A detailed document outlaying all potentially hazardous material onboard a vessel

  • Hazardous material is any substance that can pose a risk to the health and safety of people or to the environment as identified and listed by the Hong Kong Convention (2009) & EU Regulation 1257/2013
  • Inventory of Hazardous Material (IHM) is a document in which all potentially hazardous materials onboard a vessel are identified, located and quantified and follows IMO Resolution MEPC.269(68) guidelines.

Hazardous Material Inventory (Inventory of Hazardous Materials-IHM)

As you know, as of December 31, 2020, an Inventory of Hazardous Materials (IHM) has been approved for all ships above 500 GT that will visit the EU ports and iron fields. IHM Part I and its certification will be checked frequently and meticulously whether it has been properly prepared in the EU port state controls and whether necessary updates have been made.

There are many classes of hazardous substances to be checked for IHM Part I. The IHM Part I hazardous materials analyzes specified in the regulation, including asbestos analyzes, are carried out by our Accredited Laboratory.

In general, more than 35,000 ships in total will need IHM under these rules. Given the current situation with the Covid-19 and pandemic process experienced worldwide, it does not seem possible for HazMat Experts and analysts to meet this capacity and provide certification. We recommend you to plan according to this information.

Scope & Definitions

The Regulation applies to ships on international voyages, of 500 GT and above flying the flag of a Member State or the flag of a third country under the conditions of Article 12 of the Regulation.

The Regulation applies to all vessels of any type whatsoever operating or having operated in the marine environment including submersibles, floating craft, floating platforms, self-elevating platforms, FSUs and FPSOs, as well as ships stripped of equipment or being towed.

It does not apply to any warships, naval auxiliary or other ships owned or operated by a state and used, for the time being, only on government non-commercial service. ‘New’ and ‘existing’ ships, ‘ships going for recycling’ as well as ‘ships flying the flag of a third country’ shall have on board an IHM in accordance with the relevant provisions of Article 5 or Article 12 of the Regulation.

Definitions

The terms used in this guidance document have the same meaning as those defined in the Regulation and in the IMO guidelines with the following additional definitions which apply for the purposes of this guidance document only

IHM process is the whole process of development and maintenance of an IHM throughout the operational life-cycle of the ship. It involves all the steps of developing an IHM including issuing/checking of any relevant documentation (e.g. Material Declarations), sampling and analysis, verification and life-cycle management

Individual IHM expert is a person who has the appropriate training, qualifications and knowledge to conduct HM surveys for the development and maintenance of an IHM. He or she should have experience on ship structure and on handling of HM and sufficient knowledge of how to compile an IHM and of all the relevant international and EU legislation14

IHM expert company is an entity employing or contracting individual IHM experts to conduct any relevant work or task in relation to the IHM process for the purpose of compiling or updating Inventories of Hazardous Materials. The IHM expert company should use a documented management system and should work on suitable standards, covering the relevant activities of the company

HM survey is an investigation to trace and identify the presence or absence of Hazardous Materials contained in the equipment, systems, and/or areas on board a ship and may include review of any relevant documents, visual inspections and sampling

Sampling check is the taking of samples to identify the presence or absence of HM contained in the equipment, systems, and/or areas on board a ship, by suitable and generally accepted methods such as laboratory analysis

Representative sampling is a method to sample materials of the same kind in a representative manner. Such materials should be checked to ensure that they are of the same kind

Blank Sample is a clean sample or sample of matrix processed so as to measure artifacts in the measurement (sampling and analysis) process

Blind Sample is a sample submitted to evaluate performance with concentration and identity unknown to the analyst

Bulk Sample is a sample taken from a larger quantity (lot) for analysis or recording purposes

Specific testing is a repeatable and reliable method of testing samples, which can demonstrate definitively whether a Hazardous Material exists or not and provide a known type of the Hazardous Material

Accredited laboratory is a laboratory accredited in accordance with ISO 17025 or an equivalent standard for the purpose of conducting specific tests for HMs included in the SRR and capable of providing a written report that can be relied upon by all parties.

 

Source: ihmexpert


Applicability: shipowners, ship operators, ship managers and ship masters. ​​​Advice for owners of ships going for recycling and recycling facilities wishing to be included in the UK and EU maintained lists of recycling facilities.

As of 1 January 2021, the United Kingdom (UK) has finished its transition period to leave the European Union (EU). The UK Ship Recycling Regulation (UK SRR) now retains the requirements of the EU Ship Recycling Regulation 1257/2013 (EU SRR) in UK domestic legislation. Note that the EU SRR applies in the European Economic Area (EEA) (EU countries plus Iceland and Norway).i

This Class News summarises the information contained in MGN 633 (M+F) Amendment 1 regarding requirements for final surveys and ship recycling facilities under the UK SRR, as well as further direct correspondence with the UK Administration.

The UK SRR does not apply to:

  • Ships of less than 500 GT;
  • UK ships operating throughout their life only in UK waters; and
  • Any warships, naval auxiliary, or other ships owned or operated by a state and used, for the time being, only on government non-commercial service.

Note that the EU SRR still applies to UK ships operating throughout their life only in UK waters when they go to a recycling facility in an EEA member statei.

A. Final survey requirements

These are required for compliance with the UK SRR (from 1 January 2021) as an owner of:

1. a UK flagged ship going for recycling at an EEArecycling facility; or
2. a UK flagged ship going for recycling at a recycling facility in Great Britain (GBii); or
3. an EEA flagged ship going for recycling in a GBii recycling facility; or
4. a third country flagged ship (to both the EEA and UK) going for recycling in a GBii recycling facility.

 

Source: info


Recent reports from Brussels indicate that the EC is considering reviewing and revising the EU Ship Recycling Regulations (EUSRR), with a view to strengthening its controls. This Update covers the recent development of following issues:

  • Revisions to the EU Ship Recycling Regulations
  • Interpretation to assess the equivalence between the Hong Kong Convention and the Basel Ban (& action requested)
  • IHM Approval Processes – Feedback from IHM services providers

Source: intercargo


If ‘IMO 2021’ brings clarity on cyber security, attention must now turn urgently to ship system interoperability so that the true rewards of digitalization are not allowed to slip through shipping’s grasp.
International Association of Classification Societies Recommendations on Cyber Resilience unsurprisingly feature shipowners and connectivity providers among the “many stakeholders” involved in the International Safety Management (ISM) Code cyber provisions from 2021.
With ship owners/operators tasked with keeping software onboard updated and crew alert to meet cyber threats, ‘service providers’ are to ensure procedures, technical competence, reporting and remote maintenance are up to requirements.
However, stakeholders also include data providers, whose ability to acquire data from shipboard sensors, store it, pre-process and transform it, then evaluate it and use the results for decision-making purposes provide the platform for shipping’s digital revolution. In this context, cyber security relies on preserving data ‘quality’, its safe production, delivery and integration.
Data stake holding
As one such data provider, METIS Cyberspace Technology already uses the scalability, unlimited storage and processing power of cloud computing to empower Big Data analytics, machine learning and AI onboard 250+ ships. Today, its solution gathers 1.5bn sensor measurements every month, using these inputs as a game-changer in decision-making across a range of performance parameters, including fuel consumption, emissions, hull fouling and charterparty agreement fulfilment.
In doing so, and based on real installations, the METIS platform has been refined to standardize interoperability with leading navigation, cargo control and alarm monitoring systems, as well as with torque meters, flowmeters, steam production and Power Management & main switchboards.
METIS does not specialise in cybersecurity, therefore, its position as stakeholder rests in the need for its cloud-based platform data acquisition, pre-processing, uploading and transmission to be fully cyber resilient.
Regardless of its source, the METIS solution allows data to be filtered and stored in a central database, while any processing, analysis, functionality and service implementation are executed by independent microservices.
All microservices are interconnected either through an Application Programming Interface or a common Message Bus System, so that none has direct access to the main database to execute SQL inquiries. Any applications or users are prevented from accessing a vessel’s information without permission, while the administrator can see, set and revoke user and app permissions.
Ships typically feature diverse digital interfaces and fragmented systems, and their IT networks are can sometimes be of low quality and do not unify all systems on board. Given these conditions, vessel control and monitoring systems are accepted as the most viable route to digitalisation.
Here, stakeholders look to the International Standards Organization for recommendations covering a ship’s control and monitoring systems encryption and threat detection capability, rather than to IMO itself. However, at a time when cyber security is uppermost in the maritime consciousness, a CIMAC ‘Systems Integration’ Working Group merits separate attention, given its special focus on the design and use of alarm and control systems to manage marine hybrid propulsion.
Cyber security requirements provide a ‘golden thread’ running through the work of this group, of which METIS is a member. Even so, while some stakeholders may still be catching up with IMO2021 regulations, the group is also deconstructing the shipboard control and monitoring system itself in a way that aims to conserve cybersecurity while advancing interoperability.
In doing so, the Systems Integration WG defines monitoring system functionality as:
■ Data Acquisition (including hardware/software for measurement and conversion to signals)
■ Data Storage – in the acquisition module, the virtual server, the cloud or backend system
■ Data Pre-Processing and Transformation
■ Interpretation and Evaluation (may vary)
■ Information and Recommendations supporting decision-making
Interoperability standards
Looked at from the practical situation as it exists today, the group’s work suggests, opportunities exist to avoid duplication by ‘synthesizing’ modules from multiple systems within each category, and standardizing system or module interfaces to enable interoperability by sharing data and services.
International Electrotechnical Commission data exchange standards can already be used to access data from navigational equipment, for example. Again, while standardisation has not so far been achieved for ships’ machinery, equipment, etc., ISO standards do provide unified rules for developing machine and human-readable identifiers and data structures to enable exchange and processing of sensor data from ships.
What is more, ISO standards provide guidelines for the installation of ship communication networks for equipment and systems: this means a monitoring system defined as a shipboard data server and sharing information to any other system can already be designed to ISO recommendations.
At a time when owners can feel pressurised to follow the digital lead of individual equipment makers, or to settle for the absurdity of multiple cloud-based solutions, METIS therefore believes strong focus should be placed on standardising shipboard control and monitoring systems. We will therefore continue to work closely with our partners to realise a vision for the digitalized maritime industry whose common goals of safety, security, environmental performance and efficiency are best served by common solutions.
Source: xindemarinenews

It contains information about rules relating to crew changes in Norway during the COVID-19 pandemic.

The purpose of this document is to provide an overview of the rules and guidelines that are relevant for seafarers. Please note that the Norwegian health authorities are responsible for legislation related to the COVID-19 pandemic, and that the legislation is regularly amended as the situation develops.

Therefore, please refer to the links below that will keep you up to date. Please refer to the COVID-19 Regulations and other relevant legislation to read the entire texts.

The NMA considers these guidelines to be consistent with the IMO guidelines for crew change during the COVID-19 pandemic.

For inquiries, please send an e-mail to post@sdir.no or call +47 52 74 50 00.

 

Source: sdir


February 2, 2021 IMO

A new emissions monitoring system from ABB is designed to help the maritime industry meet emissions regulations that entered into force in 2020.

In January 2020, the low sulphur and nitrous oxide emission limits in the International Maritime Organization regulations became effective worldwide. ABB’s CEMcaptain is designed to help owners and operators comply with the new rules, and it also provides measurement and digital capabilities increase on-board safety, provide process optimization and substantially reduce ownership costs, according to the manufacturer.

CEMcaptain is a multi-component analyzer system that continuously provides real-time emissions measurement data.

The system integrates analyzer modules and sample handling components in a standalone cabinet. Equipped with ABB’s renowned Uras26 non-dispersive IR gas analyzer, CEMcaptain simultaneously and continuously measures sulphur dioxide (SO2) and carbon dioxide (CO2) in line with regulation requirements. Each analyzer has two separate gas paths to allow for continuous CO2/SO2 measurement of separate streams, with up to four different components per analyzer module.

 

Source: marinelink


ReCAAP ISC today issued an Incident Alert (01/2021) on incidents against ships in the eastbound lane of Singapore Strait. The incidents of armed robbery against ships continued to occur to ships while underway in the Singapore Strait.

During 25 – 29 Jan 2021, three incidents were reported on board ships while underway in the eastbound lane of the Traffic Separation Scheme (TSS) in the Singapore Strait.

The three incidents occurred in close proximity to each other and in particular, two incidents occurred within an interval of four hours. In all three incidents, the perpetrators were sighted in the engine room. However, nothing was reported stolen and the crew was safe with no confrontation with the perpetrators.

“ReCAAP ISC is concerned with the continued occurrence of incidents in the Singapore Strait,” the organisation stated.

In 2020, a total of 34 incidents were reported in the Singapore Strait; of which 30 incidents occurred in the eastbound lane, two in the precautionary area, one in the westbound lane and one just outside (south) of the TSS.

The ReCAAP ISC had issued five Incident Alerts on the incidents occurred in the eastbound lane of the TSS in the Singapore Strait and one Special Report on incidents against ships in the Singapore Strait in 2020.

“All ships are advised to exercise enhanced vigilance, adopt extra precautionary measures and report all incidents immediately to the nearest coastal State.”

Ship master and crew are advised to keep abreast of the latest situation (at https://www.recaap.org/) and tune-in to advisories and navigational broadcasts announced by the littoral States, ReCAAP ISC stated.

“The ReCAAP ISC urges the littoral States to increase patrols and enforcement in their respective waters, strengthen coordination among them and promote information sharing on the latest situation, and the criminal groups involved in order to make arrests of the perpetrators.”

 

Source: seanews


    The Maritime and Port Authority of Singapore (MPA) has suspended the licence of pleasure craft, ADVANT, for 30 days, for an incident on 26 December 2020 in the vicinity of Lazarus Island.
2     MPA’s preliminary investigations revealed that the number of passengers in a group onboard the craft was more than the maximum group size of five that was allowed at the time. Based on preliminary investigations, the craft had been chartered for a social gathering and there was co-mingling among the individuals on board.
3     Investigations are still ongoing and further action may be taken against any individual who is found to have breached the law arising from the investigations.
4     MPA reminds all pleasure craft owners and operators to adhere strictly to the safe management plan they have submitted for their business operations, and play their part to keep the COVID-19 situation under control in Singapore. MPA takes a very serious view of any breach of safe management measures and will not hesitate to take the parties involved to task.
5     A person who commits an offence under the COVID-19 (Temporary Measures) Act 2020 is liable, on first conviction, to a maximum fine of $10,000 or imprisonment of up to 6 months or to both, and on a second or subsequent offence, to a maximum fine of $20,000 or imprisonment up to 12 months or to both. The craft or vessel may also have its licence suspended by MPA for up to 30 days, and the owner or operator be required to put in place a safe management plan to the satisfaction of MPA.
Source: mpa.go

The Iranian-flagged MT Horse and Panamanian-flagged MT Freya oil tankers were seized in waters off Indonesia’s West Kalimantan province and were escorted to Batam Island in Riau Island province for further investigation, said Indonesian Maritime Safety Agency spokesman Wisnu Pramadita.

He added that the vessels are suspected of a variety of infractions, including:

– Failing to display national flags.

– Turning off their identification systems.

– Illegally anchoring.

– Clandestinely transferring fuel between ships.

– Oil spillage, affecting the seabed in a bloody manner.

– Sixty-one crew members from both vessels have been arrested.

In addition, the International Maritime Organization requires ships to use transponders for safety and transparency reasons. Crews can turn off the devices if there is a danger of piracy or similar dangers. But transponders are often turned off to hide a ship’s location during illicit activities.

Each of these tankers has the capacity to carry 2 million barrels of oil. The Very Large Crude Carrier (VLCC) MT Horse, owned by National Iranian Tanker Company (NITC), was almost fully loaded with oil, while VLCC MT Freya, managed by Shanghai Future Ship Management Co, was empty.

The Iranian territory that has been characterized as possessing large oil and natural gas reserves, has found its overseas sales deeply affected by US sanctions after former President Donald Trump unilaterally withdrew the US from Tehran’s nuclear deal with world powers in 2018.

Iran’s regularly traveling fleet of state-owned tankers turn off their Automatic Identification System trackers to try to cover up where they deliver their cargo. Those AIS beacons, a security measure to let other ships know what is around them, can be tracked. The analysts say these ships often transfer their oil to other vessels, and use false excuses to then sell the oil.

 

Source:  fullavantenews


The NOAA Ocean Prediction Center is predicting seas in excess of 60 feet associated with a low pressure system that has rapidly intensified in the North Atlantic off the northeast coast of the U.S.

“Low pressure rapidly intensified yesterday and overnight, and continues to produce #hurricaneforce winds to 75 kt today,” the Ocean Prediction Center said in an update posted to Facebook.

At 12:00 UTC, National Weather Serviced meteorologists analyzed significant wave heights of 52 feet, or 16 meters, associated with the storm. The latest NWS North Atlantic High Seas Forecast showed a Hurricane Force Wind Warning is in effect for the area with seas forecasted to build to 60 feet, or more than 18 meters, over the next 24 hours!


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