This is a legacy page. Please click here to view the latest version.
Wed 7 Dec 2016, 10:04 GMT

Gard issues alert on tougher at-berth emission requirements in California


From January, certain vessels must cut at-berth NOx and diesel PM emissions from auxiliary engines by 70%.



Source: Gard

The regulatory changes are part of the increasingly stricter air emission requirements enforced through California's At-Berth Regulation, which was approved by the Californian Air Resource Board (ARB) in December 2007. The regulation is aimed at reducing diesel particulate matter (PM) and nitrogen oxides (NOx) emissions generated from the operation of auxiliary diesel engines on certain types of vessels whilst berthed at a Californian port.

Requirements

From 1 January 2017, regulated vessel fleets must reduce emissions by 70 percent whilst berthed - an increase from the current required reduction of 50 percent which has been in force since 1 January 2014. From 1 January 2020, an 80 percent reduction in at-berth emissions will be required.

The At-Berth Regulation applies only to certain types of vessels and only when these vessels are frequent visitors to Californian ports. Fleets of container and refrigerated-cargo vessel whose vessels cumulatively make twenty-five (25) or more visits annually to one port are covered by the Regulations. The same are fleets of passenger vessels whose vessels cumulatively make five (5) or more visits annually to one port. A 'fleet' is defined as all owned and chartered ships of one vessel type that are under the direct control of the same company.

It should also be noted that the At-berth Regulation defines 'California ports' as the Port of Hueneme, the Port of Los Angeles (POLA) and Port of Long Beach (POLB), the Port of Oakland, the Port of San Diego, and the Port of San Francisco; and states that POLA and POLB shall be treated as one port for the purposes of this regulation.

Options for compliance

Regulated fleets have two options to ensure compliance:

1) The 'Reduced Power Generation Option' relies on the use of shore base electrical power. Fleets complying under this option must ensure that each vessel satisfies a fixed time limit on engine operation per visit and that the fleet's total onboard auxiliary engine power generation is reduced by at least 70 percent from the fleet's baseline power generation.

2) The 'Equivalent Emissions Reduction Option' relies on the use of alternative control technologies. Fleets complying under this option must reduce PM and NOx emissions by at least 70 percent using ARB-approved technology.

A fleet's baseline power generation is the amount of electrical power used by all vessels in the fleet while the vessels are docked at berths located at a California port during a calendar quarter or other time period specified in the regulation.

Recommendations

Members and clients with regulated container, refrigerated cargo or passenger vessel fleets calling at California ports are advised to take note of the at-berth regulatory changes entering into force on 1 January 2017. A plan identifying the compliance option to be used to reduce at-berth emissions at a port and outlining how vessels in the fleet will comply with the forthcoming requirements of the Regulation must be submitted to the ARB well in advance of any planned port calls in 2017.

For additional information, reference is made to ARB's website on Shore Power for Ocean-going Vessels and their recent Advisory of 3 November 2016. In their Advisory, the ARB acknowledges that it may not be possible to satisfy some provisions in the Regulations under certain circumstances and describes six scenarios where it will consider excusing a vessel's failure to comply with the applicable at-berth requirements.


Iceberg floating in Arctic waters. IMO members urged to back mandatory Arctic fuel standards to cut black carbon emissions  

Clean Arctic Alliance calls for polar fuel measure requiring cleaner fuels in Arctic waters.

AET’s hybrid electric vessel render. AET adds hybrid-electric shuttle tanker to fleet with dual-fuel capability  

Tanker operator brings first hybrid-electric DPST into service on long-term charter with lower-emissions technology.

Methanol ship-to-ship bunkering operation at anchorage in Yokohama. Japan completes first ship-to-ship methanol bunkering at anchorage in Yokohama  

Five-way partnership delivers methanol fuel transfer between vessels at Keihin Port using domestically produced biomethanol.

Anna Cosulich vessel. Cosulich launches first methanol-ready bunker tanker in China  

Anna Cosulich is first of four sister vessels in fleet expansion programme.

Keel-laying ceremony of Natalia Cosulich. Cosulich begins construction of fourth methanol-ready bunker tanker in China  

Steel cutting for Natalia Cosulich marks completion of the group’s new alternative fuel-capable vessel series.

AiP award ceremony for cubic tank concept. Lloyd’s Register grants approval in principle to GTT’s CUBIQ LNG fuel tank design  

Classification society approves CUBIQ system designed to expand membrane-type LNG fuel tanks into commercial shipping.

International Chamber of Shipping nuclear webinar. ICS to host webinar on regulatory framework for nuclear merchant ships  

International Chamber of Shipping event on 26 February will examine regulatory pathways for nuclear vessels.

Cosco Shipping Libra vessel. World’s first full methanol dual-fuel retrofit completes maiden voyage  

Cosco Shipping Libra covered 27,800 nautical miles on a 106-day voyage after main and auxiliary engine conversion.

PetroChina Petroineos Trading logo. PetroChina International seeks bunker trader for Rotterdam as it expands ARA marine fuel operations  

Chinese energy trader aims to boost alternative fuels portfolio and market share in Europe.

MyStar vessel truck-to-ship bunkering. Tallink Group moves towards 100% renewable fuel on Helsinki–Tallinn route  

Megastar and MyStar ferries to run entirely on liquefied biomethane supplied by Elenger.


↑  Back to Top