Fri 4 Feb 2011, 14:31 GMT

Oakland a step closer to shore power


Air District approves $5 million for port’s shore power project.



The port of Oakland has moved closer to clean shore power with Wednesday’s (February 2nd) approval from the Bay Area Air Quality Management District of $5 million from the Mobile Source Incentive Fund (MSIF) for the Port of Oakland’s shore power project.

Shore power provides grid-based electric power from land to vessels, allowing those vessels to turn off their diesel-fueled auxiliary engines when they are at dock. Shore power saves on fuel and eliminates what would otherwise be diesel emissions associated with health risks.

Shore power is a key element of the state’s Goods Movement Emission Reduction Program, the Port of Oakland’s Maritime Air Quality Improvement Plan adopted in 2009, and one of the principal methods of compliance with the California Air Resources Board (ARB) regulation for “vessels at berth”.

The $5 million from the MSIF will contribute to the construction of shore power infrastructure at the first three berths in the Port’s shore power project.

“Shore power is critical to both cleaning up the air and maintaining revenues at the port so we can continue delivering economic benefits to the region and State,” said Port of Oakland Executive Director Omar R. Benjamin.

In December 2007 the California Air Resources Board approved a regulation to reduce emissions from diesel auxiliary engines on container, passenger, and refrigerated-cargo ships while berthing at a California Port. Fifty percent of a fleet's visits to a port must be shore power visits by 2014 and eighty percent of a fleet’s visits must be shore power visits by 2020. Fleet operators visiting California ports will be required to turn off auxiliary engines and connect to clean shore power (most likely an electrical grid) or use alternative control technique(s) that achieve equivalent emission reductions.

“Shore power is one of the most effective ways to reduce emissions from vessels at the Port of Oakland,” said BAAQMD Executive Officer Jack Broadbent, “These projects will significantly reduce pollution and improve air quality.”

According to the Air District, installation of shoreside power at three berths at the port of Oakland will reduce an estimated 33 tons of pollutants and particulate matter annually.

The port and its tenants will need significant funds to help finance shore power infrastructure and ensure delivery of this important initiative. Historically the port’s principal funding sources for maritime environmental improvement activities have been operational revenues and bond funding secured by such revenues.

Because these revenue sources are insufficient to meet the needs of the new shore power project, the port is pursuing and leveraging new funding and financing mechanisms, including grant funding such as the MSIF. So far approximately $40 million has been identified in grant funding, of which approximately $13 million has been secured by the port, including the $5 million just approved by the Air District.

“We estimate that it will cost $90 million for planning and building the land-side infrastructure needed to supply shore power at the port of Oakland,” said the port’s Senior Maritime Projects Administrator Delphine Prévost.

The total combined cost of the port’s project and the private sector shore power improvements at the port is estimated to be more than $100 million.

Prévost added, “This $5 million grant is a big help to getting the project started, though much more funding is needed to complete the project Port-wide. Additionally, the maritime industry is reportedly investing approximately $1 billion in private funds to retrofit their vessels to plug into the power grid when docked at California ports.”


Tangier Maersk vessel. Maersk completes first US ethanol bunkering of a deep-sea container ship  

Shipper tests US-produced corn ethanol as a marine fuel aboard the Tangier Maersk.

CMA CGM Alceste naming ceremony. CMA CGM names methanol-powered vessel after Molière’s Alceste  

Ship features a MAN B&W 8G85ME two-stroke engine configured to run on conventional marine fuel and methanol.

Cutaway illustration of a battery-electric ship. Why batteries still cannot power ships across oceans  

Battery-electric ships dominate short-sea routes, but energy-density and infrastructure constraints keep deep-sea propulsion out of reach.

VPS logo. VPS to run marine fuel management course in Singapore  

Two-day programme in November covers fuel handling, testing and decarbonisation rules, including a laboratory tour.

Rio de Janeiro aerial view. Petrobras launches HSFO bunker sales in Rio de Janeiro  

Brazilian supplier begins prompt HSFO deliveries in Rio, pricing the fuel more than $80 per tonne below VLSFO.

Launching ceremony of MSC Alina X. Changhong International launches eighth LNG dual-fuel container ship for MSC  

10,300-TEU vessel is designed to meet ammonia- and methanol-ready specifications.

Kokuryu Maru vessel. Japan completes first methanol-fuelled coastal vessel and conducts inaugural bunkering  

Mitsubishi Gas Chemical, Kokuka Sangyo and Hanshin Diesel Works mark the completion of methanol-fuelled chemical tanker Kokuryu Maru.

Eleven Energy logo. Eleven Energy recruiting trader for new Singapore office  

Saudi bunkering firm looking to hire in Asian city-state ahead of planned January 2027 start date.

Singapore skyline. VPS advertises for bunker surveyor role in Singapore  

Testing and inspection firm seeks candidate to conduct bunker fuel surveys under Singapore Standards SS 648 and SS 600.

RCL vessels naming ceremony. RCL names first three of eight dual-fuel-ready 4,488-TEU vessels in China  

Regional Container Lines takes delivery of Anitta Bhum on day of naming ceremony.