checklist
4
A Ship-Shore summary check list
5
Conceptual mooring plan with limiting computed wind conditions
Complementary doc. to complete the process before ship arrival
6
7
8
Certified Custody Transfer Monitoring System
6.1
Certified custody transfer Monitoring System description
6.2
Approved tables
Ship procedures and certificates
7.1
Safety Procedures
7.3
Fire Fighting Equipment pertain to ISM code
7.4
Operational procedures
Certificates of the latest report of Classification Society
8.1
SIRE – Ship Inspection report (or report of classification society)
List of survey status for ships over than 20 years old
9
Ship’s Insurance documents (P&I membership).
10
Statement by Shipper that he has available and will comply with Port and Jetty Guide of Sines LNG
Terminal (see: http://www.shippingatlantico.ren.pt )
11
Security - ISPS and SSO certificates
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Annex O – Technical Ship Data for compatibility study
(document available www.shippingatlantico.re.pt to fill or fill directly)
PRELIMINARY STUDY
Ren Atlântico
Ship/Shore compatibility
Ed.:
01
Data:
11-11-2011
Summary ship/shore checklist – Sines LNG
Process Status:
General
Ship Name
LR/IMO Number
Flag
Telephone number
Fax
E-mail
Delivery year (yyyy)
Classification Society
Operator
Operator address
Shipper
Shipper address
Ship Owner
Ship Owner address
Technical Ship Documents List for acceptability
Please kindly tip R in column G in case of providing specified document. Documents shall be uploaded directly on the web
Ref.
1
Documents to study the technical compatibility
Drawings
1.1 General arrangement
1.2 Manifold drawing (flange finishing)
1.3 Fore and aft deck (gangway landing position)
1.4 Flat body
1.5 Pyle National arrangement (pins arrangement & connector type)
1.6 Pneumatic ESD back-up link (connector type)
2
3
4
5
Form B / C – Particulars of the Vessel
6
Certified Custody Transfer Monitoring System
A ship side completed copy of the SIGTTO checklist
A Ship-Shore summary check list
Conceptual mooring plan with limiting computed wind conditions
Complementary doc. to complete the process before ship arrival
6.1 Gauging Certificates
Valid up to
dd/mm/aa
6.2 Approved tables (copy of 1 page and a statement that are located on board)
St
7
Valid up to
dd/mm/aa
Valid up to
dd/mm/aa
Ship Documents
7.1 Safety Procedures (on Board)
7.2 Fire Fighting Equipment pertain to ISM code
Valid up to
dd/mm/aa
Valid up to
dd/mm/aa
7.3 Operational procedures (On Board)
8
Certificates of the latest report of Classification Society
8.1 SIRE – Ship Inspection report (or report of classification society)
Valid up to
9
dd/mm/aa
Ship’s Insurance documents (P&I membership).
Valid up to
dd/mm/aa
10
Statement by Shipper that he has available and will comply with Port and Jetty
Guide of Sines LNG Terminal (see: http://www.ren.pt )
11
Security - ISPS and SSO certificates
Valid up to
dd/mm/aa
Example cell
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Main ship dimensions and parameters
Item
Data
Remark
3
Capacity
m
Deadweight tonnage
Tn
Beam
m
Moulded Depth
m
Loaded displacement (arrival)
Tn
Length overall (LOA)
m
Length betwen perpendicular (LBP)
m
Distance from bow to manifold
m
Draft at loaded condition
m
Design maximum draft
m
Vessel type
filling 98.5%
Maximum 130 ton
Membrane/Sphere
Bow geometry
Conventional/Cylindrical
Transversal screws
Yes/No
Power transversal screws
Kw
Side windage deck area at ballast condition
m
2
End-on windage deck area at ballast condition
m
2
Side windage deck area at loaded condition
m
2
End-on windage deck area at loaded condition
m
2
Gangway landing elevation over main deck
m
Gross transport capacity
m
Number of tanks
nº
Effective parcel size to be unloaded
m
Typical loaded boil-off rate
3
3
Power
100%
(13 600m3/h)
%
Cargo handling
Item
Data
Remark
Minimum operating tank pressure
mbarg
Maximum operating tank pressure
mbarg
Maximum return gas pressure at tanker rail
mbarg
Minimum tanker rail pressure from unloading pumps
barg
Tanker rail pressure to unload 9,000 m3/hour
barg
Pressure required at tanker rail for maximum unloading
rate of 10,000 m3/hour
barg
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Communications tool data
Item
Data
Remark
Pneumatic ESD back-up link
Yes/No
Reference
Model
Distance to vapour centre line
m
Positive to bow/Negative to stern
Observations Pneumatic link
Pyle national Pin & Signal Data: Pyle national 1*37 pin (male). AF-D1016-621PV-16B- COMPATIBLE EX PLUGS
Pin
Signal
Compatible
Remark
1 and 2
Sound powered telephone (Not used)
Yes/No
3 and 4
Spare
Yes/No
5 and 6
Interphone or Hot line telephone
Yes/No
7 and 8
Public telephone #1
Yes/No
9 and 10
Public telephone #2
Yes/No
11 and 12
4-20 mA ship-shore control of shore gas signal availabe on some US
Yes/No
Terminal (but not used)
13 and 14
ESD Shore-ship
Yes/No
15 and 16
ESD Ship-shore
Yes/No
17 and 18
Continuity check linked on ship
Yes/No
19 and 20
Yes/No
21 and 22
Shore-ship shore tank HL ESD trip
Yes/No
23 and 24
ESD Shore-ship
Yes/No
25 and 26
ESD Ship-shore, loading armas 1st stage
Yes/No
27 and 28
29 to 36
37
ESD Ship-shore, loading armas 2nd stage (not be connected as the LNGC
Yes/No
can only as the shore for a manual ESD2)
Spare
Yes/No
Not connected
Yes/No
Communications tool data
Item
Data
Remark
Yes/No
Electric multi-pin pyle
Reference
Distance to vapour centre line
Model
m
Positive to bow/Negative to stern
Observations Electric link
Glass-Fibre optic link
Reference
Yes/No
Model
Observations
Electric isolation
Yes/No
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Mooring hardware data
Item
Data
Minimum Breaking Load (MBL)
Remark
tn
Material of lines
Steel/Polyamide/Other Synthetic
Maximum brake holding power
tn
Yes/No
Mooring tails
Mooring tails MBL
tn
Number of spare mooring lines
nº
All mooring lines on winches
Yes/No
Does mooring arrangement fulfils with OCIMF?
Yes/No
Mooring hardware data
Mooring rope identification
Manifold
distance (m)
Edge
distance
(m)
Fairlead
Hook
height over
(MD1, MD2, BD1,
main deck BD2, LP1, LP2, BD3,
(m)
BD4, MD3 or MD4)
Mooring rope 1
Mooring rope 2
Mooring rope 3
Mooring rope 4
Mooring rope 5
Mooring rope 6
Mooring rope 7
Mooring rope 8
Mooring rope 9
Mooring rope 10
Mooring rope 11
Mooring rope 12
Mooring rope 13
Mooring rope 14
Mooring rope 15
Mooring rope 16
Mooring rope 17
Mooring rope 18
Mooring rope 19
Mooring rope 20
Mooring rope 21
Mooring rope 22
Mooring rope 23
Mooring rope 24
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Unloading arms / Manifold data
Item
Data
Remark
16 inches loading arms layout?
Yes/No
Spool to 16 inches?
Yes/No
Spool width
m
Distance from ship side to loading arm flange
m
Elevation between flange and the ship main deck
m
Spacing between actual manifold
m
Manifold flange details (smooth area)
Yes/No
Manifold meets OCIMF (strengh) spec.?
Yes/No
Main engine inmobilised when l.a. connected?
Yes/No
Liquid N2 connection distance to centre vapour line
m
Liquid N2 connecting flange dia
inches
Potable water connecting distance to centre vapour line
Unloading arm identification
m
Type
Distance to next mouth
Unloading arm 1
3,00
m
Unloading arm 2
3,00
m
Unloading arm 3
m
Unloading arm 4
m
Unloading arm 5
m
Unloading arm 6
m
Unloading arm 7
m
Unloading arm 8
m
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Gangway data
Item
Data
Remarks
Width of gangway support area at vessel deck
m
Maximum distance to stern for placing gangway support
m
Minimum distance to stern for placing gangway support
m
Tank capacity
Item
Data
Remarks
Tank 1 capacity (100% capacity)
m
3
m
3
m
3
m
3
m
3
m
3
Fender and flat body data
Item
Data
Remarks
Distance from manifold to hull curve part (bow - loaded)
m
Distance from manifold to hull curve part (bow - ballast)
m
Distance from manifold to hull curve part (stern - loaded)
m
Distance from manifold to hull curve part (stern - ballast)
m
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Annex P – Pyle National Pin & Signal Data
PIN
SIGNAL
1 and 2
Sound powered telephone (Not used)
3 and 4
Spare
5 and 6
Interphone or Hot line telephone
7 and 8
Public telephone #1
9 and 10
Public telephone #2
11 and 12
4-20mA ship-shore control of shore gas signal available on some US terminals (but not used)
13 and 14
ESD Shore-ship
15 and 16
ESD Ship-shore
17 and 18
19 and 20
21 and 22
Shore-ship shore tank HL ESD trip
23 and 24
ESD Shore-Ship
25 and 26
ESD Ship-shore, loading arms 1 stage
27 and
ESD Ship-shore, loading arms 2 stage
st
nd
*4
28
PIN 29 to 36 are spare and 37 are not connected. The length of the umbilical supplies
by shore varies between 35m and 50m.
All NLNG carriers are fitted with the multi-pin Pyle National Ship-shore connector
The maximum distance between the connection socket and the gangway landing is 10
m, but 15m cable is recommended.
All vessels have a secondary (fall-back) communication mode to allow linking automatic ESD1 signal transfer between ship and shore.
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PIN 27 and 28 will not be connected in Sines as the LNGC can only ask the shore for a
manual ESD2.
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Annex Q – Fire –fighting system on Jetty Deck
Plan view EL +16,600 and above
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Plan view EL +12,600 to 16,600
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Plan view EL +6,600 to 12,600
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Annex R – Process Flow Diagram
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Annex S – Ship-Shore Safety Check-list
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Annex T – Ship-Shore Communications
Specifications of Communications
Equipment
Frequency
Emission: 452.9625 MHz
UHF (emergency )
Reception: 462.9625 MHz
Protection:
VHF
107.2 Hz
Nº
Ch
Ship(MHz)
Coast(MHz)
1
08
156.400
156.400
Ship/Ship - Maneuvers
2
10
156.500
156.500
Ship´s maneuvers
3
12
156.600
156.600
Port call
4
16
156.800
156.800
Emergency/ Safety
5
20
157.000
161.600
Port Operations
6
71
156.575
156.575
Ship´s Maneuvers
7
78
156.925
156.525
Ship´s Maneuvers
Reception:
Phones:
Contact
12
EMERGENCY:
44 112
Control Room:
44 113
Shift Supervisor: 44 111
Panel Operator:
Duty Manager:
Hot line (phone)
44 113
+ 351 912 220 283
HSE:
+351 269 870 019
PFSO & Ship to Shore:
+351 269 870 017
Only pick up the auscultator
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Annex U – Statement by Shipper that he has available and will comply with Port and Jetty Guide of Sines LNG Terminal
Declaration
We, (Company name, Address, Phone, FAX), declare that we acknowledge and comply with
all rules and regulations, as well as the Port and Jetty Guide of Sines LNG Terminal.
Date of issue:
Place of issue:
_____________________________
(Signature of authorized person and stamp of the company)
(Typed name of authorized person)
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Annex V – Jetty Bathymetry
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PR-0156 - Sines Port and LNG Jetty Data

Transcription

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