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Home›Green Marine›OSG wins $3M US DOE grant to design vessel for LCO2 transport
Green Marine

April 23, 2024 · about 2 years ago

OSG wins $3M US DOE grant to design vessel for LCO2 transport

The US-based energy transportation services provider Overseas Shipholding Group (OSG), has been awarded a $3 million grant from the United States Department of Energy (US DOE) for the engineering and design of a new vessel that will transport liquified carbon dioxide (LCO2).

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OSG
Illustration. OSG 204 Image Courtesy: Business wire/OSG

The US-based energy transportation services provider Overseas Shipholding Group (OSG), has been awarded a $3 million grant from the United States Department of Energy (US DOE) for the engineering and design of a new vessel that will transport liquified carbon dioxide (LCO2).

The award will be used to develop the design of an articulated tug and barge unit (ATB) to be used to transport CO2 captured by emitters in the Greater Tampa Bay region and across the State of Florida to sequestration sites in the Gulf of Mexico.

As informed, the new vessel grant provides further resources towards the development of a complete CO2 storage and transport solution for industrial emitters in Florida.

In December 2023, the Department of Energy awarded OSG $400,000 for the development of the company’s proposed Tampa Regional Intermodal Carbon Hub (T-RICH). The T-RICH grant funds a study led by OSG to develop an intermediate storage hub at Port Tampa Bay for captured CO2. T-RICH would initially receive, store, and process two million metric tons of CO2 per year and could be scaled in the future to meet expanded volumes of captured CO2.

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The ATB which is the focus of the current grant would provide a marine transport solution for captured CO2 aggregated at the T-RICH hub terminal in Tampa, to be shipped in liquified form to developed, approved sequestration sites in the northern Gulf of Mexico region.

“The Department of Energy has encouraged the development of carbon capture and storage (CCS) systems as part of the United States’ goal to reduce CO2 emissions to achieve net zero carbon by 2050,” Sam Norton , OSG’s President, and CEO, said.

“CCS systems are expected to provide up to 30% of that total carbon emission reduction. OSG has an extensive track record as a leading provider of energy transportation of adopting new technologies and developing innovative solutions to meet our country’s energy needs,” Norton explained.

“Transporting liquified CO2 is a natural next step into an exciting emerging market, consistent with OSG’s expertise with liquid cargoes.”

“The development of a CO2 transport ATB, along with the previously awarded hub storage terminal grant at Port Tampa Bay, provides a comprehensive solution for Florida’s largest emitting industrial facilities to be part of the nation’s response to the impacts of climate change to which Florida’s residents and sensitive ecosystems are most vulnerable. OSG’s solution will help accelerate the adoption of carbon emission reduction plans in Florida, result in improved health of affected communities, create hundreds of new jobs, and bring innovative and transformative technologies to Florida,” Jeff Williams , OSG’s Director of CO2 Transport Solutions, commented.

“The State of Florida presents a unique opportunity for the transportation of liquified CO2. Florida has the country’s fourth largest CO2 emissions from power generation and industrial facilities but has no pipeline system capable of transporting captured CO2 out of state,” Williams continued. “OSG’s proposed T-RICH hub site at Port Tampa Bay would aggregate and store CO2 captured for loading into the LCO2 ATBs operated by OSG. The cargoes would then be delivered to the northern Gulf of Mexico, which has the largest confirmed capacity for safe, deep, permanent underground sequestration of captured CO2.”

A fleet of 55 CO2 carriers will be required by 2030 to meet the upcoming demand from offshore storage projects, according to Rystad Energy. The Oslo-based energy research and business intelligence company estimated that more than 90 million tonnes per annum (tpa) of CO2 will be shipped by the end of the decade.

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