The COVID-19 outbreak is an unprecedented crisis situation in terms of breadth and scale, from a global health, social and economic standpoint. The new coronavirus (COVID-19) has cost the lives of more than 3,842,183 while confirmed cases exceed 177,400,000. Although coronavirus started in China in early 2020, now it has spread all over the world, with the US accounting for the most deaths. Also, Europe, South America and Mexico top the list with the regions affected significantly.

As of June 18th, 3,842,439 deaths have been reported. US is the country with the most deaths (600,934) followed by Brazil with 496,004 and India with 383,490.

In order to provide a clear picture of where the new virus has been detected, as well as the number of fatalities, the Center for Systems Science and Engineering (CSSE) has created a live, interactive map, which depicts in real time, the spread of the virus.

Coronavirus symptoms

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https://safety4sea.com/update-live-map-depicts-spread-of-coronavirus/


In an effort to identify gaps in the current seafarer COVID-19 vaccination process, the International Chamber of Shipping released a circular requesting Shipping companies to participate in a survey.

Namely, this data is being requested on behalf of ICS, BIMCO, CLIA, ECSA, ICMA, IMCA, IMEC, IMHA, INTERCARGO, InterManager, INTERTANKO, ISOA, ITF and WSC.

We are seeking input into the vaccination of seafarers. At present, information available is limited which hinders lobbying efforts as the industry is currently unaware of where significant gaps exist. To aid this process, we are undertaking a concerted and joint effort to gather as much information as possible from the questionnaire below.

…ICS said.

What is more, once information is collected, gaps and issues highlighted will be targeted. Each company is requested to complete the survey once and return the information by the end of June 2021.

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https://safety4sea.com/ics-seeks-input-under-covid-19-crew-vaccination-survey/


Million of dollars of cargo is still stuck in limbo onboard the MV Ever Given amid an ongoing legal battle almost three months after the giant container ship grounded and blocked the Suez Canal.

The grounding of the 400-meter-long ship Ever Given in the southern section of the Suez Canal on March 23 blocked the waterway for nearly a week, causing a major disruption in global trade flows as it prevented hundreds of ships from passing the world’s major shipping trade route, before it was finally freed six days later.

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To remind, in mid-April, an Egyptian court ordered the seizure of the vessel, along with its 18,300 cargo containers, after the Suez Canal Authority filed an initial $916 million compensation claim against Japanese ship owner Shoei Kisen Kaisha for damages and losses incurred when the ship ran aground in a narrow part of the canal.

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https://safety4sea.com/millions-worth-of-cargo-still-trapped-on-mv-ever-given/


During the 76th session of the Maritime Environmental Protection Committee (MEPC 76), the IMO has banned the use of cybutryne in antifouling systems (AFS) from 1 January 2023.

Namely, IMO took this decision as studies have proven that the substance is harmful to a variety of marine organisms.

After the International Convention on the Control of Harmful Anti-Fouling Systems on Ships (AFS Convention) took effect in 2008, tributyltin (TBT) was removed from anti-fouling paints and replaced by several new biocides. One of these replacements was cybutryne which is used in hull paint to prevent biofouling growth.

In 2019, it was brought to the attention of the IMO that cybutryne is acutely and chronically toxic for a variety of marine organisms and in some respects even more harmful than TBT. The substance gathers in sediments and causes long-term effects on the marine environment. As such it should not be permitted.

Now, an anti-fouling system (AFS) works by leaching biocides from the top layer of paint throughout its lifetime, which is usually five years. Before the end of the AFS’ service life, it is reapplied to the ship.

In 2020, organisations and member states of the IMO carried out extensive research into cybutryne used in AFS.

Japan investigated the amount of cybutryne remaining in an AFS around the end of its service life. The samples taken from AFS near the end of their lifetimes showed very low concentrations of cybutryne:

According to the result of the analysis, it can be concluded that there would be almost no environmental benefit in requiring removal or sealer coatings for ships bearing an AFS containing cybutryne which is reaching or has passed the end of its service life. (PPR 7/6/4, Remaining amount of cybutryne in an anti-fouling system (AFS) by Japan)

said BIMCO.

Additional research carried out by the International Paint and Printing Ink Council (IPPIC) highlighted an important point regarding applying an AFS system using a different biocide other than cybutryne:

Based on a review of the physical and chemical properties of cybutryne and tributyltin, IPPIC experts have concluded that these products will also prevent cybutryne leaching from underlying coating layers. In addition, applying a fresh anti-fouling coating over an underlying non-compliant product can prevent biocide leaching by “sealing in” the biocide within the underlying coating layers. (PPR 7/6 – Use of anti-fouling paints containing cybutryne on ships and pleasure craft, function and availability of sealer coats which prevent leaching of cybutryne from underlying coatings, and guidance on the control of cybutryne-contaminated dry-docking wastes by IPPIC)

Furthermore, IMO adopted amendments to the AFS Convention regarding controls on cybutryne and the form of the International Anti-fouling System Certificate. The amendments will enter into force on 1 January 2023. From this date, the application or re-application of an AFS containing cybutryne will not be permitted.

Ships bearing an AFS that contains this substance in the external coating layer of their hulls or external parts or surfaces shall either:

  • Remove the anti-fouling system; or
  • Apply a coating that forms a barrier to prevent cybutryne leaching from the underlying AFS.

This amendment applies to all ships except existing fixed and floating platforms, floating storage units, and floating production storage and offloading facilities that have been constructed and not been in dry-dock on or after 1 January 2023; ships not engaged in international voyages; and ships of less than 400 gross tonnage engaged in international voyages, if accepted by the coastal State(s).

The latter part applies to the next scheduled renewal of the AFS after 1 January 2023, but no later than 60 months following the last application of an AFS containing cybutryne to the ship.

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https://safety4sea.com/imo-bans-paint-substance-cybutryne-as-toxic/


Cobham SATCOM has launched its SAILOR XTR antenna platform, and introduced the SAILOR 1000 XTR Ku as the first unit in this new class of software-controlled antenna systems that integrate existing SAILOR VSAT technology with additional software and electronic capabilities in preparation for future satellite constellations in LEO, MEO, GEO and HEO orbits.

Developed and designed by Cobham SATCOM, the one-metre Ku-band antenna has a new simplified pedestal to improve antenna performance and allow simpler conversion between Ku- and Ka-bands if required. Built-in IoT data protocols such as Message Queuing Telemetry Transport (MQTT), Simple Network Management Protocol (SNMP) and RESTful API allow the antenna to act as a self-reporting system, providing up-to-date antenna information to support preventive maintenance.

A new Ethernet port will also be included inside of every above-deck SAILOR XTR unit to facilitate additional connectivity options, allowing third party providers to integrate devices such as cellular transceivers and Wi-Fi access points. The additional data from these devices gets securely routed at up to 1 Gbps to an Ethernet port on the SAILOR XTR Below Deck Unit.

The antenna comes with a new XTR Antenna System Control Module (ASCM) with a hardware encryption key chip mounted inside. The ASCM is networked to all other modules and motors via a star network topology and only accepts Cobham-signed software, to prevent access without the private key that is programmed into the key chip.

A single coax cable is used to manage Rx, Tx and power, but can also be used transfer high-speed data from a third-party device which could be mounted inside of the antenna to below-deck, Cobham SATCOM notes.

“Through the development of SAILOR XTR, a reliable, agile and high performing VSAT solution, Cobham SATCOM has once again set the standard for the future of maritime satcom,” said Jens Ewerling, Product Manager, VSAT, at Cobham SATCOM.

“In an era of unprecedented uncertainty and technological complexity, the new advanced science underpinning SAILOR XTR will drive greater simplicity for ship owners and operators while enhancing performance. This will ultimately give them more time to focus on business-critical issues, while handing them the data necessary to identify cost-effective solutions to address and analyse a myriad of complex issues; from transparency to environmental compliance and seafarer welfare.”

Cobham SATCOM says it has already successfully installed the first SAILOR 1000 XTR Ku on the M/V Pearl Seaways, operating in Scandinavian waters for owner DFDS.

 

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Cobham SATCOM launches latest antenna platform with XTR


Mitsui O.S.K. Lines (MOL) has completed a successful demonstration test using a flying drone to conduct an autonomous inspection of the enclosed hold of an MOL-operated coal carrier.

The Japanese-made drone was operated in partnership with Autonomous Control Systems Laboratory (ACSL) and used LiDAR SLAM technology to estimate its own position in holds with the hatch cover closed.

Industrial drones typically detect position information by receiving Global Navigation Satellite System (GNSS) signals, like GPS. However, GNSS radio frequencies cannot be accessed in some enclosed spaces, such as inside cargo holds with hatch covers closed, so they are usually operated manually onboard by a pilot.

The use of LiDAR technology for positioning instead of GNSS during the MOL tests overcame this issue, and allowed the drone to operate autonomously in those enclosed spaces.

The test project also included the installation of a wired connection via optical fibre cabling to link with the drone and feed back operational information as well as inspection images using a high-resolution camera.

MOL says that it intends to continue working with ACSL to develop further applications for drones for use in other inspection situations, such as ballast tanks and other types of holds.

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MOL completes enclosed space inspection using autonomous drone


Satellite data company Spire has expanded its range of maritime weather services with the addition of historical weather data sets, including information on 10 years of weather activity across the globe.

Spire’s historical data, like its forecast data, is gridded with uniform 12km resolution. The company says that the dataset could be used to create AI driven models with a 1:1 match of forecast data sets, to analyse past performance and assess future performance for any location.

Spire’s Maritime Weather team is launching six new products combining historical and forecast variables providing data specific to sector use cases, focused on shipping and logistics, ports and terminals, finance and insurance, oil and gas, government and security, and the environment.

“Open ocean forecasts used to be laden with errors, but now thanks to radio occultation technology, forecasts are far more accurate,” said Simon van den Dries, General Manager, Spire Maritime.

“Spire takes a customer-first approach and after analysing the challenges the maritime industry tackled in 2020, we knew the time was right to create industry-specific data solutions using real-time and historical weather.”

“The operational usage-based set of attributes highlights exactly what each customer needs and creates a smart collection of data that is tailor-made for the challenges each industry faces. It helps eliminate scattered weather attributes and supports what customers need from a maritime perspective.”

 

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Spire expands weather services with historical dataset


Cyprus-based Epsco-Ra has launched a new cyber security system for shipping company networks, featuring network monitoring, vulnerability detection and security management.

Ra Endpoint Detection & Response (RaEDR) is a Security Information and Event Management (SIEM) application designed to secure systems on ships and in company offices that are linked to the internet.

It is configured to be able to operate in low bandwidth connectivity environments, consuming 12 MB per day at minimum scanning frequency levels, and can be used to identify vulnerabilities on end-points throughout a network after being remotely deployed.

The software is downloaded and installed on onboard computers and supported by a cloud-hosted back-end, providing real-time information on digital dashboards. RaEDR can be installed on any computers linked to the internet or an onboard server as long as the agent can communicate with the cloud back-end, Epsco-Ra says.

If system scans detect vulnerabilities an alert is sent to the company, and Epsco-Ra’s security staff can assist in analysing data and advising on necessary action. Users can configure alert levels and frequency for the network scans, with end-point agents all capable of being managed remotely.

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Epsco-Ra launches vessel cyber monitoring service


Maran Gas Maritime has agreed a new deal to roll out Kongsberg Maritime’s K-IMS Information Management System across its entire fleet, as part of the shipping company’s wider digitalisation and cyber security strategy.

“We feel very confident with the decision to implement the K-IMS project with Kongsberg for the entire fleet. By the end of 2021, K-IMS will be rolled-out to more than 20 LNG carriers of various propulsion types,” said Andreas Spertos, EVP, Technical Director, Maran Gas Maritime.

“Implementation of K-IMS will continue for existing and newbuild vessels until the entire fleet of 40+ LNG carriers is upgraded.”

“K-IMS will replace the existing limited capability data transfer system and will provide us with unlimited opportunities to develop and advance further our in-house fleet monitoring and analysis systems that support the safe, efficient and environmentally friendly operation of the fleet.”

Most ships in the Maran Gas fleet already have K-IMS-ready hardware in place, with installation of new kit on the outliers included in the overall rollout plan. Data replication is then enabled via software applications on the K-IMS Onboard and K-IMS Onshore solutions

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Maran Gas begins fleetwide digitalisation upgrade


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About the Author

Rob O'Dwyer

Rob O’Dwyer

Rob is Chief Network Officer and one of the founders of Smart Maritime Network. He also serves as Chairman of the Smart Maritime Council. Rob has worked in the maritime technology sector since 2005, managing editorial for a range of leading publications in the transport and logistics sector. Get in touch by email by clicking here, or on LinkedIn by clicking here.

Further Reading

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https://smartmaritimenetwork.com/2021/06/16/weathernews-data-to-be-integrated-into-wartsila-systems/

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