OUR EXPERIENCE: BALLAST WATER MANAGEMENT SYSTEM … BWMS... · OUR EXPERIENCE: BALLAST WATER...
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Transcript of OUR EXPERIENCE: BALLAST WATER MANAGEMENT SYSTEM … BWMS... · OUR EXPERIENCE: BALLAST WATER...
PREFERRED SHIPYARD DELIVERING SOLUTIONSERHAMA BIN JABER AL JALAHMA SHIPYARD
OUR EXPERIENCE: BALLAST WATER MANAGEMENT
SYSTEM (BWMS) RETROFITPresented By: Chandru Sirumal Rajwani (CEO of N-KOM)
CONTENTSI. ABOUT N-KOM
II. BALLAST WATER MANAGEMENT SYSTEM (BWMS)a. IMO Regulation b. Types of BWMS
III. N-KOM BWMS PROJECTS a. LNG CARRIER (2013)b. VLCC (2013)c. LNG CARRIER (2015)
IV. OUR RECOMMENDATIONS
V. EXECUTION STRATEGIES
VI. N-KOM’s VESSEL UPGRADE FINANCING SCHEME
Ship repair & conversion Refurbishment & construction Land rigs, Industrial Engineering& Infrastructure
Nakilat-Keppel Offshore & Marine (N-KOM) is a joint-venture between Qatar Gas Transport Company (NAKILAT), the
world’s leading transporter of liquefied natural gas (LNG), and Keppel Offshore & Marine, the global leader in ship repair,
ship conversion and construction of offshore drilling rigs. N-KOM offers a wide array of repair, conversion and
fabrication services for marine and offshore vessels as well as and onshore structures.
Some of our clients:
ABOUT N-KOM
Ship repair & conversion Refurbishment & construction Land rigs, Industrial Engineering& Infrastructure
Leveraging on Keppel Offshore & Marine (KOM)’s strengths and expertise as one of the well established yards in the maritime industry, N-KOM offers a wide range of services such as:
Ship repair & conversionGas solutions (e.g. ME-GI conversion, ISO tank fabrication, etc.)Green Shipping Solutions (e.g. BWTS installation, Scrubber systems, etc.)Flying squad (voyage/anchorage repairs)
ABOUT N-KOM
ABOUT N-KOM
Handy‐size Floating Dock (Future)
Q‐Max Floating Dock (405m x 66m)
Quays & piers: 2,400m
Drydock 1360m x 66m
Drydock 2400m x 80m
Fabrication & Laydown Area
(Un)Loading quay: 150m
Small vessel repair facility (Phase 5) Sub‐contractor
FacilityWarehouse
Client Offices
Machinery & Electrical workshop Piping workshop
Main Office Building Blasting & painting chamber
Steel workshopClinic & Fire station
Ship repair & conversion Refurbishment & construction Land rigs, Industrial Engineering& Infrastructure
BWMS: IMO REGULATIONThe IMO Marine Environment Protection Committee (MEPC) held its 65th session from 13-17 May 2013.
Reg. Date of Ship Construction, C
Ballast Water Capacity (M3), B
Mandatory D-2 Compliance First Renewal Survey after the following:
B-3.1.1
C < 2009
1500 ≥ B ≤ 5000 Anniversary Date of Delivery in 2014, or entry into force date, if that occurs later
B-3.1.2 B <1500 or B >5000 Anniversary Date of Delivery in 2016, or entry into force date, if that occurs later
B-3.4 2009 < C < 2012 B > 5000
B- 3.3 2009 < C < EIF B < 5000Entry into force date of the Convention
B- 3.5 2012 < C < EIF B > 5000
Revised Implementation Scheme by IMO
Ship repair & conversion Refurbishment & construction Land rigs, Industrial Engineering& Infrastructure
BWMS: TYPES OF SYSTEMSBWMS
Mechanical
Filtration
MagneticSeparation
Hydro cyclone
Physical
Thermal(heat)
UltravioletIrradiation
Ultrasound
Cavitation
Inert Gas DE oxygenation
Chemical
Disinfection
Biocides
Electrolysis/Electro
chlorination
N‐KOM shipyard has completed two projects
Keppel shipyard has completed one project
N-KOM BWMS PROJECTS
SECTION WORKSCOPE DETAILS
PIPING Total 12 spools removed, modified and rubber lined
6x24”, 2x16”, 1x14”, 1x12”, 2x6” spoolsremoved, modified and rubber‐Lined
STEELWORKS 11 tons steel work 3 support platforms in engine room, 4 support frames in steering room
ELECTRICAL Cable penetration and MCT Access for cable laying from Disinfectant skid to engine room equipment
EQUIPMENT 13 pcs of equipment installed in engine room 2 main filter units, 2 Disinfectant skids, 4 sludge pumps and 2 TRO panels in engine room1 Disinfectant unit and 1 steam heater unit in steering gear room
LNG Carrier (2013)
Vendor: Ocean SaverType: MARK II 3000m3/ Hr capacity Electrolysis-based system
Shipyard Workscope:
Project Duration: 21 days (10 days in dock) in conjunction with the 5-yr special survey refit scope.
Note: This was the first BWMS project carried out by N-KOM.
N-KOM BWMS PROJECTS
Installation of main filter and sludge pumps
Installation of C2E disinfection skids in steering gear room
Installation of steam heater
LNG Carrier (2013)
N-KOM BWMS PROJECTSLNG Carrier (2015)
Vendor: Samsung Heavy Industries Type: 2 x 3000 m3/Hr SHI Purimar TM Electrolysis-based system
Shipyard Workscope:SECTION WORKSCOPE DETAILS
PIPING 160 spools were installed for the system 80x 24”, 51x 3”, 20x 8” spools in engine room
STEELWORKS No major steel work required exceptfoundation installation
4 support frames in steering room, 3 support platforms in engine room bottom floor
ELECTRICAL Power cable & control cable laying Bus bar modification2.6 kms cable laying10 cable conduits opened for the same
EQUIPMENT 109 Spools shifted in location,Total 120 lifts for spools and equipment
2 filter units1 electrolysis unit1 neutralization unit2 booster pumps
Project Duration: 21 days (12 days in dock) in conjunction with the 5-yr special survey refit scope
Note: This was the second project carried out by N-KOM.
N-KOM BWMS PROJECTSLNG Carrier (2015)
Installation of Electrolysis Unit on ER 3rd deck
Installation of 8” Vent Line from ER 3rd deck to boiler deck
Installation of filter units on Engine Room 4th
Deck
Installation of 24” Ballast line spool from ER bottom floor to 4th deck
KEPPEL BWMS PROJECT
SECTION WORKSCOPE DETAILS
PIPING Total 720 spools installed 600 spools fabricated by yard and 120 OFE
STEELWORKS No major steel work required except Foundation installation for most equipment
ELECTRICAL Power cable & control cable laying 950 mts of tubing run & installations9.7 kms cable laying
EQUIPMENTS 34nos. new equipment & panel installation 3 filters installed
VLCC (2013)
Vendor: JFE Ballast ACE SystemShipyard Work scope:
DurationPre-fabrication: 1 month Installation: 12 days
Note: The project was undertaken by our parent company Keppel Shipyard. This is also the first BWMS retrofit project for a VLCC in Singapore.
KEPPEL BWMS PROJECTVLCC (2013)
Installation of new Filter in pump room Installation of NaClO tank
Installation of Na2So3 Tank Installation of new solenoid valve panel
OUR RECOMMENDATIONSOnce the vendor/system and shipyard has been selected, the owner should establish a communication channel between the shipyard and the vendor ASAP.
Depending the chosen execution strategy, a project manager, either from the shipyard or from the vendor, should lead the execution. Our experience is that vendors cannot manage retrofits outside their premises.
Our experience has shown that it is most efficient and economic to allow the shipyard to produce the simple but bulky part of the equipment such as the pipe spools.
Clear demarcation list between yard, owner and vendor supplies.
Logistics and planning should be robust to ensure timely execution.
EXECUTION STRATEGIESSCENARIO 1: HOLISTIC PROJECT MANAGEMENT & EXECUTION
Close coordination with vendor during design layout stageEquipment procurement, pre-fabrication, construction & modificationCo-commissioning with vendorAfter sales service
SCENARIO 2: INSTALLATION EXECUTIONLogistics & installationCo-commissioning with vendor
EXECUTION STRATEGIESSCENARIO 1: HOLISTIC PROJECT MANAGEMENT & EXECUTION
OWNER ENGAGEMENT VENDOR ENGAGEMENT SHIPYARD ENGAGEMENT
CHOOSE THE VENDOR FOR THE BWMS SYSTEM
DESIGN & ENGINEERING INPUTS FOR THE EQUIPMENT
COORDINATE WITH VENDOR DURING THE SYSTEM LAYOUT
3‐D plan developmentsSite visits
PROCUREMENT OF EQUIPMENTS
LOGISTICS OF THE MATERIALS
PRE‐FABRICATION OF MATERIALS
PROJECT MANAGEMENTRefit scheduleModification of the existing systemInstallation of the new system
CO‐COMMISSIONING OF THE SYSTEM WITH THE VENDORAFTER ‐SALES SERVICE
Post‐maintenance / service
EXECUTION STRATEGIESSCENARIO 2: INSTALLATION EXECUTION
OWNER ENGAGEMENT VENDOR ENGAGEMENT SHIPYARD ENGAGEMENT
CHOOSE THE VENDOR FOR THE SYSTEM
DESIGN & ENGINEERING
EQUIPMENT AND MATERIAL SUPPLY
LOGISTICS OF THE EQUIPMENT & MATERIALS
PROJECT MANAGEMENTRefit scheduleModification of the existing systemInstallation of the new system
CO‐COMMISSIONING OF THE SYSTEM WITH THE VENDOR