Mon 9 Mar 2009 16:52

GHG working group convenes in London


Week-long IMO session tasked with developing energy efficiency indices for ships.



The Second Intersessional Meeting of the International Maritime Organization's (IMO) Working Group on Greenhouse Gas Emissions (GHG) from Ships is being held this week (9 to 13 March, 2009) at the headquarters of the IMO in London.

More than 200 delegates, comprising experts from all over the world, are registered for attendance.

The week-long session is tasked with further developing and finalizing the Energy Efficiency Design Index for new ships and the revised interim guidelines on the Energy Efficiency Operational Index.

The working group will also consider the introduction of a management tool for all ships, guidance on best practices and other voluntary operational measures, as well as discuss the possible impacts of the measures envisaged on the shipping sector.

The group will submit a report of its discussions to the 59th session of IMO's Marine Environment Protection Committee (MEPC), which will meet from 13 to 17 July 2009. MEPC 59 is also expected to further discuss market-based measures, following consideration of the issue at MEPC 58 in October last year.

Although, to date, no mandatory GHG instrument for international shipping has been adopted, IMO has given extensive consideration to the matter, with progress being made in 2008 at the first GHG Working Group intersessional meeting (in June 2008) and at MEPC 58.

MEPC 59 will report on the measures agreed to reduce GHG from ships to the conference that the United Nations will convene in Copenhagen in December 2009, which is set to agree on a successor instrument to the Kyoto Protocol to the United Nations Framework Convention on Climate Change (UNFCCC).


Marius Kairys, CEO of Elenger Sp. z o.o. Elenger enters Polish LNG bunkering market with ferry refuelling operation  

Baltic energy firm completes maiden truck-to-ship LNG delivery in Gdansk.

Samsung Heavy Industries (SHI) virtual reality (VR) training program developed in collaboration with Evergreen. SHI develops VR training solutions for Evergreen's methanol-fuelled ships  

Shipbuilder creates virtual reality program for 16,500 TEU boxship operations.

Illustratic image of Itochu's newbuild ammonia bunkering vessel, scheduled for delivery in September 2027. Itochu orders 5,000 cbm ammonia bunker vessel  

Japanese firm targets Singapore demonstration after October 2027, with Zeta Bunkering lined up to perform deliveries.

Bunkering of the Glovis Selene car carrier. Shell completes first LNG bunkering operation with Hyundai Glovis in Singapore  

Energy major supplies fuel to South Korean logistics firm's dual-fuel vessel.

Orient Overseas Container Line (OOCL) vessel. CPN delivers first B30 marine gasoil to OOCL in Hong Kong  

Chimbusco Pan Nation claims to be first in region to supply all grades of ISCC-EU certified marine biofuel.

The Buffalo 404 barge, owned by Buffalo Marine Service Inc., performing a bunker delivery. TFG Marine installs first ISO-certified mass flow meter on US Gulf bunker barge  

Installation marks expansion of company's digitalisation programme across global fleet.

Sogestran's fuel supply vessel, the Anatife, at the port of Belle-Île-en-Mer. Sogestran's HVO-powered tanker achieves 78% CO2 reduction on French island fuel runs  

Small tanker Anatife saves fuel while supplying Belle-Île and Île d'Yeu.

Crowley 1,400 TEU LNG-powered containership, Tiscapa. Crowley deploys LNG-powered boxship Tiscapa for Caribbean and Central American routes  

Vessel is the third in company's Avance Class fleet to enter service.

The inland LNG bunker vessel LNG London. LNG London completes 1,000 bunkering operations in Rotterdam and Antwerp  

Delivery vessel reaches milestone after five years of operations across ARA hub.

The M.V. COSCO Shipping Yangpu, China's first methanol dual-fuel containership. COSCO vessel completes maiden green methanol bunkering at Yangpu  

China's first methanol dual-fuel containership refuels with green methanol derived from urban waste.


↑  Back to Top