This is a legacy page. Please click here to view the latest version.
Wed 5 Sep 2018, 00:07 GMT

Yangtze ECA to require 0.5%S fuel use at all times from October


New rules set to be implemented three months early.


Image credit: Pixabay
The Maritime Safety Administrations (MSA) of Shanghai and Zhejiang have issued notices on the requirements to use fuel with a maximum fuel sulphur content of 0.5 percent at all times within the Yangtze River Delta Emission Control Area (ECA) from next month.

Starting from October 1, 2018, ships are to use fuel with a sulphur content of no more than 0.5 percent when entering into the Yangtze River Delta ECA and when at any berth or anchorage. It means that vessels must switch over to compliant fuel in sufficient time before entering the ECA.

Currently, and since January, vessels at berth in any port within this ECA are required to use fuel with a maximum sulphur content of 0.5% - except one hour after arrival and one hour before departure.

The changes in requirements where compliant fuel must be used at all times within the ECA represent an early adoption of a standard that was not expected to enter into force until January 1, 2019.

Vessels may use scrubbers to meet the new rules, whilst ships equipped to receive shore power are advised to connect to shore power when berthing in Shanghai at a terminal equipped with cold ironing facilities.

Ships berthing at Ningbo-Zhoushan and Jiaxing are to prioritize using shore power 'if the condition allows'.

Vessels will need to apply in advance to the appropriate regional MSA for any exemptions on using non-compliant fuel.

The key Yangtze River Delta ECA MSAs are Shanghai, Jiangsu Province and Zhejiang Province. Jiangsu includes the key ports of Nantong and Suzhou, whilst Zhejiang covers Ningbo-Zhoushan (including Beilun, Chuanshan, Daxie, Zhenhai, Meishan, Shengsi, Liuheng, Dinghai, Qushan and Jintang).

In China's two other ECAs, Bohai Bay and Pearl River Delta, the situation is said to remain unchanged, with the requirement to use compliant fuel at all times set to become effective on January 1, 2019.

P&I club North of England P&I has advised ship operators to have a plan in place for switching over to compliant fuel when entering the Yangtze River Delta ECA. They are advised to consider the following issues:

- Heavy fuel oil requires heating whereas distillates such as marine gas oil generally do not. It is important to control the rate of temperature change when changing between these fuels.

- Ensure fuel oil spill returns from engines and other equipment are properly routed to avoid contamination of tanks.

- Changeover procedures must be workable and practical.

- Crew are trained and practice fuel changeovers - they fully understand the process and consequences of getting it wrong.

- When there are two fuels mixing in the supply line, there may be compatibility issues which can lead to the formation of sludge and block the pipework. It is advisable to carry out compatibility tests between the different fuels on board before use.

- There may be a need to undertake modifications to the vessels and its systems, such as fuel treatment arrangements. There will be a need for adequate storage capacity for the various grades of fuel and the suitability of the tanks must be assessed, such as protection from heat sources.

- Consider sending distillate bunker samples for laboratory testing and if operating in cold climates, know the cold flow characteristics of the fuel. Distillates can be adversely affected by the formation of wax in cold weather conditions and the fuel specification should be checked for cloud point and cold filter plugging point.

- If possible, carry out the changeover operations away from busy traffic areas and coastal areas.


IBIA MFM bunkering training course graphic. IBIA announces new date for mass flow meter training course in Rotterdam  

Training scheduled for 12 May follows mandatory MFM implementation at Rotterdam and Antwerp-Bruges ports.

A Maersk vessel, pictured from above. Maersk and Hapag-Lloyd suspend Strait of Hormuz transits amid Middle East security crisis  

Container carriers reroute services around the Cape of Good Hope as military conflict escalates.

Map of Middle East. Operations continue as normal at most Middle East ports  

Most facilities operating normally, with exceptions in Bahrain, Oman and Saudi Arabia.

Photograph of the 93,000-cbm very large ammonia carrier (VLAC) Gaz Ronin. Naftomar takes delivery of 93,000-cbm dual-fuel ammonia carrier  

Gaz Ronin features a MAN dual-fuel engine with high-pressure selective catalytic reduction technology.

Aurora Botnia leaving harbor. AYK Energy completes world’s largest marine battery retrofit on Wasaline ferry  

Aurora Botnia receives 10.4 MWh battery system, bringing total capacity to 12.6 MWh.

Steel cutting ceremony for an LNG dual-fuel 307,000-tonne crude oil tanker with builder's hull no. 113. Dalian Shipbuilding begins construction on LNG dual-fuel crude tanker  

Development is one of a number of milestones reported by parent company over the past few days.

Photograph of Sallaum Lines' Ocean Breeze vessel with 'Introducing The Blue Corridor' overlaid text. Sallaum Lines launches Blue Corridor sustainability initiative for Europe–Africa ro-ro trade  

Company deploys LNG-capable vessels with AI routing and eco-speed protocols on new green shipping corridor.

The platform supply vessel Viking Energy. Eidesvik Offshore signs yard contract for ammonia retrofit of PSV Viking Energy  

Halsnøy Dokk to convert platform supply vessel as part of EU-backed Apollo project.

Vanquish tanker alongside Jette Theresa oil/chemical tanker docked at terminal. North Sea Port completes risk analysis for alternative fuel bunkering operations  

Port authority says LNG, hydrogen, methanol and ammonia can be safely refuelled across its facilities.

Container ship near a port. Ammonia emerges as most feasible alternative fuel for deep-sea shipping in 2050 emissions study  

Research combining expert survey and technical analysis ranks ammonia ahead of hydrogen and methanol.


↑  Back to Top


 Recommended