Wed 13 Oct 2010 19:44

IBIA intervention on pretesting of fuels


IBIA says the quality of fuel supplied is 'a commercial issue between buyer and seller'.



The International Bunker Industry Association (IBIA) has made an intervention in reference to a paper submitted to the International Maritime Organization’s (IMO) Marine Environment Protection Committee (MEPC) by Norway and Intertanko

In the intervention, IBIA, which holds consultative status at IMO, refers to the paper MEPC 61/4/7, submitted by Norway and Intertanko to the MEPC on August 6th 2010.

The paper includes observations and comments relating to the revised marine fuel specification ISO 8217:2010 and proposes the pretesting of fuels prior to delivery.

In its intervention, IBIA says:

“IBIA and its members are committed to the continuous improvement of the efficient and effective, and safe, performance of marine fuels on board ships. We are also fully supportive of any mechanism which can make a genuine contribution to safety, and to mitigate damage to the environment. However, we feel that routine quality of fuel supplied is a commercial issue between buyer and seller.

"Regulation should be targeted at the issues of sulphur emissions, flashpoint, H2S and any deleterious materials as covered by clause 5 of ISO 8217.

"The matter raised by Norway and Intertanko is not as simple as portrayed, however it may appear to members of this committee.

"We believe that legislation should not unduly restrict the adoption of non-traditional fuel sources which may help reduce pollution and improve the use of resources.

"IBIA is keen to cooperate with IMO in moving this issue to a practical solution”.

The issue has been referred to IMO’s Bulk Liquid and Gases (BLG) sub-Committee for further discussion.

IBIA says it has held a committee meeting to consider its course of action and has informed its members that one option is to submit a paper to BLG outlining their position on the proposal.

IBIA is now inviting comment from its membership in order to further develop its position on the issue. If you wish to contact IBIA with your comments, please send an email to ian.adams@ibia.net.

Please click on the following link to view the MEPC 61/4/7 paper. The full text of the paper has also been provided below the link.

http://www.ibia.net/images/file/MEPC%2061-4-7.pdf

MEPC 61/4/7

Prevention of Air Pollution from Ships

Observations and comments relating to the revised marine fuel specification ISO 8217:2010

Submitted by Norway and INTERTANKO

Executive summary: This document provides comments upon and relating to the revised specification of marine fuels as provided for in ISO 8217:2010

Background

1 This document is submitted in accordance with the Guidelines on the organization and method of work of the MSC and MEPC and their subsidiary bodies (MSC-MEPC.1/Circ.2) and comments on document MEPC 61/4/1 (ISO).

Introduction

2 At its fifty-seventh session, the Committee agreed to send to ISO a list of typical fuel oil parameters relating to safety (ship safety, engine performance and crew health) and the maritime environment (air quality) for review and their advices as to the selected parameters relevance to capture the main issues surrounding safety and the maritime environment. This listing is recorded in annex 1 to document MEPC 59/4/3 (ISO).

3 In paragraph 8 of document MEPC 59/4/3, ISO reports that their Working Group had reviewed the list and provided a list of parameters together with maximum/minimum limit values (as appropriate) for the full range of marine fuels qualities that it thought were pertinent to these safety and maritime environmental criteria. This listing can be seen as annex 2 to document MEPC 59/4/3.

4 The ISO listing and advices, as provided, confirmed the pertinence of the parameters in the original listing forwarded to them by MEPC 57 and added the additional parameters of Vanadium, Acid Number, Lubricity, Used lubricating oil content, and Hydrogen Sulphide. General observations

5 The co-sponsors would congratulate ISO on their successful and quick production of their new standard for marine fuels – ISO 8217:2010, particularly as advancement has been achieved in defining a better fuel quality standard for marine fuels by reference to the differences between the parameter limit values as recorded in document MEPC 59/4/3 as compared with the final standard limit values as annexed to document MEPC 61/4/1.

6 The comments provided by the co-sponsors would however refer to the fact that an ISO standard for marine fuels is a commercial standard that is referred to and used as the guiding specification for marine fuel purchase contracts. In this regard, ISO 8217 has no mandatory character and, therefore, there currently are no control mechanisms for the quality of marine fuels delivered to ships. To that extent, the ISO 8217 standard is usually referred to for commercial redress (litigation) in the event that off specification fuel is found to have been delivered to an individual ship. In other words, the ISO 8217 standard alone does not provide preventive means against possible negative impacts on ship safety, engine performance and crew health which, as the co-sponsors understand, was the primary scope of the Committee request to ISO.

7 The Informative (advisory) Annexes, that are not part of the ISO 8217:2010 standard, supply advices and in certain of them identify circumstances for which parameter testing criteria are incomplete to secure safe fuel quality to ships. Notably amongst these advices are the issues of the inclusion of bio-derived products (annex A), deleterious materials (annex B) and hydrogen sulfide (annex D) in marine fuels where the latter has a standard value but remains at a level (limit value) that would be unsafe to the ship's crew.

Comments

8 The co-sponsors would note ships do occasionally receive marine fuels that do not meet the ISO 8217 set limits. Unfortunately, many times the tests run by laboratories on behalf of the shipowners cannot detect elements like deleterious materials. As a result, a significant number of incidents are recorded and the off spec nature of the marine fuels is determined only after the incidents, including blackouts occur. It is the co-sponsors' view that the control of the quality of the fuels could be improved prior to being delivered to ships to minimize safety impacts on ships.

9 With regard to the advices contained in (informative) Annex D (hydrogen sulphide) to the revised specification and the limit levels specified in both Tables 1 and 2 of the specification together with the advices contained in annex 2 to document MEPC 59/4/3, it is to be appreciated that the limit values stated are maximum concentrations of this substance in the liquid phase of the fuel oil. When this substance evolves into a vapour or gas phase its concentrations are very much larger and can be up to a multiple of 100 times greater.

ISGOTT is the main industry publication that addresses the safety and handling for this substance but all references in this publication are concentration in gas phase rather than in liquid phase as stated in the specification. Further ISGOTT is primarily a tanker reference publication, therefore such guidance may not be known by all types of ships. General guidance should be produced for general shipboard use to satisfy the information and recommendations from ISO in their state ment that "it is critical that ship-owners and operators continue to maintain appropriate safety processes and procedures designed to protect the crew and others (e.g., surveyors) who can be exposed to H2S vapour".

Conclusions

10 Norway and INTERTANKO are strongly of the view that the quality of marine fuel oils delivered to ships is of vital importance to ship safety, crew health and environmental protection. Therefore, when addressing document MEPC 61/4/1 and the impact of the marine fuel specifications, the co-sponsors would invite the Committee to also address and discuss the need to improve proper control on marine fuels prior being delivered to ships.The question is whether the only retro-active assessment of fuel quality by the shipowners after the fuel is delivered to ships is adequately responding to the Committee's aims to secure safety of ships and its crew and to achieve environmental protection. In this regard, the Committee may wish to consider whether there is a need for mandatory requirements to ensure fuel oil quality prior to it being delivered to the ship.

Action requested of the Committee

11 The Committee is invited to consider the comments on this document when discussing document MEPC 61/4/1 and take action as appropriate.

Preemraff Göteborg, Preem's wholly owned refinery in Gothenburg, Sweden. VARO Energy expands renewable portfolio with Preem acquisition  

All-cash transaction expected to complete in the latter half of 2025.

Pictured: Biofuel is supplied to NYK Line's Noshiro Maru. The vessel tested biofuel for Tohoku Electric Power in a landmark first for Japan. NYK trials biofuel in milestone coal carrier test  

Vessel is used to test biofuel for domestic utility company.

Pictured (from left): H-Line Shipping CEO Seo Myungdeuk and HJSC CEO Yoo Sang-cheol at the contract signing ceremony for the construction of an 18,000-cbm LNG bunkering vessel. H-Line Shipping orders LNG bunkering vessel  

Vessel with 18,000-cbm capacity to run on both LNG and MDO.

Stanley George, VPS Group Technical and Science Manager, VPS. How to engineer and manage green shipping fuels | Stanley George, VPS  

Effective management strategies and insights for evolving fuel use.

Sweden flag with water in background. Swedish government bans scrubber wastewater discharges  

Discharges from open-loop scrubbers to be prohibited in Swedish waters from July 2025.

The ME-LGIA test engine at MAN's Research Centre Copenhagen. MAN Energy Solutions achieves 100% load milestone for ammonia engine  

Latest tests validate fuel injection system throughout the entire load curve.

Terminal Aquaviário de Rio Grande (TERIG), operated by Transpetro. Petrobras secures ISCC EU RED certification for B24 biofuel blend at Rio Grande  

Blend consisting of 24% FAME is said to have been rigorously tested to meet international standards.

Avenir LNG logo on sea background. Stolt-Nielsen to fully control Avenir LNG with acquisition  

Share purchase agreement to buy all shares from Golar LNG and Aequitas.

Seaspan Energy's 7,600 cbm LNG bunkering vessel, s1067, built by Nantong CIMC Sinopacific Offshore & Engineering Co., Ltd. Bureau Veritas supports launch of CIMC SOE's LNG bunkering vessel  

Handover of Seaspan Energy's cutting-edge 7,600-cbm vessel completed.

The world's first methanol-fuelled container ship, Laura Maersk. Methanol as a marine fuel | Steve Bee, VPS  

How environmental legislation has driven the development of low-sulphur fuels and methanol-ready ships.


↑  Back to Top