The Most Important 8 Energy News in The 3rd Week of September

TotalEnergies to invest US$300 mln in a new renewable JV in India

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TotalEnergies and Adani Green Energy Limited (AGEL) have formed a joint venture to develop a portfolio of solar and wind power assets totaling 1,050 MWac in India. The portfolio will include assets that are already operational, under construction, or in development.

TotalEnergies will invest $300 million to promote their development, while AGEL will donate the assets. The JV will be owned equally by both firms and will strengthen TotalEnergies’ strategic collaboration with AGEL.

The collaboration will help AGEL become India’s renewable energy leader, with a target of 45 GW of renewable generating capacity by 2030. TotalEnergies will be able to accelerate its development in the Indian renewable power market, and AGEL will be able to support AGEL’s objective to become the Indian renewable energy leader.


Australian Institutes Spearhead Global Efforts in Clean Energy Innovation

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Six renowned research institutions from Australia, the United States, Canada, and the United Kingdom have donated more than AU$118 million to address climate change concerns under the NSF Global Centres programme. Two multi-lateral research initiatives led by Australian inventors have been announced as part of the National Science Foundation Global Centres in Climate Change and Clean Energy (NSF Global Centres) programme.

These initiatives attempt to enable a 100% renewable energy power system and to pioneer large-scale net-zero hydrogen production processes. CSIRO, as the national science agency, plays a critical role in linking and enhancing Australia’s innovation ecosystem. This guarantees that we are prepared to face our greatest challenges in the future and enables us to leverage worldwide networks to provide chances for collaborative research across industry, government, and science organisations.

Source: https://www.csiro.au/


UK Needs to Make Better Electrical Machines to Reach Net Zero, Say Engineers

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The Future Electrical Machines Manufacturing Hub (FEMM) has released a new technology roadmap that calls on the UK to improve its electrical machines and manufacturing processes in order to achieve net zero emissions by 2050. Electrification is seen as one of the most important ways for the world to decarbonize, and the UK government’s goals to achieve net zero rely significantly on emerging and growing electrification technologies.

The blueprint calls for greater assistance for manufacturers, who will be under enormous pressure to develop more electric vehicles. To shape its research, the Hub collaborates with manufacturers such as Rolls-Royce, Airbus, Siemens Gamesa, Dyson, McLaren, and the Aerospace Technology Institute.

Source: https://www.sheffield.ac.uk/


France’s €4 Billion Hydrogen Investment Plan Focuses on Green Electrolysis

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France has announced plans to invest €4 billion over the next three years in the creation of 1 GW of electrolysis capacity, with the goal of strengthening its position in the global hydrogen market and pushing the use of green hydrogen. The government will give operating grants, with a large component of project selection based on the cost per tonne of CO2 averted.

The country is committed to assisting H2 produced by electrolysers powered by zero-carbon electricity, such as nuclear or specialised renewables that meet the demanding EU RFNBO standards. The first auction for 150MW of electrolyzers is slated for next year, with the cap potentially being increased by 10-20% depending on demand.


Brazil’s Pecém Port Powers Up with $90 Million Boost for Green Hydrogen Hub

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The Pecém Port in Brazil has received a $90 million investment to build a Green Hydrogen Hub within the Pecém Industrial and Port Complex. The Brazilian External Financing Commission approved the investment to catalyse the development of key infrastructure, with a particular emphasis on the creation of public service corridors and the facilitation of access to the H2V production sector.

To meet the expanding needs of H2V and its associated products, the investment will be used to expand the Multiple Utilities Terminal and extend Pier 2 of the port terminal. The effort demonstrates a commitment to a greener, more sustainable energy future and emphasises green hydrogen’s global relevance as a critical component of the clean energy landscape.

The Brazilian state of Ceará has inked 32 memoranda of understanding with national and international companies, with financial commitments collectively surpassing $30 billion, making it a front-runner in terms of forward-thinking projects.


KBR and Hanwha Join Forces on Sustainable Hydrogen Production

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Hanwha Impact Corporation has granted KBR a licence and an engineering design contract to build the world’s first commercial ammonia cracking unit in Korea. The project will be the highest capacity ammonia cracking plant ever disclosed, with the goal of producing clean hydrogen to power a facility in Daesan.

KBR will offer technological licencing and patented engineering design for the facility, which will produce more than 200 metric tonnes of pure hydrogen per day. Ammonia cracking is seen as a critical enabler of worldwide decarbonization ambitions, and this initiative represents a significant step forward in the global pursuit of sustainable energy alternatives.

KBR’s expertise in ammonia technology positions it uniquely to drive innovation in the field of clean hydrogen production. The project aligns with the broader goals of addressing climate change and reducing greenhouse gas emissions, making it a milestone in the transition to a more sustainable energy landscape.


Green Hydrogen Set to Transform India’s Steel Industry by 2050

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According to a report by the Institute for Energy Economics and Financial Analysis (IEEFA) and JMK Research & Analytics, India’s steel sector wants to replace 25-30% of current grey hydrogen usage with green hydrogen by early 2030-2050. The paper lays out an ambitious plan for India’s steel sector to replace a large amount of its grey hydrogen needs with green hydrogen.

The transition is intended to transform the industry, drastically lowering carbon emissions and strengthening India’s position as a global leader in sustainable steel production. To make green hydrogen viable for large-scale adoption, the research recommends a target price of $1-2/kg for hydrogen and a carbon penalty of at least $50 per tonne of emissions for existing steel manufacturing methods. The transformation holds the promise of not only reducing carbon emissions but also establishing India as a global leader in sustainable steel production.


Increasing Renewable Energy Storage with Low-Cost and Efficient Catalyst

City University Hong Kong researchers have developed a new catalyst based on single platinum atoms that can split water molecules into hydrogen and oxygen more efficiently and cheaply than prior catalysts. The catalyst uses less platinum than previous versions, and to increase performance, the scientists placed single platinum atoms in a layer of molybdenum sulphide.

This development could make storing renewable energy as hydrogen much easier and less expensive, ultimately helping to reduce pollution and the greenhouse effect. The new electrocatalyst might contribute significantly to the UK’s aim of generating 10GW of low-carbon hydrogen generation capacity by 2030, as well as helping the country achieve net-zero targets by 2050.

Source: https://www.imperial.ac.uk/


 

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