Tue 25 Oct 2016 09:51

Gard issues mass flow meter recommendations


P&I Club advises members ahead of upcoming Singapore MFM requirements in January.



Source: Gard

Singapore is one of the top bunkering ports in the world - 45.2 million metric tons of bunker are reported to have been sold in 2015. In an effort to ensure fair and accurate measurements in the delivery of bunker fuels, enhance productivity and mitigate possible corrupt practices, the Maritime Port Authority of Singapore (MPA) will be requiring the use of approved mass flow metering (MFM) systems for all marine fuel oil deliveries in the Port of Singapore from 1 January 2017. See also our previous Gard Updates of 11 September 2014 and 30 April 2016.

With just over two months to go before its introduction, the MPA is reportedly well on track to meet the MFM implementation date. A Technical Reference for Bunker Mass Flow Metering, TR 48, was launched in February 2016 in support of the new requirements and sets out specific criteria for MFM system integrity, acceptance testing, delivery procedures and the documentation for bunker custody transfer, see MPA's Port Marine Circular No.4 of 2016. Many bunker tankers have already been approved by the MPA to perform marine fuel oil deliveries in accordance with the new standard and the feedback from the industry is positive. Compared to traditional sounding tape methods, use of MFM technology not only shortens the bunker delivery time but also assists in preventing bunker quantity disputes.

Recommendations

Although the responsibility to install approved MFM systems lies with the bunker barge owners, crews on ships undertaking bunkering in the Port of Singapore should familiarise themselves with the MFM system requirements. Members and clients are advised to revisit their onboard bunkering procedures and checklists well in advance of 1 January 2017 and pay particular attention to the Chief Engineer's, or his representative's, duty to:

- verify that the MFM security seals remain intact both before and after the bunkering operation and that the seal numbers match the seal numbers indicated in the latest Seal Verification Report onboard the bunker tanker;

- witness and record both opening and closing MFM readings; the meter reading must be set to zero before the commencement of the bunkering operation;

- check that the printed Bunker Metering Ticket contains the correct information (Name of bunker tanker and craft license number, MFM unique identification number, date and time of the bunker operation start and end, print time and mass in air); and

- ensure that the printed Bunker Metering Ticket is duly signed by both parties and attached to the BDN.

Using a bunker surveyor is still important as the role of the surveyor as an independent party to witness and ensure compliance during bunkering processes remains unchanged. However, the role of bunker surveyors for MFM deliveries will change. For example, the surveyor will be required to cross check the seal verification report and the actual physical seals at various locations in the MFM system.

Further reading

Additional information is also available via the MPA's website, go to www.mpa.gov.sg and follow the menu path: Port of Singapore > Port Operations > Bunkering. Some of the documents available to download from the MPA as at 24 October 2016 are:

- Frequently asked question on MFM for bunkering

- Generic MFM delivery procedure

- Fact sheet on TR 48

- MFM Placards:
Technical reference for bunker mass flow metering (TR 48)
Mass flow meter dispute management
Mass flow metering best practice


WinGD’s first ammonia-fuelled engine installed on Exmar vessels. WinGD claims methanol and ammonia engines ready for commercial deployment as regulatory clarity awaited  

Engine designer says zero-emission fuels have moved from pilots to practice.

HD Hyundai Mipo awarded Approval in Principle (AiP). ABS approves HD Hyundai Mipo's dual-purpose LNG carrier and bunker vessel design  

Classification society verifies 30,000 cbm vessel design capable of both cargo transport and bunkering operations.

Visual representation of maritime decarbonisation. EDF and LR propose financing solutions for trillion-dollar decarbonisation gap  

New report outlines three innovative concepts to unlock capital for clean fuels and infrastructure.

Formal recognition with an Approval in Principle (AiP) ceremony. LR and HD Hyundai Mipo develop 22,000 cbm LNG bunkering vessel design  

Classification society and shipyard collaborate on larger capacity vessel to meet growing demand.

Martin White, CEO of Stream Marine Group. Smaller ship owners face 'very challenging' methanol procurement landscape, warns Stream Marine  

Green methanol procurement creates complex barriers for smaller operators navigating new supply chains.

Keel laying of Royal Caribbean’s fourth Icon-class cruise ship at Meyer Turku. Construction begins on Royal Caribbean's fourth Icon-class ship  

Vessel is latest addition to Royal Caribbean's fleet of LNG-fuelled cruise ships.

Windea Clausius Naming Ceremony. BS Offshore takes delivery of methanol-ready CSOV  

Vessel features hybrid battery propulsion and TWIN X-STERN design for enhanced fuel efficiency.

Helena Kosan LPGC with bound4blue eSAIL system. Bound4blue secures first LPG carrier contract with BWEK for wind propulsion system  

Spanish wind technology firm to install 24-metre eSAIL on Helena Kosan in 2026.

Ammonia-fueled LPG/NH₃ carrier design approved by ClassNK. ClassNK grants approval in principle for ammonia-fueled LPG carrier design  

Japanese classification society approves Kawasaki Heavy Industries and MITSUI E&S ammonia-fueled vessel concept.

MOL LNG carriers equipped with four Wind Challenger hard sail systems. MOL secures approval for LNG carriers with four wind-assisted propulsion systems  

Japanese shipping company claims new design could cut fuel consumption by up to 30%.