H2Carrier and Greenland-based company Anori have formed a partnership to embark on an ambitious project that will create the world’s first commercial wind farm in Greenland. With this 1.5GW renewable energy source, the P2XFloater floating production vessel will be able to produce and export green ammonia. The vessel is the result of close cooperation between H2Carrier and leading engineering firms in Norway and has been designed with such features as control systems which optimize renewable power and electrolysers as well as the Haber-Bosch process for producing ammonia.The P2XFloater will be built, owned/leased, and operated by H2Carrier who plan to then utilise it for PtX projects globally. Ammonia produced onboard the vessel will be stored, then transferred onto smaller shipping vessels before being exported to international markets for use in agriculture, food industry, and other related industries. This powerful project is set to not only make a crucial contribution towards global decarbonisation, but also create numerous job opportunities for the people of Greenland and provide a great economic boost for their society.Mårten Lunde, Chief Executive at H2Carrier said: “We are proud to work together on this project with Anori whose values reflect those of an impactful presence in the Greenland society. Current ammonia production comes along with large carbon dioxide emissions; however our zero-carbon solutions can revolutionize this industry”. Similarly, Nicolai Fossar Fabritius from Anori commented: “Currently only 1% of global ammonia consumption comes from renewable energy sources so this endeavour is of paramount importance.

Summary

„Anori has the ambition to change this and we are proud to be part of this project with H2Carrier.

„The project is in line with our vision to create a green future for Greenland and contribute to the global decarbonisation process.“

• H2Carrier and Greenland-based company Anori have signed an LOI with the purpose of developing the first commercial wind farm in Greenland
• The wind farm is projected to comprise 1.5GW renewable energy which will supply power to H2Carrier’s floating production vessel for hydrogen and green ammonia, the P2XFloater
• Green ammonia will be stored onboard the vessel, then exported to smaller shipping vessels and carried to the international market for ammonia

What percentage of global ammonia consumption is currently produced from renewable energy?

Less than 1% of global ammonia consumption is currently produced from renewable energy.

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Picture source: Visit Greenland

Renewable energy developer Enertrag has picked Elogen, a French firm, to provide them with a 10MW PEM electrolyser for their green hydrogen project in Magdeburg, Germany. This system will be able to generate up to four tons of hydrogen every day and is expected to be ready by 2024. It will use renewable energy for power during electrolysis which will help control wind and solar fluxes. The green hydrogen produced is destined for use in decarbonizing heavy industy and long-distance trucking and eventually the ONTRAS gas transmission pipelines.Jean-Baptiste Choimet from Elogen expressed his enthusiasm saying that they are proud the superior performance of their electrolysis technology was recognized by Enertrag. He also commented on how this contract marks an important step forward since it involves an electrolyser with such high capacity. Manuela Blaicher from Enertrag added that they are excited to begin producing hydrogen on an industrial scale with this reference plant given its potential uses across industries and mobility sectors.

Summary

• Enertrag has selected France-based Elogen to supply a 10MW proton exchange membrane (PEM) electrolyser.
• The electrolyser will enable the power system to compensate for wind and solar fluctuations, while the green hydrogen produced will contribute to decarbonising heavy industry and long-distance trucking.
• This is an important step for Elogen since this contract concerns an electrolyser with a capacity of 10MW, confirming the scaling-up of their technology for larger projects.

What technologies will be used to produce up to four tonnes of green hydrogen per day at the Magdeburg, Germany site?

The technologies used to produce up to four tonnes of green hydrogen per day at the Magdeburg, Germany site will be a 10MW proton exchange membrane (PEM) electrolyser supplied by Elogen.

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Picture source: Marina Reich

Schott, a special glass manufacturer, is testing the use of hydrogen for glass production. By 2030, the company wants to become carbon neutral. To achieve this goal, they are experimenting with mixing hydrogen and natural gas in order to heat their melting furnaces, which require constant temperatures of 1700 degrees Celsius. This process would reduce their CO2 emissions significantly and help them reach their goal of becoming carbon neutral by 2030. However, green hydrogen is currently in short supply worldwide, so it remains to be seen if Schott can make the transition successfully.

Carbon Neutrality Benefits

Carbon neutrality is a goal that many organizations strive for. By reducing their carbon footprint, businesses can reduce their environmental impact and save money in the long run. Carbon neutrality also has many other benefits, such as improved public image and access to green energy sources. Additionally, achieving carbon neutrality can help organizations meet sustainability goals, increase efficiency, and create a healthier workplace environment. Overall, going carbon neutral is an important step towards creating a more sustainable future.
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Picture source: Sharon Pittaway

This article discusses the importance of hydrogen as an energy source for the future. It explains how it is the missing link in renewable energy sources and how it can provide great opportunities to entrepreneurs and citizens. The article also mentions a European Hydrogen Backbone, which will connect major industrial centres from Spain to Germany and Berlin is set to join this network by 2030-2040. Finally, it highlights how hydrogen can be the savior of the energy transition and help achieve higher climate goals. In summary, hydrogen is seen as a key component in achieving a sustainable future with renewable energy sources.

Hydrogen as an Energy Source

Hydrogen is a versatile energy source with many potential applications. It can be used to generate electricity through fuel cells, and it can also be used as a clean burning fuel for transportation purposes. Hydrogen is the most abundant element in the universe, making it an attractive option for renewable energy sources. Additionally, hydrogen can be produced from a variety of sources such as natural gas, biomass, or electrolysis of water. With its abundance and versatility, hydrogen has become an increasingly important part of the global energy mix.
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Picture source: Sharon Pittaway

The German government is planning to build hydrogen terminals in the north of the country to help industries such as chemicals, steel and cement become more energy efficient and reduce their carbon emissions. This green hydrogen will be used to replace fossil fuels and make these industries more sustainable.

Green Hydrogen: The Future of Renewable Energy

Green hydrogen is a form of energy produced through the electrolysis of water. This process splits the water molecules into oxygen and hydrogen gas, with the latter being used as an energy source. Green hydrogen is considered to be one of the most promising renewable energy sources due to its clean burning nature and potential for scalability. It can be used in both stationary applications such as power plants, or mobile applications such as cars and buses. With continued development, green hydrogen could become a major player in the renewable energy sector.
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Picture source: Karsten Würth

In 2022, renewable energy sources such as solar power and hydrogen have become increasingly popular due to the climate crisis and rising energy prices. This trend has been called “green tech” and covers a wide range of topics from reducing plastic waste to improving electric mobility. Scientists have come up with innovative ideas for generating electricity from bacteria, humidity, human sweat and waste heat. Solar power technology has also become more efficient with new research projects being conducted around the world. Hydrogen is another promising source of green energy with various methods being developed to make it cheaper and more efficient. In addition, researchers have presented alternatives to plastic such as transparent wood which is made by replacing lignin with transparent polymer molecules. There is also a new process developed by MIT and BASF that could help reduce microplastics in the environment.

Green Tech: The Future of Sustainable Living

Green tech is a term used to describe the use of technology and innovation to create sustainable solutions for energy and environmental problems. It focuses on reducing energy consumption, improving efficiency, and developing renewable sources of energy. Examples of green tech include solar panels, wind turbines, electric vehicles, smart grids, and more. Green tech offers a way to reduce emissions while also providing economic benefits by creating jobs in the clean energy sector. Investing in green tech is an important step towards creating a more sustainable future.
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Picture source: Jason Blackeye

Michael Lohscheller, a native of Bocholt, Germany, is the CEO of the US-based Nikola Corporation, which manufactures hybrid trucks. In an interview with BBV, he expressed his belief that waterstoff technology has great potential for the future of the automotive industry. He also discussed how Nikola trucks are being used in the Hamburg harbor.

The Benefits of Waterstoff Technology

Waterstoff technology is an innovative way to generate energy. It uses hydrogen gas and oxygen to create a clean burning fuel, which produces no emissions and no waste. This makes it a great alternative to traditional fossil fuels, as it can be used to power cars, homes, businesses, and more. Additionally, waterstoff technology is cost-effective and requires minimal maintenance. Plus, the process of creating the fuel produces only water vapor as a byproduct. With these benefits in mind, it’s easy to see why waterstoff technology is becoming increasingly popular for both residential and commercial use.
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Picture source: Richard Horvath

Norway and Germany are in talks to build a pipeline that would provide Germany with large-scale hydrogen supplies by 2030. The two countries will sign an agreement to this effect during the visit of German Federal Minister of Economics Robert Habeck to Norway this week. Norway has the potential to produce up to 50 terawatt hours of green hydrogen by 2030, which could be used for Germany’s transition to a more climate-friendly economy.

Hydrogen as an Energy Source

Hydrogen is a clean and renewable energy source that has been gaining traction in recent years. It can be used to power electric vehicles, fuel cells, and other forms of transportation. Hydrogen can also be used to generate electricity through fuel cells, or it can be burned in internal combustion engines for propulsion. Additionally, hydrogen can be used to store energy from renewable sources like solar and wind. The use of hydrogen as an energy source could help reduce greenhouse gas emissions, while providing a reliable and affordable source of energy.
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Picture source: Jason Blackeye

Clean Logistics, a financially troubled start-up based in Hamburg, Germany, is looking for a partner to produce hydrogen trucks. They have changed their business strategy and will now outsource the production of their emissions-free vehicles instead of doing it in-house. They have also sold off their subsidiary Ginaf Trucks, which was acquired last July, to reduce their liabilities and raise funds. Additionally, they are issuing 2.7 million new shares at 1.80 euros each to secure their survival. The company was founded by two entrepreneurs who developed the “Fyuriant” hydrogen truck and recently signed a contract with GP Joule for 5,000 hydrogen lorries.

The Benefits of Hydrogen

Hydrogen is a versatile and abundant element that has many potential uses. It can be used as an energy source for fuel cells, as a chemical feedstock for the production of fertilizers and other products, and even as a propellant for rockets. Hydrogen is also an environmentally friendly energy source because it produces no emissions when burned. Additionally, hydrogen can be produced from renewable sources such as wind, solar, or biomass, making it an attractive option for sustainable energy production.
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Picture source: Karsten Würth

In 2023, the world may experience a surge in the use of „green hydrogen,“ a gas that can be used to power vehicles without emitting any climate-harming emissions. Companies like PepsiCo Australia are testing out hydrogen-powered trucks, and there is growing interest in using hydrogen as an alternative to fossil fuels in heavy industries like steel production. There is also potential for hydrogen to be produced from renewable sources. However, there are risks such as global recession and supply chain issues that could prevent its widespread adoption. The success of hydrogen technology will depend on how many electrolyzer projects are completed this year.

The Benefits of Green Hydrogen

Green hydrogen is a renewable energy source that offers many environmental and economic benefits. It is produced by electrolysis, which uses electricity from renewable sources such as solar, wind, or hydropower to split water molecules into oxygen and hydrogen. The resulting hydrogen gas can be used for transportation, heating, and industrial processes. In addition to being an emission-free fuel source, green hydrogen can also be stored and transported easily, making it a flexible option for both large-scale and distributed energy systems. Furthermore, green hydrogen production can create jobs in the renewable energy sector while helping to reduce reliance on fossil fuels.
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Picture source: Shaun Dakin