Images of Self-Unloader MV ‘Acacia’ in the Port of Melbourne

Images of MV ‘Acacia’ Discharging Cement in the Port of Melbourne
Self-unloading Drybulk Vessel 40,750 DWT built in 1981

VESSEL IDENTIFICATION & DESCRIPTION: Ex-names are CSL Thevenard, Seaway, Seaway L., Pacific Ocean, Seaway L, Seaway, Polystar. Handymax Bulker, Call Sign C6DJ5, IMO Number 7926150, Vessel was rebuilt or converted in 2008. Built at Mitsui SB (Chiba) delivered in Mar 1981, Bahamas Flagged, LR Classed, Length Overall of 184.50 m., Length Between Perpendiculars of 178.00 m., Draught of 12.80 m., Beam of 32.20 m., 62.60 Tonnes per Centimetre Immersion, Gross Tonnage of 30,909, MAN B. & W. Engine, Speed of 14.60 kts at 45.50 tonnes per day, IFO 380, Horsepower of 18,400, Bunker Capacity of 3,891 IFO 380.

VESSELS’ OWNERS / MANAGERS: Canada Steamship Lines Group Inc, Province of Quebec, Canada. Technical Manager: CSL Australia Ltd, Australia.

CARGO HANDLING DETAILS: Grain Capacity of 45,045 cu.m., 4 Holds, 4 Hatches. Detailed Vessel Description from the Vessel Manager’s website.

MAIN ENGINE:  1 x Diesel – MAN B. & W. 6L80GFCA – 2-stroke 6-cyl. 800mm x1950mm bore/stroke 13,533mkW total at 106rpm.

AUXILIARY:  3 x Aux. Diesel Gen – 4-stroke driving 3 x AC generator(s) at 2,700ekW total, (3,375kVA total) 450V at 60Hz.

PROPULSION:  1 x FP Propeller (Aft Centre) (mechanical), 106rpm.

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Here seen framed by the main span of the Bolte Bridge over the Yarra River. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Detailed view of the bow and the telescopic discharge boom. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Accommodation and superstructure reflected on the calm waters of the Yarra River. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Detail view of the bow and partial view of the telescopic discharge boom. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Seen reflected on the calm winter waters of the Yarra River. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Seen reflected on the calm winter waters of the Yarra River. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. View of the superstructure, accommodation and smokestack.Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. View of the superstructure, accommodation and smokestack.Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. View of the smokestack painted with the house colors. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. View of the accommodation. Image credit: Karatzas Images

CSL’s self-unloading drybulk vessel MV ‘Acacia’ pictured unloading cement in the Port of Melbourne, Australia. View of the superstructure, accommodation and smokestack. Image credit: Karatzas Images

© 2013 – present Basil M Karatzas & Karatzas Marine Advisors & Co.  All Rights Reserved.

IMPORTANT DISCLAIMERS:  Vessel description is provided in good faith and is believed to be correct and accurate but no assurances, warranties or representations are made herewith. Vessel description is provided for entertainment  purposes only. We have no responsibility whatsoever for any errors / omissions in vessel description.

Access to this blog signifies the reader’s irrevocable acceptance of this disclaimer. No part of this blog can be reproduced by any means and under any circumstances, whatsoever, in whole or in part, without proper attribution or the consent of the copyright and trademark holders of this website. Whilst every effort has been made to ensure that information herewithin has been received from sources believed to be reliable and such information is believed to be accurate at the time of publishing, no warranties or assurances whatsoever are made in reference to accuracy or completeness of said information, and no liability whatsoever will be accepted for taking or failing to take any action upon any information contained in any part of this website.  Thank you for the consideration.

Advertisements

Images of Mersey Bluff Lighthouse, in Devonport, Tasmania

From the Lighthouses of Australia website, information on The Mersey Bluff Lighthouse:

OPERATION
LOCATION: Latitude 41° 10′ S, Longitude 146° 21’E (Map)
OPERATOR: Australian Maritime Safety Authority
CHARACTER: Group Flashing (4) in 20.0 Seconds
LIGHT SOURCE: 1000 Watt 120v, Tungsten Halogen
POWER SOURCE: 120V DC Battery Bank Charged from 240V Mains Supply
INTENSITY: White: 43,800 cd; Red: 8,700 cd
ELEVATION: 37 Metres
RANGE: White: 17 Nautical Miles; Red: 14 Nautical Miles
HEIGHT: 13 Metres

HISTORY
The Mersey Bluff Lighthouse was established in 1889 and is built of bricks on a stone base. Work on the lighthouse started on October 16 1888, and was completed almost 12 months later on May 28 1889. The original Chance Bros. 4th order dioptric lens was first lit on 2nd August 1889, and used kerosene. The first lighthouse keeper was Mr W. Jacques, transferred from Swan Island. A second house was later built for the assistant keeper. The original lighthouse in 1889 replaced a succession of beacons and obelisks that had formerly stood on the site. It also replaced the earlier Don River light.  In 1910 the original kerosene lamp was converted to acetylene gas which was supplied by a Colt seven-day acetylene generator.

The light was converted to DC electric operation in 1920 and de-manned at the same time. The Lighthouse was converted to hydro electricity with gas standby in 1952, and a 2nd order (700mm) fixed lens was installed. The keepers’ houses were let to local tenants until they were demolished in 1966. In 1978 it was further converted to all electric operation. The lighthouse stands on top of the bluff to western side of the mouth of the Mersey River in Tasmania north of the Port of Devonport.  The establishment of the lighthouse ended a history of wrecks in this area.  The Commonwealth assumed responsibility for the lighthouse under the Commonwealth Lighthouse Act in 1915.  Four vertical red stripers were painted to the lighthouse in 1929 giving it its distinctive and memorable appearance.  It is unusual for an Australian lighthouse to have vertical stripes in its day mark.  Another unusual feature of this light-station is that it was connected to town water in 1901.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

With distinctive four vertical red stripes, Mersey Bluff Lighthouse stands on north-western corner of the Mersey River mouth facing the Bass Strait, by Devonport, Tasmania, Australia. Image credit: Karatzas Images.

© 2013 – present Basil M Karatzas & Karatzas Marine Advisors & Co.  All Rights Reserved.

IMPORTANT DISCLAIMERS:  Vessel description is provided in good faith and is believed to be correct and accurate but no assurances, warranties or representations are made herewith. Vessel description is provided for entertainment  purposes only. We have no responsibility whatsoever for any errors / omissions in vessel description.

Access to this blog signifies the reader’s irrevocable acceptance of this disclaimer. No part of this blog can be reproduced by any means and under any circumstances, whatsoever, in whole or in part, without proper attribution or the consent of the copyright and trademark holders of this website. Whilst every effort has been made to ensure that information herewithin has been received from sources believed to be reliable and such information is believed to be accurate at the time of publishing, no warranties or assurances whatsoever are made in reference to accuracy or completeness of said information, and no liability whatsoever will be accepted for taking or failing to take any action upon any information contained in any part of this website.  Thank you for the consideration.

Images of MV ‘Pacific Huron’ in Quebec, St Lawrence Seaway

Images of MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway
Handysize Drybulk Vessel 30,000 DWT, built in 2010 at Yangzhou Guoyu SB

VESSEL IDENTIFICATION / DESCRIPTION: Launch Name was Pacific Huron. Call Sign V2ES4, IMO Number 9546796. Built at Yangzhou Guoyu SB delivered in May 2010, Antigua & Barbuda Flagged, DNV GL Classed, Ice Strengthened E1 Class, Length Overall of 190.00 m., Length Between Perpendiculars of 182.60 m., Draught of 10.10 m., Moulded Depth of 14.60 m., Beam of 23.60 m., Gross Tonnage of 20,535, Tonnage of 9,695 International Net, 9,199 Light Displacement and 29,502 Dwt (long). Design SDARI 30K Laker by SDARI, Wartsila 2-stroke Engine, IFO 380, Horsepower of 11,880.

VESSEL’S OWNERS / MANAGERS: Freese Shipping GmbH & Co., Stade, Germany.
Registered Owner: MS “Seven Islands” Kai Freese GmbH & Co. KG.

CARGO HANDLING DETAILS: Grain Capacity of 39,000 cu.m., Bale Capacity of 38,879 cu.m., 6 Holds, 6 Hatches, Great Lakes Capable, 4 Cranes (Centerline) with a safe working load of SWL 30 tonnes.

MAIN ENGINE: 1 x Diesel – Wartsila 2-stroke 6RTA48T-D – 2-stroke 6-cyl. 480mm x2000mm bore/stroke 8,730mkW total at 127rpm.

AUXILIARIES: 2 x Aux. Diesel Gen – Wartsila 4-stroke 4L20 – 4-stroke 4-cyl. 200mm x 280mm bore/stroke 1,600mkW total at 1,000rpm driving 2 x AC generator(s) at 1,520ekW total, (1,900kVA total) at 50Hz, 1 x Aux. Diesel Gen – Wartsila 4-stroke 6L20 – 4-stroke 6-cyl. 200mm x 280mm bore/stroke 1,200mkW total at 1,000rpm driving 1 x AC generator(s) at 1,140ekW total, (1,425kVA total) at 50Hz, 1 x Emergency Diesel Gen. – Cummins Inc NT855-D(M) – 4-stroke 6-cyl. 140mm x 152mm bore/stroke 280mkW total at 1,500rpm driving 1 x AC generator(s) at 50Hz.

PROPULSION & POSITIONING: 1 x CP Propeller (Aft Centre) (mechanical), ABB, 127rpm. 1 x Pos, Tunnel Thruster (Fwd.) (electric), ABB AC.

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec, seen here overtaken by riverboat ‘AML Louis Jolliet’. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Portside bow detail. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Portside accommodation and stern detail. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Portside accommodation and stern detail. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

Laker Handysize Bulker MV ‘Pacific Huron’ Sailing Upstream in the St Lawrence Seaway, photographed in Quebec. Image credit: Karatzas Images

© 2013 – present Basil M Karatzas & Karatzas Marine Advisors & Co.  All Rights Reserved.

IMPORTANT DISCLAIMERS:  Vessel description is provided in good faith and is believed to be correct and accurate but no assurances, warranties or representations are made herewith. Vessel description is provided for entertainment  purposes only. We have no responsibility whatsoever for any errors / omissions in vessel description.

Access to this blog signifies the reader’s irrevocable acceptance of this disclaimer. No part of this blog can be reproduced by any means and under any circumstances, whatsoever, in whole or in part, without proper attribution or the consent of the copyright and trademark holders of this website. Whilst every effort has been made to ensure that information herewithin has been received from sources believed to be reliable and such information is believed to be accurate at the time of publishing, no warranties or assurances whatsoever are made in reference to accuracy or completeness of said information, and no liability whatsoever will be accepted for taking or failing to take any action upon any information contained in any part of this website.  Thank you for the consideration.

Images of MT ‘Hafnia Lise’ at George Washington Bridge and Manhattan, NY

Images of MT ‘Hafnia Lise’ Sailing under the George Washington Bridge
Products & Chemicals IMO II/III Tanker of 50,000 dwt built in 2016

VESSEL IDENTIFICATION & DESCRIPTION: Launch Name was Hafnia Lise. Call Sign 9HA4202, IMO Number 9726621. Built at GSI Liwan in 2016, Malta Flagged, Length Overall of 183.20 m., Length Between Perpendiculars of 178.50 m., Draught of 12.85 m., Moulded Depth of 18.20 m., Beam of 32.25 m., 55.00 Tonnes per Centimeter Immersion, Gross Tonnage of 29,715, Tonnage of 30,060 Panama Canal Net, 26,140 Suez Canal Net, 14,550 International Net, 10,920 Light Displacement and 49,210 Dwt (long).

VESSEL’S OWNERS / MANAGERS: Hafnia Management AS (Hafnia Tankers), Denmark.  Technical Manager: Thome Ship Management Pte Ltd, Singapore. Registered Owner: Hafnia Tankers Shipholding Malta Ltd.

CARGO HANDLING DETAILS: Cargo Capacity of 46,390 cu.m., Segregated Ballast Tanks, 10 Tanks, Epoxy Tank Coating, IMO Class 2, IMO Class 3, Heat Exchangers, Maximum heating capacity of 60 degrees Celsius, 6 Cargo Separations, 6 Cargo Manifolds, Closed Loading System, 12 Deepwell Pump(s), Carbon Steel cargo lines, Crude Oil Washing.                                                                                                                                                                                                                                                        MAIN ENGINE & PROPULSION:

MAIN ENGINE: 1 x Diesel – MAN B. & W. 6S50ME-B9.3 – 2-stroke 6-cyl. 500mm x2214mm bore/stroke 10,680mkW total at 117rpm.

AUXILIARY: 3 x Aux. Diesel Gen – Daihatsu 6DK-20e – 4-stroke 6-cyl. 200mm x 300mm bore/stroke 3,120mkW total at 900rpm driving 3 x AC generator(s) at 2,880ekW total, (3,600kVA total) at 60Hz, 1 x Emergency Diesel Gen. – Cummins Inc 6CT8.3-D(M) – 4-stroke 6-cyl. 114mm x 135mm bore/stroke 140mkW total at 1,800rpm driving 1 x AC generator(s) at 60Hz. 1 x Boiler, Oil/Gas fired – Alfa Laval – Aalborg™ OL, 1 x Boiler, Composite – Alfa Laval Aalborg™ OC, 1 x Screw Shaft.

PROPULSION: 1 x FP Propeller (Aft Centre) (mechanical), 117rpm.

ENVIRONMENTAL EQUIPMENT: 2 x BWTS – Ballast Water Treatment System – Qingdao Headway HMT-800, 1 x BWTS – Ballast Water Treatment System – Qingdao Headway HMT-200.

LIFTING EQUIPMENT: 1 x Crane SWL 10 tons, No Cargo Gear.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Seen here at George Washington Bridge (connecting NJ to Manhattan/NY). Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Seen here at George Washington Bridge (connecting NJ to Manhattan/NY). Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Seen here at George Washington Bridge (connecting NJ to Manhattan/NY). Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Seen here at George Washington Bridge (connecting NJ to Manhattan/NY). Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Seen here at George Washington Bridge (connecting NJ to Manhattan/NY). Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Seen here at George Washington Bridge (connecting NJ to Manhattan/NY). Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Seen here at George Washington Bridge (connecting NJ to Manhattan/NY). Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Starboard bow detail. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Starboard stern detail. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Manhattan skyline in the background. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Manhattan skyline in the background. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Manhattan skyline in the background. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Manhattan skyline in the background. Image credit: Karatzas Images.

Built in 2016 at GSI, IMO II/III tanker MT ‘Hafnia Lise’ sailing downstream Hudson River. Manhattan skyline in the background. Image credit: Karatzas Images.

© 2013 – present Basil M Karatzas & Karatzas Marine Advisors & Co.  All Rights Reserved.

IMPORTANT DISCLAIMERS:  Vessel description is provided in good faith and is believed to be correct and accurate but no assurances, warranties or representations are made herewith. Vessel description is provided for entertainment  purposes only. We have no responsibility whatsoever for any errors / omissions in vessel description.

Access to this blog signifies the reader’s irrevocable acceptance of this disclaimer. No part of this blog can be reproduced by any means and under any circumstances, whatsoever, in whole or in part, without proper attribution or the consent of the copyright and trademark holders of this website. Whilst every effort has been made to ensure that information herewithin has been received from sources believed to be reliable and such information is believed to be accurate at the time of publishing, no warranties or assurances whatsoever are made in reference to accuracy or completeness of said information, and no liability whatsoever will be accepted for taking or failing to take any action upon any information contained in any part of this website.  Thank you for the consideration.

Images from a trip to the Republic of the Marshall Islands (a)

Having Found Paradise on Earth!

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

An atoll, lots of palm trees, and turquoise waters! What more paradise has to offer? Image credit: Karatzas Images

© 2013 – present Basil M Karatzas & Karatzas Marine Advisors & Co.  All Rights Reserved.

IMPORTANT DISCLAIMERS:  Vessel description is provided in good faith and is believed to be correct and accurate but no assurances, warranties or representations are made herewith. Vessel description is provided for entertainment  purposes only. We have no responsibility whatsoever for any errors / omissions in vessel description.

Access to this blog signifies the reader’s irrevocable acceptance of this disclaimer. No part of this blog can be reproduced by any means and under any circumstances, whatsoever, in whole or in part, without proper attribution or the consent of the copyright and trademark holders of this website. Whilst every effort has been made to ensure that information herewithin has been received from sources believed to be reliable and such information is believed to be accurate at the time of publishing, no warranties or assurances whatsoever are made in reference to accuracy or completeness of said information, and no liability whatsoever will be accepted for taking or failing to take any action upon any information contained in any part of this website.  Thank you for the consideration.

Images of IMO II Tanker MT ‘Bow Elm’ in the Houston Ship Channel

Images of MT ‘Bow Elm’ Sailing Downstream in the Houston Ship Channel
Chemicals / Products Tanker 46,000 DWT, built in 2011

VESSEL IDENTIFICATION & DESCRIPTION: Launch Name was Bow Elm. Handy Tanker, Call Sign 9V9233, IMO Number 9388302. Built at SLS Shipbuilding, Double Hull, Singapore Flagged, IMO II, DNV GL Classed, Length Overall of 182.90 m., Length Between Perpendiculars of 175.60 m., Draught of 12.00 m., Moulded Depth of 16.05 m., Beam of 32.20 m., 52.20 Tonnes per Centimeter Immersion, Gross Tonnage of 26,300, Tonnage of 13,087 Suez Canal Net, 14,416 International Net, 11,223 Light Displacement and 45,370 Dwt (long).

VESSEL’S OWNERS & MANAGERS: Odfjell ASA, Bergen, Norway. Technical Manager: Odfjell Ship Management Bergen, Bergen, Norway. Registered Owner: Odfjell Asia II Pte. Ltd. Detailed description from the Owner’s website can be accessed by clicking here!

CARGO HANDLING DETAILS: Cargo Capacity of 47,500 cu.m., Segregated Ballast Tanks, 29 Tanks, 29 Cargo Separations, 29 Cargo Manifolds, Stern Discharge, 29 Centrifugal Pumps with a total Capacity of 8,340 cu.m., S/Steel cargo lines., Cargo connections have diameters of 8, 6 and 4 inches, Manifold height above deck of 2.30 m., Distance from bow to centre manifold is 90.70 m., Epoxy Tank Coating, Zinc Tank Coating, IMO Class 2, Heating Coils, 29 Cargo Separations.

POWER GENERATION & PROPULSION:
MAIN ENGINE: 1 x Diesel – MAN B. & W. 5S60MC-C7.2 – 2-stroke 5-cyl. 600mm x2400mm bore/stroke 11,300mkW total at 105rpm. peed of 15.00 kts, Heavy Fuel Oil, Horsepower of 15,400.

AUXILIARIES: 3 x Aux. Diesel Gen – Yanmar 8N21AL-EV – 4-stroke 8-cyl. 210mm x 290mm bore/stroke 3,900mkW total at 1,000rpm driving 3 x AC generator(s) at 50Hz, 1 x Emergency Diesel Gen. – Cummins Inc NTA855-D(M) – 4-stroke 6-cyl. 140mm x 152mm bore/stroke 287mkW total at 1,800rpm driving 1 x AC generator(s) at 60Hz.

PROPULSOR: 1 x FP Propeller (Aft Centre) (mechanical), Silla Metal, 105rpm.

POS, PROPULSOR: 1 x Pos, Tunnel Thruster (Fwd.) (electric), KaMeWa TT1850 DP, 290rpm, Ø1.75m at 800ekW total AC.

Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Starboard bow detail. Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Amidships detail with manifold for 29 tanks/ segregations / pumps dominating the deck. Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Starboard bow detail. Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Starboard stern and accommodation detail. Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Starboard stern and accommodation detail. Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

Distinctively painted and named, IMO II, Zinc coated Chemicals Tanker MT ‘Bow Elm’ sailing downstream the Houston Ship Channel. Image credit: Karatzas Images

© 2013 – present Basil M Karatzas & Karatzas Marine Advisors & Co.  All Rights Reserved.

IMPORTANT DISCLAIMERS:  Vessel description is provided in good faith and is believed to be correct and accurate but no assurances, warranties or representations are made herewith. Vessel description is provided for entertainment  purposes only. We have no responsibility whatsoever for any errors / omissions in vessel description.

Access to this blog signifies the reader’s irrevocable acceptance of this disclaimer. No part of this blog can be reproduced by any means and under any circumstances, whatsoever, in whole or in part, without proper attribution or the consent of the copyright and trademark holders of this website. Whilst every effort has been made to ensure that information herewithin has been received from sources believed to be reliable and such information is believed to be accurate at the time of publishing, no warranties or assurances whatsoever are made in reference to accuracy or completeness of said information, and no liability whatsoever will be accepted for taking or failing to take any action upon any information contained in any part of this website.  Thank you for the consideration.

ELMIS

Images of Jones Act Tanker MT ‘Palmetto State’ in the Houston Ship Channel

Images of MT ‘Palmetto State’ Sailing Upstream in the Houston Ship Channel
Products & Chemicals Tanker, 48,600 DWT, built in 2017 at Gen. Dynamics NASSCO, USA


MT ‘Palmetto State’ is a Jones Act Products and Chemicals Tanker, qualified in the cabotage trade within territorial national waters; Jones Act vessels have to be a) built in the United States, b) owned by U.S.-citizens and c) crewed by U.S.-citizens. The estimated replacement cost of a Jones Act Products & Chemicals Tanker, similar to MT ‘Palmetto State’ is an estimated $140 mil in 2018. MT ‘Palmetto State’ was built in the General Dynamics NASSCO shipyard in San Diego, CA. There is nome more shipbuilder in the USA capable of building similar vessels, the Aker Philadelphia Shipyard in Philadelphia, PA. We had the opportunity to photograph MT ‘Ohio’ (similar tanker but built at Aker Philadelphia) in New Orleans, LA in December 2015.


 VESSEL IDENTIFICATION & DESCRIPTION: Launch Name was Palmetto State. Handy Tanker, Call Sign KPSJ, IMO Number 9747584. Built at Gen. Dynamics NASSCO, Double Hull, United States Flagged, ABS Classed, Length Overall of 185.95 m., Length Between Perpendiculars of 178.00 m., Draught of 12.80 m., Beam of 32.00 m., 56.70 Tonnes per Centimeter Immersion, Gross Tonnage of 29,525, ECO 50K PRODUCT, MAN B. & W. Engine, Speed of 14.50 kts, Heavy Fuel Oil, Horsepower of 9,925.

VESSEL OWNERS & MANAGERS: American Petroleum Tankers LLC, Philadelphia, Pennsylvania, United States. American Petroleum Tankers LLC is a subsidiary of Kinder Morgan.

CARGO HANDLING DETAILS: Cargo Capacity of 51,225 cu.m., Segregated Ballast Tanks, 12 Tanks, 12 Pumps with a total Capacity of 14,400 cu.m., Epoxy Tank Coating, IMO Class 3, Heat Exchangers, Maximum heating capacity of 66 degrees Celsius, 6 Cargo Separations. 6 Cargo Manifolds, Closed Loading System, Manifold height above deck of 1.80 m., Distance from bow to centre manifold is 89.96 m., 12 Centrifugal Pump(s), Maximum operating capacity of cargo pumps is 14,400 t/hr, Crude Oil Washing.

OTHER DETAILS:  1 x Boiler, Oil/Gas fired – Kangrim – PB0301AS18, 1 x Boiler, Composite – Kangrim, 1 x Screw Shaft.  2 x BWTS – Ballast Water Treatment System – TechCross ECS-600 – Electro-Cleen™ at 600cu.m/hr, 2 x BWTS – Ballast Water Treatment System – TechCross ECS-150 – Electro-Cleen™ at 150cu.m/hr, 1 x BWTS – Ballast Water Treatment System – TechCross ECS-450 – Electro-Cleen™ at 450cu.m/hr.

LIFTING EQUIPMENT: 2 x Cranes SWL 4 tons, 1 x Crane Hose SWL 10 tons, 1 x Gantry, No Cargo Gear.

MAIN ENGINE, AUXILLIARIES & PROPULSION:
MAIN ENGINE is designed to be LNG ready. 1 x Diesel – MAN B. & W. 6G50ME-B9.3 – 2-stroke 6-cyl. 500mm x2500mm bore/stroke 7,300mkW total at 88.50rpm.

AUXILIARIES:  3 x Aux. Diesel Gen – MAN Diesel & Turbo4-stroke driving 3 x Hyundai Electric HFJ7 568-08P – AC generator(s) at 3,000ekW total, (3,750kVA total).

PROPULSION: 1 x FP Propeller (Aft Centre) (mechanical) (Ni-Al Bronze), Samwoo, 100rpm.

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel; photographed here again that rising hot sun in Houston in April. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel; photographed here again that rising hot sun in Houston in April. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel; photographed here again that rising hot sun in Houston in April. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel; photographed here again that rising hot sun in Houston in April. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel; photographed here again that rising hot sun in Houston in April. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel; photographed here again that rising hot sun in Houston in April. Portside bow detail. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel; photographed here again that rising hot sun in Houston in April. Portside amidships detail with view of the cargo manifold. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel; photographed here again that rising hot sun in Houston in April. Portside view of the accommodation and stern. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel; photographed here again that rising hot sun in Houston in April. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel. Portside accommodation and stern view. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel. Portside accommodation and stern view. Panamax bulker MV ‘Sage Amazon’ in the background. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel. Portside accommodation and stern view. Panamax bulker MV ‘Sage Amazon’ moored and loading grains. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel. Portside accommodation and stern view. Image credit: Karatzas Images

Another picture of the bow and forward portside section of products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel. Portside accommodation and stern view. Image credit: Karatzas Images

Another picture of the smokestack, accommodation and stern products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel. Portside accommodation and stern view. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel. Portside accommodation and stern view. Image credit: Karatzas Images

Built in the USA, products / chemicals tanker MT ‘Palmetto State’ sailing upstream in the Houston Ship Channel. Portside accommodation and stern view. Image credit: Karatzas Images

© 2013 – present Basil M Karatzas & Karatzas Marine Advisors & Co.  All Rights Reserved.

IMPORTANT DISCLAIMERS:  Vessel description is provided in good faith and is believed to be correct and accurate but no assurances, warranties or representations are made herewith. Vessel description is provided for entertainment  purposes only. We have no responsibility whatsoever for any errors / omissions in vessel description.

Access to this blog signifies the reader’s irrevocable acceptance of this disclaimer. No part of this blog can be reproduced by any means and under any circumstances, whatsoever, in whole or in part, without proper attribution or the consent of the copyright and trademark holders of this website. Whilst every effort has been made to ensure that information herewithin has been received from sources believed to be reliable and such information is believed to be accurate at the time of publishing, no warranties or assurances whatsoever are made in reference to accuracy or completeness of said information, and no liability whatsoever will be accepted for taking or failing to take any action upon any information contained in any part of this website.  Thank you for the consideration.