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ABB partners with Vigor to pave the way for Washington State Ferries’ shift towards zero-emission fleet

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ABB partners with Vigor to pave the way for Washington State Ferries’ shift towards zero-emission fleet. Image: ABB
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ABB has been selected by American shipbuilding company Vigor Fab LLC as the hybrid-electric propulsion and energy storage system provider for the newest additions to the Washington State Ferry fleet, setting the largest U.S. ferry system on course for zero-emission operations

The new ‘Olympic Class’ ferries, which will have the capacity to carry 144 cars and 1,500 passengers each, herald a new era for the Washington State transport operator in the shift toward technologies that enable significant reductions in greenhouse gas emissions and fuel use.

Upon delivery in 2024, the initial vessel of the series will be the first newbuild in Washington State Ferry’s fleet to feature hybrid-electric propulsion and a high capacity energy storage system. The new vessels will be able to fully operate on battery power and will have the capability to revert to hybrid mode, if required.

“This landmark project supports Washington State’s goal for 2050 to reduce emissions by 57.5 percent below the emissions level in 2019, utilizing a hybrid and electric propulsion solution that is space-efficient, easy to install and flexible in operation,” said Jay Hebert, Vice President – Marine Fabrication, Vigor. “Vigor is delighted to partner with ABB in this remarkable work prompted by the commitment of Washington Governor Jay Inslee, the state legislature and Washington State Ferries to replace aging ferries with clean technology in alignment with the state’s commitment to environmental stewardship.”

Leveraging ABB’s Onboard DC Grid™ power distribution system and proven drive technology, the new ferry design will optimize energy use, whether drawing on main engine power, battery power or a combination of the two. The battery power can also extend zero-emissions capability along the supply chain by using renewables and hydroelectric power.

“Moving towards a zero-emission future relies on technologies that meet the environmental and cost needs of today – and offer flexibility to integrate future energy sources in the years ahead,” said Juha Koskela, Managing Director, ABB Marine & Ports. “ABB is delighted to support this milestone project demonstrating the way that electric, digital and connected solutions can deliver shipping’s zero-emission future.”

Washington State Ferries is the largest ferry system in the U.S. By 2040, the Washington Ferry System plan is to replace 13 existing diesel ferries with hybrid-electric newbuilds and to convert six other ferries to plug-in hybrid, with recharging capacity installed at many ferry terminals. All hybrid vessels will be capable of charging at the terminal, and some of the vessels will be capable of operating in fully electric mode on shorter routes. With the addition of newer-built, clean energy ferries to the fleet, fuel consumption is projected at 9.5 million gallons in 2040, compared to 19 million gallons in 2018, with CO2 emissions expected to fall below 2050 reduction targets by 2034.

Figures from trade association Interferry indicate that ferries transport 2.1 billion passengers and 250 million vehicles worldwide every year. As numbers increase, the sector is under pressure to meet International Maritime Organization’s (IMO) targets to reduce annual emissions by 30 percent by 2025.

Environment

SSAB Raahe’s steel plant is testing biogas from Gasum as a maritime transport fuel

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SSAB Raahe’s steel plant is testing biogas from Gasum as a maritime transport fuel. Image: Gasum Oy
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The test will be carried out in collaboration with ESL Shipping and Gasum. This is the first time that biogas will be used as fuel for ships in Finland.

SSAB, ESL Shipping and Gasum are working together to reduce the emissions arising in shipping SSAB’s raw materials. Last year, SSAB and ESL Shipping introduced a new transport chain that, in comparison with its predecessor, nearly halved the carbon dioxide emissions originating in shipping SSAB’s raw materials between Luleå, Oxelösund and Raahe.

The improved transport chain brought into use ESL Shipping’s new ships Viikki and Haaga which are fueled by liquefied natural gas rather than conventional fuels. Now these companies are piloting the use of liquefied biogas as a supplementary fuel to further replace fossil fuels.

In the test that kicked off yesterday, M/S Viikki was fueled with LNG and one tanker load of liquefied biogas which was brought to SSAB Raahe from the Gasum Terminal in Pori.

“With this test, we aim to find out whether biogas could be used in small amounts for maritime transport to reduce emissions. The methane in biogas originates from biogenic material and so does not contain any fossil coal.  This means the amount of biogas used in the test could further reduce the fossil  carbon dioxide emissions originating in this transport chain by between 25% and 28%,” says Harri Leppänen, Head of Environment, Health & Safety at SSAB.

Efforts toward removing fossil CO2 emissions from the transport chain would require replacing all LNG with LBG and replacing  the diesel fuel used to power  the ship’s engine with fossil-free biodiesel.

“Our company’s key environmental goal for 2020 is testing biogas in our ships. We have been engaged in long-term environmental work together with SSAB for years, and now we are taking a new significant step towards fossil-free sea transport, “says Mikki Koskinen, ESL Shipping’s Managing Director.

“The test with ESL and SSAB is in line with our strategy to bring cleaner fuels to our customers. We are all the time increasing our biogas production and sourcing to meet growing demand of our customers. We are already in discussions with ESL about running vessels Viikki and Haaga on 100% LBG,” says Jacob Granqvist, Sales Director maritime, Gasum.

SSAB wants to launch fossil-free steel on the market as the world’s first steel company as early as 2026. The entire company is aiming to be fossil free by 2045. To achieve these targets, SSAB together with LKAB and Vattenfall has launched the HYBRIT initiative to eliminate fossil carbon dioxide emissions across the entire steel manufacturing value chain from mines to finished steel products. “However, for operations to be entirely fossil free, it is also necessary to strive to eliminate fossil fuels from shipping,” Harri Leppänen continues.

More than 90% of carbon dioxide emissions at SSAB Raahe originate in ironmaking, where coal is used as a raw material in the reduction process. The HYBRIT initiative aims to replace coal with hydrogen, which means emissions will be water vapor instead of carbon dioxide.

Iron is made at SSAB Raahe using two blast furnaces, one of which will be decommissioned in about 2029, when half of the production will switch to electric arc furnace technology where hydrogen-reduced iron and recycled steel will be used as raw materials. This transition will cut the plant’s emissions by about 40%. The other blast furnace will also be replaced by an electric arc furnace by 2040, which will reduce the plant’s fossil carbon dioxide emissions to zero if shipping can be operated without fossil fuels.

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Container Shipping Lines

Maersk fleet to improve ocean and climate science

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Maersk vessels will be assisting global research efforts on weather patterns and climate change by committing 300 company-owned vessels to participate in the global Voluntary Observing Ship program. While Maersk already has many vessels contributing to the VOS, the newly expanded commitment will see its entire fleet participating by the end of 2020. The recorded data helps meteorologists create more accurate weather and storm forecasts – and will also be used in the creation of atmosphereocean models that will help scientists better understand climate change.

“As a global container logistics company, our vessels form a vital role in keeping supply chains moving safely and timely. Helping weather forecasting and climate science advance makes great sense to us, since both of these areas affect our operations in various ways,” said Aslak Ross, Maersk’s Head of Marine Standards.

Improving data accuracy and efficiency – digitally

While scientists have been collecting and sharing weather and ocean condition observations for over 150 years around the world, technological advances have significantly increased the amount of information which can be shared.

A typical VOS records and transmits observations manually, with a vessel crewmember reading data from instruments onboard the ship, or in some cases through automated weather stations (AWS). The data is then sent to the various National Meteorological Services for use in weather prediction models and to monitor actual conditions at sea.

To obtain more data with higher precision, the first five Maersk vessels participating in the VOS program are equipped with a more advanced type of AWS, called the European Common Automatic Weather Station (EUCAWS). The EUCAWS system automatically collects data on atmospheric pressure, air temperature and relative humidity and transmits them hourly to designated research stations. By the end of 2020, a total of 50 such stations are planned to be operational on Maersk vessels, providing the largest fleet of AWS from a single company.

“If we can help create even marginal improvements to the quality of weather routing services, these will be important levers in our constant efforts to improve the safety of our crews and assets and ensure reliable arrival times for our customers’ supply chains,” said Mr. Ross.
While over 3000 ships are involved in the VOS program, overall participation has declined in recent years due to the reduction in the global commercial fleet’s financial and crew resources. New technologies such as AWS and electronic logbooks, however, have led to an increase in the quantity and quality of observations from each vessel. As the world’s largest container ship fleet operator, Maersk will be making a significant contribution to improving the amount and quality of data available to the study.
Mr. Ross added “Climate change is one of the biggest challenges facing the global community, impacting our business as well as the societies and customers we serve and partner with in enabling trade. We have an ambitious strategy to decarbonize our fleet of vessels by 2050 and as we execute this plan, we are proud to have our vessels and crews help researchers in gaining a better understanding of this key global challenge.”
In the United States, Maersk has worked actively with the VOS partner organization and the U.S. National Oceanic and Atmospheric Administration (NOAA) on a variety of environmental programs. These have included testing air quality and vessel stack emissions and whale protection programs on both coasts.
“We are pleased to be able to expand our long-term work with NOAA to help gather high quality data to improve understanding of global weather and climate conditions. This complements our work here in the US with NOAA on air quality, vessel emissions and protecting endangered whales,” noted Maersk North America’s Director of Environment and Sustainability, Dr. Lee Kindberg.

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Environment

Valenciaport joins the international declaration in support of maritime trade to combat the Covid-19 pandemic

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Valenciaport joins the international declaration in support of maritime trade to combat the Covid-19 pandemic. Image: Port Authority of Valencia
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The Port Authority of Valencia has adhered to the International Declaration promoted by the Port Authorities Roundtable (PAR) to highlight the role of the port and maritime sector in maintaining commercial activity and the global supply of goods during the health emergency resulting from the Covid-19 pandemic.

The Port Authorities Roundtable is made up of the main port authorities in Asia, the Middle East, America and Europe, including the Port Authority of Valencia. This declaration has the support of 57 ports around the world and different international organizations. In the text, the signatory entities commit themselves to work together to:

– Encourage merchant ships to continue docking at port terminals to carry out loading operations and ensure the global supply chain.

– Facilitate closer coordination and communication channel between Port Authorities to share experiences and exchange information in the fight against Covid-19 while maintaining unhindered maritime trade. 

– Adopt best practices to combat Covid-19 according to each country’s circumstances, including precautionary measures for the shipping community, assistance for shore staff and ship’s crew, safe handling of cargoes and measures taken to deal with cases of Covid-19.

Finally, members of the RAP are grateful through this statement for our deepest appreciation to the entire port community that is working tirelessly during the pandemic to facilitate the continuation of international trade in these difficult times. 

The manifesto signed by the port authorities is in line with the statement made by the International Maritime Organization (IMO) on the importance of minimizing disruption to maritime trade and shipping activities so that vital goods, especially essential medical supplies, can continue to flow seamlessly across different regions in the world.

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