Posted on May 9, 2022
Hornblower Group reports that its subsidiary, Hornblower Energy, has received an $8 million grant from the U.S. Department of Energy (DOE) to design, construct and operate a green hydrogen maritime fueling station.
Fueling is expected to be available in 2024 and thereafter.
Naval architecture and marine engineering firm Glosten is leading the design of the floating platform and integration of the hydrogen production, storage, and bunkering equipment. Additionally, Glosten is leading the regulatory liaison with the U.S. Coast Guard to establish the regulatory framework and design approvals.
The green hydrogen will be produced through the use of hydroelectric power and will be supplied to ferries and other vessels in the United States. The first in the world of its kind, the three-year project officially began in 2021 in San Francisco and has a projected completion date of 2025. Fueling is expected to be available in 2024 and thereafter.
This project will demonstrate the use of zero-carbon hydroelectric energy for the electrolysis of water, producing green hydrogen for ferries and maritime vessels and for growing land uses of hydrogen, for example hydrogen fuel cell vehicles.
The floating and movable system is also compatible with other zero-carbon sources of electricity, for example offshore wind.
The contract was awarded by the DOE’s Office of Energy Efficiency & Renewable Energy (EERE), Hydrogen and Fuel Cell Technologies Office in support of its H2@Scale initiative for affordable hydrogen production, storage, distribution, and utilization.
Hornblower’s station will support the EERE’s multi-year initiative to fully realize hydrogen’s benefits across the economy.
“With Hornblower Group’s long-standing environmental record of developing ways and resources to implement green practices, I am incredibly proud of the work our team has put forward in leading this next phase of hydrogen fueled technology,” said Kevin Rabbitt, chief executive officer, Hornblower Group. “As we continue our efforts to position Hornblower as a global leader in experiences and transportation, this industry-first fueling station proves our commitment to investing in new and innovative technologies within the maritime industry and beyond.”
Hornblower says the project will demonstrate the feasibility and viability of hydrogen production, storage, and fueling on the water, establishing robust science-based protocols, procedures, operating parameters, and attendant training materials for the safe and routine generation and storage of electrolyzed hydrogen and handling of water-to-water and water-to-land hydrogen and fuel-cell power transfer.
Over the last fifteen years, Hornblower has been at the forefront of implementing environmentally conscious, emissions-reducing solutions across a wide range of propulsion systems and energy inputs, including hybrid, hybrid-electric, all-electric, efficient engine, biofuels, and hydrogen.
“Hydrogen technology will very likely play an important role in zero-emission energy efforts for years to come, and while this new project is uncharted territory for the entire industry, Hornblower is dedicated to sustainable practices both on land and on the water,” said Cameron Clark, chief strategy and business development officer at Hornblower Group. “With a global fleet of more than 200 vessels with additional vehicle and bus operations, this new undertaking builds upon our broad category of results-oriented consultation and operational services and environmental engagement. We appreciate the leadership and support from the DOE in demonstrating and supporting promising green energy projects like ours.”
Public sector entities behind the project include Sandia National Laboratories and the Port of San Francisco. Private sector collaborating vendors include Air Liquide, BayoTech Group, Nel Hydrogen, Inc. and Glosten.
“The Port of San Francisco is excited to partner with Hornblower on this important project to demonstrate how new green technology will shape the future of the maritime industry,” said Elaine Forbes, Executive Director of the Port of San Francisco. “Promoting the use of hydrogen fuel to power the movement of people and goods, across our beloved Bay and waters far from our shores, will reduce our dependence on fossil fuels and a key tool to helping to fight climate change.”
“As the shipping industry navigates the transition from fossil fuels to zero-emission fuels, I’m confident hydrogen will play an essential role,” said Michael Koonce, BayoTech’s President. “We’re proud to support Hornblower in this groundbreaking project with our unique high-capacity, compact hydrogen storage modules.”
This project will demonstrate a first-of-its kind hydrogen production, storage and fueling capabilities of up to 530 kg of hydrogen per day. An integrated system of green hydrogen production via water electrolysis and hydrogen power generation via fuel cell—both mounted on the floating station—will bring commercial hydrogen technology to the maritime industry. Hydrogen vessels currently under development and expected to be operating in San Francisco Bay—such as the Sea Change and Hornblower’s own Discover Zero—will benefit from having a secure and affordable supply of green hydrogen. The project will leverage maritime users to stimulate a renewable maritime hydrogen ecosystem along San Francisco Bay, serving as a blueprint for safely establishing maritime station-based renewable power.
Hornblower says its environmental and technology accomplishments include establishing the first passenger maritime installation of Selective Catalytic Converters (SCR) to reduce nitrogen oxide (NOx) emissions in 2007, the first hybrid vessel(s) to incorporate multiple sources of renewable electric power including solar and wind in 2008, the country’s first all-electric ferry in conjunction with the Alabama Department of Transportation, the first all-electric passenger ferry system in the United States, and the design and delivery of newly constructed 350-passenger ferries for the NYC Ferry system with Tier 4 engines in April 2020.
Source: Marine Log
