Mon 13 Sep 2010, 09:45 GMT

Asia's first fuel switch programme


Fuel switch scheme is launched in Hong Kong following 'successful' supervised testing.



Following what has been described as 'successful government supervised testing' on Eleonora Maersk on September 5th 2010, Maersk Line has announced that it will commence using low-sulphur fuel in its engines while at berth in Hong Kong, thereby kicking off the first voluntary fuel switch scheme in Asia.

“By switching from bunker to cleaner fuel at berth, we significantly reduce emissions of sulphur into the air,” said Tim Smith, Chief Executive of Maersk Line’s North Asia Region.

Maersk Line makes around 850 port calls in Hong Kong every year. Switching from bunker fuel, which is used at high sea, to low-sulphur fuel is expected to reduce Maersk Line’s emissions of sulphur oxides (SOx) and particles by at least 80 percent. The Hong Kong initiative will entail an additional cost of USD 1 million annually to Maersk Line.

Based on experiences from California, Houston and elsewhere, Maersk Line responded when the Civic Exchange, a local business NGO, and Hong Kong’s environmental authorities explored the possibility of a local fuel switch.

According to Tim Smith, “We share the ambitions of the local government and Civic Exchange in Hong Kong and would like to contribute to a better air quality. We hope this voluntary initiative will show the way for future legislation,” he added.

“By engaging in voluntary fuel switches in Hong Kong and elsewhere, we want to demonstrate that it is a way to quickly reduce sulphur emissions without any technical difficulties. We support strict sulphur regulation and we hope that our fuel switches will inspire authorities to raise the regulatory bar on SOx,” said Morten Engelstoft, Chief Operating Officer at Maersk Line. Company insiders feel that Hong Kong is only a step towards a cleaner industry and a lot more can be done.

“Shipping is very efficient in terms of cutting CO2 emissions compared with other means of transportation. But shipping’s SOx emissions need to be dealt with,” added Engelstoft.


Aurora Botnia vessel. Gasum and Wasaline extend bio-LNG supply agreement to 2027  

Nordic energy company renews fuel supply contract with Finnish-Swedish ferry operator through 2027.

Luminara vessel truck-to-ship bunkering. MOL Techno-Trade completes Japan’s first truck-to-ship LNG bunkering for foreign cruise vessel  

Ritz-Carlton cruise ship Luminara refuelled at Nagasaki Port using truck-to-ship method on 3 April.

NKT Eleonora vessel cable-laying. Methanol-ready cable-laying vessel hull launched in Romania  

Shipbuilder floats hull of dual-fuel vessel designed for offshore renewable energy cable operations.

Dr Prapisala Thepsithar, GCMD. GCMD biofuels lead receives Singapore standardisation award  

Dr Prapisala Thepsithar recognised for contributions to marine biofuel specification development.

Marine Energy Wales (MEW) Conference 2026 graphic. Certas Energy to attend Marine Energy Wales conference in April  

Marine fuel supplier to discuss sector solutions at UK marine renewable energy conference.

Dinamo IV vessel. Sanmar completes sea trials for 14th all-electric tugboat  

Turkish shipyard marks half-century in business with latest battery-powered vessel from ElectRA series.

Gotland Horizon X render. Echandia to supply battery system for Gotlandsbolaget’s hybrid ferry  

Swedish battery supplier wins contract for new high-speed catamaran operating between Visby and Nynäshamn.

Suezmax crude oil tanker render. Guangzhou Shipyard secures Suezmax order, delivers vessels ahead of schedule  

China State Shipbuilding subsidiary reports nine vessel deliveries in the first quarter of 2026.

Clean ammonia project pipeline chart as of March 2026. Renewable ammonia pipeline grows despite Norway project freeze  

GENA Solutions tracks 325 projects totalling 146 MMT of capacity by 2034 despite execution challenges.

Antwerpen and Arlon naming ceremony. Exmar names world’s first ocean-going ammonia dual-fuel gas carriers in South Korea  

Two 46,000-cbm vessels can reduce CO₂ emissions by up to 90% during navigation.