Tag Archives: Hydrogen

Axpo to produce green hydrogen in Switzerland | Instant News


Axpo plans to produce green hydrogen from the power of the Rhine river. The hydrogen production facility at the Eglisau-Glattfelden hydropower plant in Switzerland is the first of several that Axpo will commission in the coming years.

Scheduled to enter service in the fall of 2022, the 2.5 MW hydrogen production facility will produce about 350 tpy of green hydrogen. This will save the road transport sector more than 1.5 million liters of diesel a year.

If demand for hydrogen grows as expected, generating capacity could double to 5 MW. The direct connection of the production facility to the power plant will ensure climate neutral hydrogen production. Preparations for the official approval process will begin in a few days.

Axpo started planning a hydrogen production facility at the same power plant in 2015. However, the project was discontinued as hydrogen sales volume remained below expectations. Guy Bühler, Head of Hydrogen at Axpo, explains: “Since then, the fight against climate change has become much more important, while hydrogen has proven to be a suitable energy source for de-carbonization in the mobility and industrial sectors.”

A network of hydrogen filling stations is being developed

As the mobility sector hydrogen ecosystem continues to evolve in Switzerland, Axpo is working with Hydrospider AG to market the hydrogen produced at the Eglisau-Glattfelden power plant, delivering hydrogen directly from the production facility to a network of filling stations. Currently, there are more than 50 hydrogen fuel cell powered trucks on the roads in Switzerland. According to Hydrospider, there will be more than 1,600 by 2026.The network of hydrogen filling stations will also grow significantly in the next two years, from currently six to around 50.

Green hydrogen is one of the most important climate-friendly energy sources, especially in industry and mobility. It will also be key to achieving the de-carbonization strategy of the EU and other countries. Having recently set up his own hydrogen business, Axpo intends to take a leading role in the transition to CO2-free energy supply. The company aims to develop a project with a combined capacity of 5 MW by 2022. More power plants such as the Eglisau-Glattfelden power plant are in the planning stages.

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Read the article online at: https://www.energyglobal.com/other-renewables/16042021/axpo-to-produce-green-hydrogen-in-switzerland/

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Australia Jumps On The Green Hydrogen Music Train | Instant News


It’s not news that COVID-19 is wreaking havoc on energy markets around the world throughout 2020. But just to recap, it really is a disaster; total energy demand fell by 5 percent, demand for liquefied natural gas (LNG) decreased by 4 percent, coal by 5 percent, and energy investment fell by 20 percent. But amid the chaos, renewable energy generation managed to grow by 7 percent, sparking many headlines and speculative columns wondering if the era of fossil fuels is over.

In fact, many experts argue that we are already experiencing peak oil. While oil prices and demand have recovered impressively since their lowest moment in April 2020 when the benchmark West Texas Intermediate crude fell below zero, effectively paying people to take oil off the market, many world leaders and investors have begun to aggressively catch up on the post-zero world. crude oil. Even the giants who eat fossil fuels like China decisively trying to change their trajectory towards a more climate-friendly energy future. Australia, too, has emerged as a leader in this worldwide movement. The country, which has historically relied on fossil fuel extraction for a large part of its economy, now relies on decarbonization efforts. This is important, because Australia is the world’s largest exporter of the dirtiest fossil fuel: coal. Emission-heavy fuel sources account for more than half of the country’s coal exports and the country itself uses mostly other black gold. According to a government website, “Australia’s primary energy consumption is dominated by coal (around 40 percent), oil (34 percent) and gas (22 percent). Coal accounts for about 75 percent of Australia’s electricity generation, followed by gas (16 percent), hydro (5 percent) and ambient wind (2 percent). ”

Related: Oil Price Rally Is Officially Over
But all that will change in the near future. This week NERA (National Energy Resources Australia), an affiliate of the Ministry of Industry, Science, Energy and Resources, released a report entitled “Looking to the future: COVID-19 and Australia’s new energy future,” which explains the shift away from exporting key materials such as coal, LNG, iron ore and other minerals. “By advancing the value chain, Australia can become a global leader in the creation of cutting-edge smart technology that can help decarbonize the world economy and is commercialized and scalable across a wide range of industrial sectors, including mining, energy resources, agriculture, space and defense. “

Much of Australia’s new and improved energy future will revolve around green hydrogen. Green hydrogen is lauded for its potential as a clean burning fuel source because when it burns it only leaves water vapor. Hydrogen is only as green as the resources used to make it. Hydrogen made with fossil fuels is referred to as gray hydrogen (and some refer to hydrogen made using less emission-intensive natural gas as “blue hydrogen”.) Green hydrogen is, by definition, made using clean energy.

Australian mining company QEM has begun to see the green hydrogen opportunity at its flagship Julia Creek site in Queensland, a highly symbolic green energy axis at the site of shale oil deposits. The green hydrogen venture is not intended to take over on-site shale and vanadium oil extraction, but to “support sustainable development” in a more climate-friendly way and help grow the shale sector more responsibly, rather than replace it.

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The study, which is ongoing, will examine the use of a “green” solar-powered electrolyzer at the Julia Creek site, paying particular attention to the project’s financial and regulatory requirements. If proven viable, in the short term hydrogen will be used to drive other types of extraction of non-renewable resources such as at the Julia Creek site and others in Queensland’s ‘North West Minerals Province’. In the long term, green hydrogen will stand out as a carbon-free resource for “the hydrogeneration of QEM crude into a transport fuel.”

Apart from being an environmentally sound development, this is also a smart step economically. “QEM on Monday said its strategic developments came amid a floating market, supportive government policies and optimal project locations,” reported Upstream. on Monday. “The company’s progress in its green hydrogen production strategy comes amid increasing investment and interest in renewable energy ventures from the private and public sectors.”

By Haley Zaremba for Oilprice.com

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Fortescue targets green hydrogen production in Brazil | Continuity | Instant News


Fortescue Future Industries Pty Ltd (FFI), a wholly owned subsidiary of Fortescue Metals, and Porto do Açu Operações SA (Port of Açu), a subsidiary of Prumo Logistica have signed a Memorandum of Understanding (MOU) to assess opportunities to develop a hydrogen based green industry project. in Rio de Janeiro, Brazil.

The Memorandum of Understanding will allow FFI and the Port of Açu to undertake a feasibility development study for installing a green hydrogen plant at the Port of Açu, Latin America’s largest privately owned deepwater industrial complex.

Based on the study results, the project envisions building a green hydrogen plant with a capacity of 300 megawatts in the Port of Açu, with the potential to produce 250,000 metric tons of green ammonia per year.

The availability of green hydrogen and renewable energy is expected to encourage further sustainable port industrialization, including the production of green steel, fertilizers, chemicals, fuels and other sustainably produced industrial products.

The MOU also laid the groundwork for on-site solar development projects, as well as offshore wind power development projects in the states of Rio de Janeiro and Espirito Santo.

FFI Chief Executive Officer Julie Shuttleworth commented: “FFI assesses the global renewable energy and green hydrogen opportunity and will lead and drive the green energy and product industry as we move away from fossil fuels.

“I am very pleased to announce this MOU with the Port of Açu. The opportunity to build a completely new and future large-scale industry will drive Brazil’s economic growth.

“We expect the potential of the new green industry in the Port of Açu to substantially diversify, expand and deepen Brazil’s already skilled workforce.”

Jose Firmo, Chief Executive Officer of the Port of Açu, added: “The Port of Açu is steadily sailing towards a sustainable economy in the future. One of the pillars of our vision for port industrialization is a transition project for operational energy today and a green industry fueled by renewable energy in the future.

“Açu is the gateway between Brazil’s growing economy and fast-growing low-carbon businesses around the world.”

Firmo continued: “It is very exciting to collaborate with an international partner of this caliber on a visionary project. This will be the country’s first green hydrogen plant and will place FFI and Açu at the forefront of Brazil’s clean energy production and green industrialization. “

Subject to completion of a feasibility study and approval, each project will be developed by FFI with ownership and source of project finance to be secured separately without Fortescue’s assistance.

Prumo is a private Brazilian company controlled by EIG, a leading institutional investor in the global energy sector.

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Germany, Canada agree to explore green hydrogen development | Instant News


FRANKFURT (Reuters) – Germany and Canada agreed on Tuesday to explore joint development of green hydrogen from Canadian hydropower for export to Germany.

FILE PHOTO: German Economy Minister Peter Altmaier reacts during a press conference to present the German government’s hydrogen strategy, in Berlin, Germany 10 June 2020. John Macdougall

Germany wants to scale up hydrogen as an alternative to fossil fuels for mass applications in industry and energy to meet climate targets, but lacks the land resources to generate enough green power to use in the necessary electrolysis processes.

Green hydrogen is a zero-carbon fuel made by electrolysis, using renewable energy from the wind and the sun to split water into hydrogen and oxygen.

Canada’s Minister of Natural Resources, Seamus O’Regan, said in a webcast that “Canada has the advantage of natural resources and the urgency to reduce emissions,” while German Economy Minister Peter Altmaier said the two countries shared the same ambition of achieving climate neutrality by 2050.

No details on possible trading volumes for hydrogen were given.

Deputy ministers from the two countries will meet in May for the first time to work out a work schedule for the effort.

Canada launched its hydrogen strategy last December, asking investors to spur growth in a sector that the government says could be worth C $ 50 billion ($ 40 billion) and create 350,000 jobs.

It wants to become one of the three largest hydrogen producers in the world with a significant share allocated for exports.

The European Commission last July outlined its vision to promote green hydrogen by 2050, which is expected to attract investment of up to 470 billion euros. Analysts see formidable challenges, particularly infrastructure costs and conversion losses that make production expensive.

Altmaier and O’Regan also said liquefying Canadian gas for export called LNG for regasification in Germany could also be part of the cooperation, for which time the gas serves as a “bridge technology” to hydrogen, for which Goldboro LNG is planned for a terminal project on the East Coast. Canada can come into play.

Germany only agreed last Thursday to work more closely with Saudi Arabia on green hydrogen, and its company has already deployed antennas to that country and Chile.

($ 1 = 1.2455 Canadian dollars)

Reporting by Vera Eckert, editing by David Evans

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Germany, Canada agree to explore green hydrogen development | Instant News


FRANKFURT (Reuters) – Germany and Canada agreed on Tuesday to explore joint development of green hydrogen from Canadian hydropower for export to Germany.

FILE PHOTO: German Economy Minister Peter Altmaier reacts during a press conference to present the German government’s hydrogen strategy, in Berlin, Germany 10 June 2020. John Macdougall

Germany wants to scale up hydrogen as an alternative to fossil fuels for mass applications in industry and energy to meet climate targets, but lacks the land resources to generate enough green power to use in the necessary electrolysis processes.

Green hydrogen is a zero-carbon fuel made by electrolysis, using renewable energy from the wind and the sun to split water into hydrogen and oxygen.

Canada’s Minister of Natural Resources, Seamus O’Regan, said in a webcast that “Canada has the advantage of natural resources and the urgency to reduce emissions,” while German Economy Minister Peter Altmaier said the two countries shared the same ambition of achieving climate neutrality by 2050.

No details on possible trading volumes for hydrogen were given.

Deputy ministers from the two countries will meet in May for the first time to work out a work schedule for the effort.

Canada launched its hydrogen strategy last December, asking investors to spur growth in a sector that the government says could be worth C $ 50 billion ($ 40 billion) and create 350,000 jobs.

It wants to become one of the three largest hydrogen producers in the world with a significant share allocated for exports.

The European Commission last July outlined its vision to promote green hydrogen by 2050, which is expected to attract investment of up to 470 billion euros. Analysts see formidable challenges, particularly infrastructure costs and conversion losses that make production expensive.

Altmaier and O’Regan also said liquefying Canadian gas for export called LNG for regasification in Germany could also be part of the cooperation, for which time the gas serves as a “bridge technology” to hydrogen, for which Goldboro LNG is planned for a terminal project on the East Coast. Canada can come into play.

Germany only agreed last Thursday to work more closely with Saudi Arabia on green hydrogen, and its company has already deployed antennas to that country and Chile.

($ 1 = 1.2455 Canadian dollars)

Reporting by Vera Eckert, editing by David Evans

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