Hydrogen Transport Future for Geelong

Source: www.gulfoilandgas.com 3/1/2022, Location: Not categorized

Viva Energy announced the launch of Australia’s most ambitious hydrogen mobility project that will see the development of a New Energies Service Station in Geelong that is expected to be the catalyst for a network of hydrogen refuelling stations from Geelong to Sydney and onto Brisbane.

The service station, expected to commence operations in late 2023, will be Australia’s first publicly accessible commercial hydrogen refuelling station. It will also offer electric vehicle recharging alongside green hydrogen refuelling, bringing together the zero emission technologies that will support Australia’s energy transition.

The development will be a key component of Viva Energy’s Geelong Energy Hub, making the city a leader in the adoption of diverse commercial hydrogen-vehicle activity. With this investment, Viva Energy is driving the activation of hydrogen in a cross-section of transport applications and supporting Australia’s vision to become a hydrogen superpower.

The $43.3 million project will incorporate a 2-megawatt electrolyser for the generation of green hydrogen using recycled water from Barwon Water’s Northern Water Plant and is designed to facilitate the commercial deployment of hydrogen fuel cell electric vehicles (FCEVs) in a cross-section of industries that can’t be easily decarbonised. These include road freight, public transport, municipal waste management, water treatment and general fleet.

The project received a $22.8 million grant from the Australian Renewable Energy Agency (ARENA) as part of ARENA's Advancing Renewables Program and brings together a series of diverse industry partners operating an initial fleet of 15 hydrogen-powered heavy vehicles that will be refuelled at the station. The Victorian Government also contributed $1 million to the project via the Renewable Hydrogen Commercialisation Pathways Fund. We thank both Federal and State Governments for their support.

Providing a holistic solution for the delivery of hydrogen vehicles and the supply of hydrogen, the project drives hydrogen demand in parallel with infrastructure development to overcome the ‘chicken-and-egg’ challenge that has traditionally been a key hurdle for the sector.

The project illustrates the benefits of industry and government working together to address carbon emissions in the commercial road transport sector.

Foundation partners deploying vehicles in the first year of the project include:
- Toll Group – two hydrogen-powered prime movers deployed for the delivery of liquid fuels from Viva Energy’s Geelong Refinery to the Shell Coles Express service station network
- ComfortDelGro Corporation Australia (CDC) – two hydrogen-powered buses for use on Geelong city commuter bus routes Cleanaway – two hydrogen-powered waste management vehicles for municipal waste collection in the Greater Geelong region
- Barwon Water – one hydrogen-powered prime mover for the collection of organic waste for recycling

Some vehicles will be delivered by Hyzon Motors out of Europe and Australia, while CDC’s two FCEV buses will be manufactured and delivered by Australian-based manufacturer, Aluminium Revolutionary Chassis Company (ARCC). Viva Energy is in discussions with a number of other potential partners and hydrogen vehicle manufacturers regarding purchase and delivery of the remaining vehicles.

Viva Energy CEO and MD Scott Wyatt said Viva Energy is delighted to be able to partner with long-term existing customers to demonstrate the important role that hydrogen will play in the future of transportation in Australia.

“Our existing partners have come on this journey with us and we share their excitement about what it means for the future of zero-emissions transport,” Mr Wyatt said. “This project puts hydrogen-powered vehicles on the road to prove their value in day-to-day commercial operations while reducing the carbon footprint of the heavy vehicle transport we rely on every day.”

Mr Wyatt said the Geelong station will begin as a back-to-base model, but Viva Energy hopes that it will be the first of a network of hydrogen-refuelling outlets located on key transport routes up Australia’s east coast, connecting Melbourne, Sydney and Brisbane.

The project ties in closely with Viva Energy’s recently announced sustainability ambition to reach net zero carbon emissions across the business by 2050 and also supports its goal to help customers meet their own sustainability targets as the world transitions to a new energy future.

Toll Group’s Managing Director, Thomas Knudsen, said: “Toll Group is proud to take a leadership position in the freight and logistics industry in exploring the commercial viability of hydrogen-fuelled vehicles as we demonstrate the value of alternative fuels to the industry and work towards reducing our carbon footprint. We are grateful for the funding support the New Energies Service Station project has received from both the Federal and Victorian governments. This project is an important step in Toll Group’s overall sustainability strategy.”

ComfortDelGro Corporation Australia (CDC) CEO, Nicholas Yap, said ComfortDelGro has existing experience deploying hydrogen buses in London and is excited to partner with Viva Energy for CDC’s first hydrogen-powered fuel cell electric buses in Australia.

“At CDC we have consistently demonstrated our commitment to reducing emissions in transport with Australia’s first hybrid bus technology offering zone-based zero emissions,” Mr Yap said. “We see strong potential for hydrogen and importantly an eco-system of Australian based providers driving collectively toward a cleaner future for Australians. It is also great news for our customers in Geelong who will experience this exciting technology through their daily commute.”

Cleanaway CEO and MD, Mark Schubert, said that in the waste management industry, reducing the environmental impact and carbon footprint remains a top priority. “These hydrogen vehicles will not only help us decarbonise, but also assist our customers and the municipalities that we serve to achieve their carbon emissions reduction targets. Investing in new and emerging technologies is crucial to drive innovation towards making a sustainable future possible together,” he said.

Barwon Water Chair, Jo Plummer, said the connection with Viva Energy and the refinery in Geelong has been particularly close since the establishment of the recycled-water-industry-leading Northern Water Plant in 2013, which recycles domestic sewerage and industrial wastewater from Northern Geelong to offset potable water use at the refinery.

“The use of recycled water for the production of renewable hydrogen in the project is an important step in Barwon Water’s aims for the productive reuse of 100 per cent of the recycled water produced at our water reclamation plant,” Ms Plummer said.

“The funding for this vehicle is also a key step towards our net-zero emissions goal. As well as renewable energy, Barwon Water is decarbonising its fleet of maintenance and service vehicles. This project demonstrates the benefits of strategic partnerships and we are thrilled to help deliver Geelong’s first ever New Energies Service Station, and take a major step in greening our maintenance vehicle fleet as part of our Strategy 2030 aims to be net-zero emissions by 2030.”

ADDITIONAL POINTS:
The station will be located on the corner of Station Street and the Princes Highway at the entrance to Geelong Refinery. This will be the first deployment of FCEV fleets in Australia delivered via commercial hydrogen supply contracts embedded in existing operations (i.e.: hydrogen vehicles operating and refuelling outside a company property).

The project will generate a base data set in Australian conditions to:
o Demonstrate the performance of different types of FCEVs in a variety of industries.
o Establish real-world evidence for the dispensed price of hydrogen.
o Help shape the regulatory and approval pathway for development of publicly accessible hydrogen refuelling stations.
o Build fleet owners’ confidence about the safety of hydrogen refuelling and the time it takes to drive up, connect, fill and disconnect.


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