Greece has installed its new LNG Floating Storage Unit (FSU) near the Revithoussa land based terminal and says the FSU will be ready to receive LNG shipments by the end of August

During a visit to the site, Greek Minister of Environment and Energy, Kostas Skrekas was quoted by Greek media outlet Kathimerini as saying “The new tank is ready to receive the first shipments of LNG by the end of August. This will make it possible to ensure our country’s supply of natural gas, a large percentage of which is used for electricity generation, and thus to shield our country in the coming days.”

Mr Skrekas visited the LNG carrier-turned-FSU Methane Lydon Volney accompanied by the Deputy Minister for Environment, Giorgos Amiras and the Secretary General for Energy & Mineral Resources, Alexandra Sdoukou and Greek gas grid operator DESFA’s CEO Maria Rita Galli.

Ms Galli also addressed the vessel’s capabilities and the impacts Russia’s war in Ukraine is having on energy markets.

“During this critical time, DESFA was on the frontline of current developments, implementing a series of investments to strengthen its infrastructures and further diversify Greece’s sources of [energy] supply, and significantly reduce the country’s dependence on natural gas coming from Russia.”
She added “With the addition of the FSU, we increase the total storage capacity of Revithoussa to 360,000 m3 and contribute decisively to ensuring alternative sources of supply via LNG unloadings and overall to the country’s security of supply, through our technical experience and infrastructure.”
The FSU is a GasLog-owned steam turbine 145,000m3 LNG carrier installed as a floating storage unit. The FSU is moored near the Revithoussa LNG Terminal – currently the only LNG terminal in Greece.
GasLog’s LNG carrier is one of two vessels in the LNG operator’s fleet chartered to DESFA for 12 months.

Source: https://www.rivieramm.com/news-content-hub/greece-welcomes-gaslogs-lng-carrier-installed-as-a-fsu-72331


Kawasaki Heavy Industries, Ltd. announced on August 4, 2022 that it has concluded a shipbuilding contract for an 86,700 m3 liquefied petroleum gas (LPG) and liquefied ammonia gas (NH3) carrier powered by LPG fuel for Nippon Yusen Kabushiki Kaisha. This is the fourth LPG/NH3 carrier for Nippon Yusen Kabushiki Kaisha.

The vessel is equipped with separate cargo tanks designed to carry LPG and NH3 at the same time. This contract represents their 78th LPG carrier, 15th LPG-fueled LPG carrier and 8th LPG/NH3 carrier to be constructed by Kawasaki. Kawasaki plans to complete the construction of the vessels at its Sakaide Works in 2025.

The advantage of this dual-purpose vessel is its capability to simultaneously carry LPG, which is already used as a low-carbon energy source, and NH3, a new fuel contributing to the establishment of a decarbonized society. Another feature is the greater capacity of the cargo tanks as compared to conventional carriers, which was achieved without significantly changing the vessel’s length, breadth, or other main specifications.

Fueled by low-sulfur fuel oil and LPG (which significantly reduces the emission volumes of sulfur oxides [SOx], CO2, and other pollutants in the exhaust gases as compared to marine fuel oil), the vessel meets SOx emission standards set by the International Maritime Organization (IMO)*1, as well as the IMO’s Energy Efficiency Design Index (EEDI)*2 Phase 3 regulations, which are applicable to adopt stricter CO2 emission standards in 2022. In addition, the vessel is equipped with a shaft generator that converts the rotational energy of the main engine into electric power. This enables the vessel to stop all the diesel generators under the normal sea-going condition.

To meet environmental standards being tightened globally, and to implement action plans set forth in the Sustainable Development Goals (SDGs) adopted by the United Nations and other initiatives, Kawasaki plans to develop and build more LPG-fueled LPG carriers and other commercial vessels that meet environmental standards, as well as to develop other eco-friendly marine technologies, to contribute to the establishment of a low-carbon/decarbonized society. These products include vessels for transporting liquefied hydrogen, considered to be the next-generation energy source.

 

Specifications
Length overall Approx. 230.00 m
Breadth 37.20 m
Depth 21.90 m
Summer draft 11.65 m
Tank capacity 86,700 m3

 

*1 SOx emission standards:
Since January 2015, SOx emission regulations specifying a fuel sulfur content of 0.1% or less have been enacted in the Emission Control Areas (ECAs) of Europe and America. In addition, beginning in January 2020, vessels traveling in marine areas in all other parts of the world are required to use fuels with a sulfur content of 0.5% or less, or to use alternative equipment to reduce the SOx content of exhaust gases to an equivalent level.
*2 Energy Efficiency Design Index (EEDI) regulation:
An international regulation that enforces compliance of newly-constructed vessels with energy-saving performance regulation values using the Energy Efficiency Design Index (EEDI), which is defined as the number of grams of CO2 emitted when transporting one ton of cargo over one mile. Required EEDI regulation values are made stricter in phases according to the construction contract and delivery dates. For some types of vessels such as large LPG carriers and LNG (liquefied natural gas) carriers, compliance with Phase 3 (30% reduction in CO2 emissions from the baseline [Phase 0]) is required for vessels contracted for construction in 2022 and later.

Source: https://www.maritimeeconomy.com/post-details.php?post_id=aGdlaQ==&post_name=Kawasaki%20Receives%20an%20Order%20for%20an%2086700%20M3%20LPGfueled%20LPG%20NH3%20Carrier&segment_name=


Bulk cargo business plays vital role in China Merchants Port’s development. The integrated development of bulk cargo business in South China is a major strategic deployment of the group, commented Wang Xiufeng, CEO of China Merchants Port.

With the foundation of South China Bulk Cargo Management Center, it will accelerate the consolidation of local bulk cargo resources and actively expand new business opportunities, including cold chain projects for No.1 – No.3 berths at Chiwan, grain depot projects for No.4 – No.6 berths, and other related extension projects.

The South China Bulk Cargo Management Center operates 16 bulk cargo berth and eight container berths.

Source: https://www.seatrade-maritime.com/ports/china-merchants-port-sets-bulk-cargo-hub-south-china


The rate of growth was fairly consistent with the 5.9% volumes increase seen in early July.

Export container volume grew 7.3% while the domestic volume increased 2.3% in mid-July. Among which, the port of Dalian posted a growth rate of 30.3%.

Cargo throughput at major coastal hub ports increased 4.3% year-on-year while the international trade cargo throughput rose 5.9%.

Crude oil shipments at major coastal ports dropped 1.9% during the period of mid-July due to the continued price shocks in global crude oil market. However, the port of Dalian posted a substantial growth rate of 164.5%.

Metal ore shipments at major Chinese ports further improved and achieved an increase of 24.2%.

In mid-July, cargo throughput and container volume at three major Yangtze River ports, Nanjing, Wuhan and Chongqing increased 11.2% and 2.8% year-on-year, respectively.

Source: https://www.seatrade-maritime.com/ports/container-volume-major-chinese-ports-61-mid-july


The vessels carry a combined 58,041 tonnes of corn and will sail through the maritime humanitarian corridor under agreed between Ukraine, Russia, and the UN.
M/V Polarnet was anchored in Chornomorsk port and will sail with its cargo of 12,000 tonnes of corn destined to Karasu, Türkiye; also in Chornomorsk with a cargo of 13,041 tonnes of corn for Teesport, UK was M/V Rojen.

M/V Navistar makes up the trio and was anchored in Odesa port with a cargo of 33,000 tonnes of corn for Ringaskiddy, Ireland.

The vessels will all first sail to a Turkish anchorage for inspection before being cleared to their destinations.

M/V Fulmar S was anchored off Turkey pending an inspection by the JCC to clear it for entry into Chornomorsk, and will be the first vessel to sail to Ukraine under the initiative.

“Although the grain corridor is already up and running for the day, our goal is to have full-fledged ports in both directions,” said Ukraine Minister for Infrastructure, Alexander Kubrakov.

“We are receiving applications from shipowners ready to enter our ports for loading and the first event is expected tomorrow. Our goal is 3 and more million tons of agricultural export every month from the ports of Odesa Chornomorsk and South.”

The operations were all due to begin the morning of August 5, according to JCC.

The latest movements are a second proof of concept phase for operations under the JCC, following the successful first trial with M/V Razoni, which led to a revision of the corridor. This latest test introduces multiple vessels and an inbound transit.

“The JCC further acknowledges the need for the commercial vessels stranded in the Ukrainian ports since February to depart to their pre-defined destinations. Their movement will free up valuable pier space for more inbound ships to come in and carry food to global markets in line with the Initiative,” said JCC.

Source: https://www.seatrade-maritime.com/dry-cargo/ukraine-three-vessels-out-one


The St. Lawrence Seaway is made up of a broad network of interconnected infrastructures. Channels, canals, port facilities and fleets illustrate the connections between transportation equipment, industrial production and the artificial, human-made environment.

This valuable infrastructure represents significant capital investments that have already been amortized. The maintenance, modernization and adaptation of the sea-river network make it possible to meet the demands for capacity, fluidity and reliability imposed by the transport industry.

From their position as supply chain nodes, the St. Lawrence ports have become the catalysts that link trade, development and industrial innovations. The importance of the river in all aspects of the Québec economy is enormous, and it is expected to increase even more in the coming years.

I am a Professor Emeritus of Geography at the University of Montréal and an academic advisor to the Montréal Port Authority. I have been interested in maritime transport issues for 30 years.

Ships and cargo
The St. Lawrence River has 20 commercial ports and 14 port infrastructures (marine terminal, wharf, fishing port). In 2021, these 34 marine infrastructures of the “St. Lawrence system” handled nearly 150 million tonnes of cargo.

The most important ports are Montréal (34 Metric ton), Sept-Îles (30.7 Mt), Québec City (28.5 Mt) and Port-Cartier (25 Mt).

Approximately 8,000 merchant vessels operate on the St. Lawrence system annually, including dry bulk carriers, oil tankers, general cargo carriers, container ships and roll-on/roll-off vessels.

The delivery of raw materials is essential. The St. Lawrence ports handle approximately 70 Mt of minerals, mainly for export. Between 25 and 32 Mt of hydrocarbons circulate through the river each year.

The grain trade accounts for about 18 Mt. Grain from the prairies is first transported by rail to Thunder Bay and then transferred to the ports of Montréal, Québec City, Sorel, Trois-Rivières, Baie-Comeau and Port-Cartier through the St. Lawrence Seaway for shipment to markets in Europe and Africa.

About 15 per cent of the export is generated by from Québec’s agriculture fields, including soybean and corn producers in the Montérégie region, who ship part of their harvest through the Port of Montréal. The St. Lawrence river-maritime system is heavily solicited to meet the supply and distribution demands of container goods.

Montréal is the only container port on the St. Lawrence. Its estimated turnover at 15 Mt is primarily composed of manufactured goods, forestry products, pulp and paper, cereals and agri-food, machinery and metal products.

Montréal’s weight in the handling of container traffic is increasingly expected to grow.

The St. Lawrence, strongly rooted in east-west trade
Québec’s economy is dependent on foreign trade. Its prosperity depends fundamentally on its ability to succeed in international markets.

The ports of the St. Lawrence therefore have a significant role in supporting the province’s economy and trade, both imports and exports. They continue to grow and are projected to do so at a steady pace in the coming years.

The economic importance of the St. Lawrence system is apparent on several levels.

Ships calling at St. Lawrence ports are getting bigger and bigger, requiring investments in the renovation and expansion of existing port infrastructure.

Moreover, the tonne-kilometers associated with maritime trade are growing faster than tonnages, indicating that the industry is moving into increasingly distant trans-ocean markets.

Indeed, the St. Lawrence port system is firmly anchored in east-west trade. The economic response of the St. Lawrence system to global processes has been to consolidate trade with the European market and to align itself with the economies of the Pacific Basin, particularly China.

Another aspect is the ongoing of north-south ties with African economies (especially natural resources) and the development of trade with Middle Eastern markets.

Intercontinental trade represents more than half of the St. Lawrence ports’ marine activity. The continental market accounts for approximately 15 per cent. This commerce involves ports along the Atlantic coast and the Gulf Coast in the United States. The St. Lawrence ports also benefit from the economic markets of Central and South America.

The importance of regional trade
Regional trade, that is, trade between the ports of the St. Lawrence system and those of the Great Lakes, is also significant. It accounts for a third of the total traffic of the river’s ports.

The volume of traffic between Québec ports and Ontario markets is relatively balanced in terms of exports and imports. Iron and coal, however, are on a downward trend due to the decline of traditional industrial sectors. More than 60 per cent of this traffic is made up of exports from Québec to the Midwest of the United States. Trade with the Atlantic provinces, on the other hand, consists mainly of imports from the latter.

Also of note is a moderate growth in trade with the Canadian Arctic, which reflects an interest in developing mining sites in northern areas.

An analysis of marine transit within the St. Lawrence system shows substantial short-distance shipping. Domestic trade between Québec ports is driven by the transfer of minerals and fuels.

The need for investment
St. Lawrence ports provide reliable, efficient and environmentally friendly logistics linking marine freight to land shippers.

Considering the importance of the port sector for Québec, investment is necessary. Its future plans and needs include ongoing infrastructure maintenance, replacement of existing port assets, and new marine, land and intermodal development projects. According to the Association of Canadian Port Authorities, these are estimated at $6 billion by 2025.

Québec’s continued economic growth and trade activities depend on adequate capacity at its ports. They are critical to securing Québec’s competitiveness in international trade and to seizing new market opportunities.

Source: https://www.marinelink.com/news/inside-st-lawrence-seaways-growing-498517


Bulk carrier DUBAI CROWN suffered engine failure and went adrift on Aug 3 some 30 nm west of Mauritius, while en route from Reunion to Port Louis, Mauritius, with cargo of cement. SAR Mauritius was on standby to assist if crew fails to fix engine. It is not known yet if engine was restarted by crew, or bulk carrier was taken on, she entered Port Louis at around 1840 UTC Aug 4, as of 1855 UTC was in process of mooring with assisting tug.

New FleetMon Vessel Safety Risk Reports Available: https://www.fleetmon.com/services/vessel-risk-rating/

 


Eight crew members from Indonesia, who’re stuck on their vessel for nearly six months now and without pay at the Kaohsiung Port, are seeking help head home to their family members, per a local priest on Tuesday.

The men were unable to leave the cargo vessel since it was towed into the Kaohsiung Port on 23 Feb after it reportedly lost power days earlier when it was close to the territorial waters of Taiwan, Kaohsiung-based Stella Maris Chaplin Father whose name is Ansensius Guntur, CS, informed the CNA.

The 74.07-meter vessel, with a tonnage of about 1,395 tons, is reportedly a Togo-registered cargo vessel. It is owned by a Hong Kong firm, per its Provisional Certificate Registry shared by sailors.

In addition to not having received salaries since February, the men are not permitted to leave the vessel following local but stringent Covid-specific protocols and border protection rules, Guntur mentioned, further adding that it has impacted their mental health.

 

He also said that what’s worrying is that the crew members are becoming depressed. The ship’s captain mentioned the same and asked what he could do.

Fauzan Salihin, the captain, informed the CNA in a text message that he and his crew members require help to come back to their families who are in Indonesia.

In addition to not having received salaries since February, the men are not permitted to leave the vessel following local but stringent Covid-specific protocols and border protection rules, Guntur mentioned, further adding that it has impacted their mental health.

He also said that what’s worrying is that the crew members are becoming depressed. The ship’s captain mentioned the same and asked what he could do.

Fauzan Salihin, the captain, informed the CNA in a text message that he and his crew members require help to come back to their families who are in Indonesia.

Efforts will be established continually to try to get in touch with the ship owner so that a new crew may be sent to Taiwan and the original can be back home, the bureau informed.

The owner of the ship has until now been non-compliant and non-cooperative. This has resulted in the crew being unable to be back at their homes, the bureau highlighted.

If the owner of the ship keeps ignoring such requests, the Maritime and Port Bureau shall conduct a meeting during the first half of August 2022 with the Taiwan International Ports Cooperation, National Immigration Agency, and the Indonesian Representative Office based in Taipei to discuss strategies to send these sailors home, the bureau reported.

References: Focus Taiwan, Earthen News


The German-built LHM 550 cranes sailed into Newcastle Harbour on Tuesday morning, August 2, onboard the general cargo ship UHL Fighter, after leaving the Port of Rostock in late June.

Port of Newcastle CEO Craig Carmody said the $28.4-million investment marks a significant increase in container handling capabilities at the port’s Mayfield 4 berth.

“Industry has been very clear – they don’t want to have to pay more to send their container exports to Port Botany or Port of Brisbane when they could be taking advantage of Port of Newcastle’s enviable road and rail network and potentially save millions of dollars a year,” Carmody said.

“These two new mobile harbour cranes will allow us to move cargo and containers within the limits that the Port Commitment Deeds (PCD) bind us, so that we can give our customers a viable alternative.

“As a global trade gateway and the world’s largest coal export port, diversification isn’t an option, it’s a must, so we are taking what action we can while continuing to advocate for the removal of the PCD.”

The 550-tonne Liebherr mobile harbour cranes feature can handle a diverse mix of project cargo, including wind turbines, timber, steel coils, transformers, and mining equipment.

They also have the capability to work in tandem for heavy lifts and lift two 20ft or one 40ft container in a single move. The cranes will undergo testing over the coming month and are expected to begin operations in September.

Diversification agenda

The crane investment is seen as a critical step forward in the ports’ diversification agenda to unlock trade opportunities within regional and rural New South Wales.

The port’s diversification plans are deeply rooted in the need to adapt to the ongoing global energy transition, pushing it to move away from coal by becoming a deep-sea terminal and a green hydrogen hub.

Source: https://www.offshore-energy.biz/port-of-newcastle-pushes-forward-on-its-diversification-agenda/


Arcosa Marine Products, a manufacturer of barges used to transport cargo on U.S. inland waterways, is the newest participant in Green Marine – the largest voluntary environmental certification program for North America’s maritime industry.

Part of Dallas based Arcosa, Inc., Arcosa Marine Products manufactures dry cargo barges, including flat-deck and hopper barges for the transport of a range of products that include grain, coal, and aggregates. The company also manufactures tank barges that carry petroleum, fertilizer, ethanol, chemicals, and other liquid cargos. Additionally, Arcosa is the largest U.S. manufacturer of fiberglass hopper barge covers and a leading winch and deck hardware solutions provider for the marine industry.

“Sustainable development is a fundamental value at Arcosa Marine,” stated Bryson Person, Arcosa Marine Product’s Vice President of Operations. “We believe we can create long-term value by fostering an Environmental, Social, and Governance driven culture, and joining Green Marine’s rigorous and transparent environmental initiative complements the sustainable development approach we have adopted.”

David Bolduc, Green Marine’s President, welcomed the participation of Arcosa Marine Products. “We’re so pleased to have Arcosa within the program’s growing rank of shipyard membership,” he said. “As the first shipyards in Tennessee and Missouri to join the program, Arcosa Marine Products is setting the example for the other shipyards in its region by benchmarking its environmental progress along with more than 70 other U.S. and Canadian terminals and shipyards.”

To complete Green Marine’s certification, both Arcosa shipyards, one in Ashland City, Tenn. and the other in Caruthersville, Mo., will assess their environmental performance based on the program’s applicable indicators, which address air pollutants and greenhouse gases, spill prevention, waste management, community impacts, and environmental leadership. The annual certification process is rigorous and transparent, with the individual performance of each participant independently verified every two years.

Source: https://www.marinelink.com/news/arcosa-marine-products-joins-green-marine-498461


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