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Radikal 7 maart 2023 10:01

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Fusion Fuel and Toyota Material Handling España Announce Strategic Collaboration to Promote Green Hydrogen Driven Forklift Solutions for Spanish Market

Mar 07, 2023 3:00 AM EST

SABUGO, Portugal, March 07, 2023 (GLOBE NEWSWIRE) -- Fusion Fuel (NASDAQ: HTOO) and Toyota Material Handling España, S.A. (‘TMHES') are pleased to announce that they have signed a collaboration agreement to promote the development of the green hydrogen fuel cell forklift market in Spain.

The collaboration seeks to further strengthen TMHES’s leadership position in the domestic zero emissions forklift truck segment by offering end-to-end solutions of fuel cell forklifts combined with green hydrogen production and hydrogen refuelling infrastructure provided by Fusion Fuel Spain and its industrial partners.

The companies will offer a fully financed solution that combines Hydrogen-as-a-Service – guaranteeing security of supply at competitive prices – with TMHES’s market-leading operational rental and leasing solutions for their range of forklift products.

Both companies view the logistics and material handling sector as uniquely well suited to benefit from the advantages of hydrogen energy and consider fuel cell forklift solutions as a critical decarbonization vector, particularly in logistics operations requiring heavy loads and high operating hours. The companies aim to deploy their green hydrogen solutions to legacy forklift truck fleets, as well as to integrated hydrogen logistics projects that combine the full spectrum of fuel cell vehicles for supply chain, distribution and materials handing operations.

Commenting on the agreement, Grant Greatrex, Co-Founder of Fusion Fuel Spain and Mobility Lead for the company said, “we are excited to announce this collaboration with a fellow pioneering company in the green hydrogen energy transition and see great potential for fully financed integrated solutions for our joint clients.”

Frederico Chaves, Co-Head of Fusion Fuel, added, “we have spoken at length about the importance of value chain partnerships to develop the green hydrogen ecosystem and solve the chicken-and-egg problem that all too often hinders the commercial adoption of novel technology. We are extremely excited about the potential of this partnership to help accelerate the deployment of Fusion Fuel’s technology and TMHES’ forklift solutions within the Spanish logistics and material handling market.”

Joan Catalan, Director General of Toyota Material Handling España, has spoken about the partnership with Fusion Fuel Spain, “we are pleased to collaborate with Fusion Fuel Spain in the development of Hydrogen as a green energy for the mobility in our country. Sustainability is one of our key objectives, working to Zero emissions target, and we believe that green Hydrogen applied to forklifts market will be a key element in this journey. Hydrogen has been proven as a clear alternative to other sources of energy when talking about performance, quick refill and zero emissions in intensive applications. Toyota has been working on hydrogen for many years, starting with the Fuel Cell forklift prototype presented in 2005, so this cooperation agreement is a further step to reinforce the actions already underway.”

StartendeBelegger 7 maart 2023 10:03

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Fusion Fuel is goed bezig! Ziet er veelbelovend uit.

Radikal 7 maart 2023 10:20

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quote:
StartendeBelegger schreef op 7 maart 2023 10:03:
Fusion Fuel is goed bezig! Ziet er veelbelovend uit.

inderdaad

voda 8 maart 2023 06:29

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Metacon in cooperation with Hydroholding to supply integrated PEM

Strategic Research Institute
Published on :
8 Mar, 2023, 3:30 am

Metacon in cooperation with its distribution and EPC partner Hydroholding is entering into a contract for the supply of an integrated 1MW PEM Electrolyser and Hydrogen Refuelling Station with a capacity of 400kg per day. The total contract value for Metacon amounts to € 3.9M. The unit will be deployed at the beginning of 2024.

Following a completed public procurement process, Metacon, through its distribution and EPC partner Hydroholding, will supply a cost effective integrated 1 MW PEM electrolyser and HRS with 350bar dispensing pressures to a, as of yet unnamed, client in Slovakia.

Within the scope of supply is the containerised electrolyser system, compression, storage, dispensing, tool kits and cooling equipment for the whole system, demonstrating Metacon’s ability to tailor and deliver complex turnkey solutions within the hydrogen field.

voda 8 maart 2023 06:30

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Ballard & First Mode Sign Pact for 30 Hydrogen Mining Trucks

Strategic Research Institute
Published on :
8 Mar, 2023, 3:30 am

Ballard Power Systems and global carbon reduction company First Mode have announced a purchase order for Ballard to supply First Mode with 30 hydrogen fuel cell modules, totaling 3MW, to power several hybrid hydrogen and battery ultra-class mining haul trucks. This is the equivalent of approximately 4,000 horsepower.

The 30 Ballard hydrogen fuel cell modules will be integrated into clean energy powerplants built in Seattle, Washingmetric ton and installed into ultra-class haul trucks to be operated at First Mode's Proving Grounds in Centralia, Washingmetric ton. These trucks are estimated to save 2,600 metric tons of diesel fuel each year.

First Mode is now working to scale production for the next generation of clean energy powerplants. In January 2023, First Mode entered into a global supply agreement with Anglo American to retrofit over 400 ultra-class haul trucks with First Mode's nuGen™ solution, including fuel cell and battery powerplant and related infrastructure. The Ballard fuel cells will be integrated into the next several powerplants built by First Mode.

First Mode and Ballard first partnered in 2019 to supply fuel cells for the world's first 2-megawatt hybrid hydrogen fuel cell and battery powerplant designed and built by First Mode in Seattle, Washingmetric ton. The clean energy powerplant replaced a diesel engine on a 300-metric ton Komatsu 930E-4 ultra-class haul truck that is currently operating at Anglo American's Platinum Group Metals mine site in Mogalakwena, South Africa.

voda 8 maart 2023 06:30

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Westport Invest in Changzhou Hydrogen Valley in China

Strategic Research Institute
Published on :
8 Mar, 2023, 3:30 am

Westport Fuel Systems, a global leader in low-emissions alternative fuel transportation technologies, has announced plans to expand its global manufacturing footprint in China in support of future growth of Westport’s hydrogen componentry business and other alternative fuel system technologies. Westport is focusing on China for this manufacturing expansion as China leads the world in hydrogen investment and infrastructure development. The investment agreement provides for the City of Changzhou to build the new hydrogen innovation center and manufacturing facility in the Changzhou Hydrogen Valley.

Under the terms of the investment agreement, Westport and Changzhou will design and construct an ultra-modern manufacturing facility for hydrogen fuel systems, and office space specifically to meet Westport’s advanced manufacturing requirements. The Changzhou site is expected to also include a contemporary innovation center that will provide continued focus on hydrogen solutions in support of Westport’s mission to develop innovative, specialized, and market-ready emission-reduction solutions. Westport’s plan to invest up to $10M USD over the next ten years is intended to enable production of established hydrogen componentry to support the fast-growing hydrogen-fueled vehicles targeted to be on the road in China.

The new Westport facility is planned to be in operation in 2024 supporting Westport’s current and growing customer base with key hydrogen components for a variety of applications including commercial vehicles, buses, high-speed trains, material handling, stationary power generation and more. Westport’s investment in Changzhou is a steppingsmetric tone to continued hydrogen technology advancement around the world.

voda 8 maart 2023 06:31

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Norway & Great Britain Enhance Hydrogen MoU

Strategic Research Institute
Published on :
8 Mar, 2023, 3:30 am

Norway and Great Britain will cooperate more closely on hydrogen after an annexure to the Norwegian-British MoU on Carbon capture and storage cooperation was signed

The annex confirms an extended cooperation between the authorities in the two countries to regularly exchange knowledge and experience related to the use of low carbon hydrogen on production, transport and storage as well as on developing standards and certification. The annex was signed during the opening of the business seminar in connection with the Norwegian Crown Prince couple's visit to Great Britain. The event brought together many Norwegian and British business actors within the energy field.

Last year, Prime Minister Jonas Gahr Støre and former Prime Minister Boris Johnson signed a joint declaration on strategic cooperation, including the field of green transition.

voda 8 maart 2023 06:31

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Enapter Starts Production of Water-Cooled AEM Electrolyser

Strategic Research Institute
Published on :
8 Mar, 2023, 3:30 am

Enapter has started production of the water-cooled variant of its AEM Electrolyser EL 4.0, expanding its product range with a new standardised device. The AEM Electrolyser EL 4.0 Liquid-Cooled enables the direct connection of an external cooling system to optimise thermal management and make efficient use of waste heat.

The unit is particularly suitable for producing green hydrogen at locations and operating sites where, due to external conditions, sufficient cooling by means such as exhaust air systems is not possible – and in systems where customers wish to use the waste heat produced more efficiently.

The heat is released via a secondary circuit and can be combined with a heat pump. A common cooling circuit with other components such as water-cooled fuel cells is also possible.

Due to the external water cooling, this electrolyser offers the best conditions for installations in smaller rooms and containers. Moreover, the dissipation of heat through external pipes proves particularly effective when combining several EL 4.0 LC units in a cluster. Thus, at different coolant inlet temperatures, between 600W and 900W of heat (with an increasing trend from the beginning to the end of life) can be extracted from each unit and made available for external applications.

Like the air-cooled variant already in production, the EL 4.0 LC is also easy to integrate and simple to scale for systems of different sizes depending on the application requirements. The combination with an external cooling circuit also increases the degree of flexibility on the user side and makes it possible to create an individual setup that can be perfectly matched to the needs of demanding customer groups.

The AEM Electrolyser EL 4.0 LC is offered in both AC and DC versions. The current delivery times for the EL 4.0 range from 2 to 12 weeks on average, depending on the order size. Enapter has already received the first orders for the new variant.

voda 8 maart 2023 06:32

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Marubeni & PIF Sign MoU for Hydrogen Project in Saudi Arabia

Strategic Research Institute
Published on :
8 Mar, 2023, 3:30 am

Marubeni has signed a Memorandum of Understanding with the Public Investment Fund, one of the world’s largest and most impactful sovereign wealth funds, to set out a framework for the development of a clean hydrogen* project in Saudi Arabia. Under the framework of this MoU, Marubeni and PIF will initially conduct a feasibility study for producing clean hydrogen in Saudi Arabia, with the aim to supply clean hydrogen to both domestic and international markets.

PIF is playing a critical role in advancing Saudi Arabia’s economic transformation as well as diversification, and is actively developing projects which will help the country achieve its net zero GHG emissions target by 2060.

Marubeni, as a leading developer and operator of international IPP and IWP, has ownership interests in four projects in Saudi Arabia. It will proceed with this Project together with PIF utilizing the knowledge it has acquired through its business development and operations in Saudi Arabia.

voda 8 maart 2023 06:32

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Fusion Fuel Bags H2 Pioneros Grant for Hydrogen Project in Spain

Strategic Research Institute
Published on :
8 Mar, 2023, 3:30 am

Fusion Fuel Spain has been awarded a grant of € 3.3M towards capital investment in a 2.4MW green hydrogen project aimed at industrial decarbonization in Spain. The grant has been awarded through the H2 Pioneros Program, to which € 150M has been earmarked to support commercial projects across the renewable hydrogen value chain.

H2 Pioneros is one of the first funding calls under the Strategic Projects for Economic Recovery and Transformation program, a € 6.9Bfinancing tool created under Spain’s recovery and resilience facility to support initiatives in renewable energy, green hydrogen, and energy storage. Fusion Fuel’s project is one of only 19 across Spain that were awarded grant financing through H2 Pioneros.

The 2.4MW project is planned to be developed in Toledo and is intended to supply green hydrogen to local industrial customers to replace the carbon-intensive natural gas currently used in industrial processes. The green hydrogen facility will feature the latest generation of Fusion Fuel’s HEVO solution and is expected to produce roughly 110 metric tons of green hydrogen per annum. The € 3.3M subsidy represents approximately 57% of the total estimated capital cost of the project, which the company expects to build and commission during 2024.

voda 8 maart 2023 07:39

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Maasvlakte krijgt er schone energie bij: ontwerp waterstoffabriek van start
Door THEO BESTEMAN

Gisteren, 21:06
in FINANCIEEL

AMSTERDAM - Het Duitse energiebedrijf Uniper begint aan de ontwikkeling van een waterstoffabriek op de Rotterdamse Maasvlakte. Die krijgt over drie jaar een capaciteit van 100 megawatt en wordt uitgebouwd naar 500 megawatt. Voor het ontwerp van de elektrolysefabriek voor waterstof heeft Uniper het Amerikaanse bedrijf Plug ingeschakeld.

De kolencentrale van Uniper op de Maasvlakte, ernaast komt de elektrolyzefabriek die uiteindeijk 500 megawatt capaciteit moet krijgen. ANP/HH

De eerste plannen voor het H2Maasvlakte-project stammen uit 2021. De fabriek komt naast de kolencentrale van Uniper te liggen. Destijds werden de kosten van de elektrolyzer op €200 miljoen geraamd, dinsdag meldt het concern geen bedragen.

BEKIJK OOK:
RWE en Uniper grijpen naast miljarden schadevergoeding in conflict over sluiting kolencentrales

Waterstof is een schone energiedrager die vanwege klimaatafspraken in Parijs en het Klimaatakkoord in Europa steeds meer in de Europese industrie gebruikt gaat worden. Anders dan kolen en gas leidt het gebruik voor de centrale niet tot uitstoot van broeikasgassen.

De 100 megawatt die Uniper in 2026 biedt 1,8 ton waterstof per uur op: bij een jaar lang continu productie levert geeft dat in de praktijk 10.000 ton waterstof, eindigend in een vervijfvoudiging bij 200 megawatt.

Shell begon vorig jaar zomer met het ontwerp voor een 200 megawatt grote elektrolyser op de Tweede Maasvlakte.

BEKIJK OOK:
’Overheid moet macht van grote spelers op energiemarkt beperken’

Het aan de Nasdaq genoteerde Plug installeert in Rotterdam voorlopig tien geprefabriceerde elektrolyzers op het haventerrein. Wereldwijd heeft het naar eigen zeggen 60.000 brandstofcelsystemen en meer dan 180 tankstations opgetuigd.

Industrie verbinden
Het Rotterdamse havengebied met de Maasvlakte heeft de grootste CO2-uitstoot van Nederland, met in 2021 nog 23,4 megaton CO2-uitstoot. Axel Wietfeld, die Uniper Hydrogen leidt, zegt in 2035 met soortgelijke projecten de uitstoot bij het Duitse bedrijf drastisch te verminderen en een bedrijfsportefeuille met een volledig ’koolstofneutrale’ uitstoot te willen hebben.

BEKIJK OOK:
Duitsland koopt bijna 99 procent van wankel energieconcern Uniper

Uniper en de Rotterdamse haven worden voor de waterstof aangesloten op de ’backbone’, het netwerk van deels bestaande gasleidingen die de vijf grote industrieclusters van Nederland met elkaar gaan verbinden.

In 2030 sluit de overheid de kolencentrale van Uniper, waarvan het moederbedrijf in Duitsland eind december 2022 goeddeels in staatshanden is gekomen na grote verliezen.

BEKIJK OOK:
’Duitse Uniper moet van Brussel energietak in Nederland afstoten’

www.telegraaf.nl/financieel/212141638...

voda 8 maart 2023 07:47

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PERSBERICHT: Agfa investeert in nieuwe industriële unit voor Zirfon-membranen voor groene waterstofproductie

Agfa investeert in nieuwe industriële unit voor Zirfon-membranen voor groene waterstofproductie

Mortsel, België -- 8 maart 2023 -- 7.45 AM

Agfa kondigde vandaag aan dat gezien de sterk toenemende vraag, de Raad van Bestuur de investering valideerde voor een nieuwe industriële unit voor Zirfon-membranen voor groene waterstofproductie, naast bijkomende investeringen in de uitbouw van de bestaande installatie.

De unit zal geïnstalleerd worden in bestaande gebouwen in de vestiging in Mortsel, België. Wanneer gebruiksklaar, zal de unit membranen kunnen produceren met een equivalent van 20 gigawatt/jaar aan electrolyzer-capaciteit voor de productie van groene waterstof. Het ontwerp van de unit maakt ook latere uitbreidingen mogelijk.

Pascal Juéry, CEO Agfa-Gevaert zei: "Met deze beslissing tonen we ons engagement tegenover de energietransitie en het koolstofvrij maken van industriële en vervoersactiviteiten. De actie sluit volledig aan bij de ambities van de EU om een sterke Europese waterstofeconomie op te bouwen en om tegen 2030 10 miljoen ton lokale waterstofproductie te bereiken in het kader van RepowerEU. Daarom zal een voorstel worden ingediend bij het EU-innovatiefonds, een van 's werelds grootste financieringsprogramma's voor innovatieve koolstofarme technologieën.

Klanten over de hele wereld waarderen onze intern ontwikkelde Zirfon-membranen om hun ongeëvenaarde productiviteit en extreme betrouwbaarheid. Ze kunnen er vier keer meer waterstof mee produceren dan met een conventioneel membraan. Het toonaangevende Fraunhofer-instituut heeft ook onafhankelijk bevestigd dat onze Zirfon-membranen de meest kosteneffectieve technologie zijn voor de productie van waterstof via alkalische elektrolyse. Onze membranen zijn geselecteerd voor grootschalige waterstofprojecten door de toonaangevende spelers in de industrie. Met de nieuwe productie-unit kunnen wij een centrale rol spelen in de opkomst van de waterstofeconomie en klaar zijn voor de verwachte verdere toename van de vraag."

Over ZIRFON

Groene waterstof wordt geproduceerd via waterelektrolyse, een proces dat gebruik maakt van groene elektrische energie voor de omzetting van water in zuurstof en waterstof. Deze gassen worden gescheiden door een membraan in het hart van de elektrolyse dat in hoge mate de efficiëntie en betrouwbaarheid van het waterstofproductiesysteem bepaalt.

ZIRFON-membranen voor geavanceerde alkalische elektrolyse worden door klanten over de hele wereld gewaardeerd om hun aanhoudend hoge productiviteit, zelfs in dynamische bedrijfsomstandigheden. Een ander voordeel is hun uitstekende duurzaamheid, die zowel de betrouwbaarheid als de onderhoudskosten van het elektrolytische systeem ten goede komt. Meer informatie op www.agfa.com/zirfon

Over Agfa

De Agfa-Gevaert Groep is een toonaangevende onderneming op het vlak van beeldvormingstechnologie en IT-systemen met meer dan 150 jaar ervaring. De Groep bestaat uit vier divisies: Radiology Solutions, HealthCare IT, Digital Print & Chemicals en Offset Solutions. Ze ontwikkelen, produceren en verkopen analoge en digitale systemen voor de gezondheidszorgsector, voor specifieke industriële toepassingen en voor de drukindustrie. In 2021 realiseerde de Groep een omzet van 1.760 miljoen euro.

Contact:

Viviane Dictus

Director Corporate Communications

tel. ++32 0 3 444 7124

e-mail: www.globenewswire.com/Tracker?data=lk... viviane.dictus@agfa.com

Bijlage

-- press release NL
ml-eu.globenewswire.com/Resource/Down...

voda 9 maart 2023 06:30

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CityU Develops Novel Electrocatalysts for Hydrogen Production

Strategic Research Institute
Published on :
9 Mar, 2023, 3:30 am

Two efficient and inexpensive novel electrocatalysts for hydrogen production offering sustainable green solutions for the energy crisis have been developed by City University of Hong Kong. A research team co-led by CityU materials scientists has recently developed an innovative, ultra-stable and highly efficient Hydrogen Evolution Reaction electrocatalyst. The experiments found that the new catalyst exhibits excellent electrocatalytic activity, long- term durability and ultra-stability. The new electrocatalyst is based on two-dimensional mineral gel nanosheets and does not contain any precious metals. It can be produced on a large scale and help achieve a lower hydrogen price in the future.

The new electrocatalyst, based on AlMnRu (aluminium, manganese and ruthenium) films, has a crystalline-amorphous (non-crystalline) dual-phase nanostructure. Dual-phase materials are needed because each phase has separate benefits: the local chemical inhomogeneity, short-range order and severe lattice distortion in the nanocrystalline phase are desirable, while the amorphous phase offers abundant active sites with a lower energy barrier for hydrogen evolution reaction.

Compared with other common single-atom substrate precursors, such as porous frameworks and carbon, we found that mineral hydrogels have great advantages for the mass production of electrocatalysts owing to the easy availability of the raw materials, a simple, environmentally friendly synthetic procedure, and mild reaction conditions, says Professor Lu Jian, Chair Professor in the Department of Mechanical Engineering and the Department of Materials Science and Engineering at CityU, who led the research.

Electrochemical HER is a widely used hydrogen-generation method. Commercial HER electrocatalysts are made from expensive precious metals. A promising type of HER electrocatalyst intensively studied by scientists is single-atom catalysts for their potential in catalytic HER applications because of their high activity, maximised atomic efficiency, and minimised catalyst usage. However, the fabrication of single-atom catalysts is generally complicated, and requires a lot of energy and time.

The findings were published in Nature Communications under the title Two-dimensional mineral hydrogel-derived single atoms-anchored.

voda 9 maart 2023 06:31

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Everfuel & Hy24 Join Hands for Nordics Hydrogen

Strategic Research Institute
Published on :
9 Mar, 2023, 3:30 am

Everfuel, a leading European green hydrogen energy company and Hy24, managing the world’s largest clean hydrogen infrastructure fund, have announcedthe creation of a joint venture to finance the accelerated development of electrolyser capacity across the Nordics. Everfuel will own 51% of the JV and the Hy24-managed Clean H2 Infra Fund will own 49%.

JV plans to invest a total of € 200M in equity in green hydrogen infrastructure in Denmark, Norway, Sweden and Finland. This will enable the JV to fund, build, own and operate up to 1GW of green hydrogen projects and accelerated delivery of existing hydrogen project pipeline and strengthened collaboration on other hydrogen production assets in the Nordic region

HySynergy project phase 1 with 20MW electrolyser, set to commence commercial operations in second quarter of 2023, is the first asset to be held by the JV

JV to leverage Everfuel’s electrolyser development, construction and operation capabilities and benefit from Hy24’s extensive business development experience and vast hydrogen industry and policymaker relationships

voda 9 maart 2023 06:32

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Korean Researchers Develop Solid Oxide Electrolysis Cells

Strategic Research Institute
Published on :
9 Mar, 2023, 3:30 am

Dr. Ho-Il Ji, Dr. Jong-Ho Lee, and Dr. Hyungmook Kang's research team at the Energy Materials Research Center, Korea Institute of Science and Technology announced that they have increased the possibility of commercialization by identifying this electrolyte sintering mechanism: a next-generation high-efficiency ceramic cell that had not previously been identified.

The research team designed and conducted various model experiments based on the fact that the transient phase generated on the electrode during the electrolyte-electrode sintering process affects the densification of the electrolyte. They discovered for the first time that supplying the electrolyte with a small amount of gaseous sintering aid material from the transient phase promotes sintering of the electrolyte. Gaseous sintering aids are extremely rare and technically difficult to observe; therefore, the hypothesis that the densification of the electrolyte in prometric ton ceramic cells is caused by vaporized sintering aids has never been proposed. The research team verified the gaseous sintering aid using computational science and confirmed that the reaction did not impair the unique electrical properties of the electrolyte. Thus, the design of the core manufacturing process of prometric ton ceramic cells is expected to be possible.

Through this research, we have come one step closer to developing the core manufacturing process for prometric tonic ceramic cells. We plan to conduct research on the manufacturing process of large-area, high-efficiency prometric ton ceramic cells in the future. If large-area technology is successfully developed, it will be possible to produce pink hydrogen in connection with next-generation nuclear technology as well as green hydrogen in connection with renewable energy, which will lead to the commercialization of ceramic cells and accelerate the realization of the hydrogen economy, says Dr Ji

Green hydrogen production technology is absolutely necessary to finally realize the hydrogen economy because unlike gray hydrogen, green hydrogen does not generate large amounts of carbon dioxide in the production process. Green hydrogen production technology based on Solid Oxide Electrolysis Cells, which produce hydrogen from water using renewable energy, has recently attracted attention because it does not generate pollutants. Among these technologies, high-temperature SOECs have the advantage of excellent efficiency and production speed.

The prometric tonic ceramic cell is a high-temperature SOEC technology that utilizes a prometric ton ceramic electrolyte to transfer hydrogen ions within material. These cells also use a technology that can reduce operating temperatures from 700 degree Celsius or more to 500 degree Celsius or less, thereby reducing system size and price and improving long-term operation reliability by delaying deterioration. However, it has been difficult to enter the commercialization stage because the key mechanism responsible for sintering prometric tonic ceramic electrolytes at relatively low temperatures during the cell manufacturing process has not been specifically identified.

voda 9 maart 2023 06:33

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Hexagon Purus & Mitsui to Deepen Hydrogen Partnership

Strategic Research Institute
Published on :
9 Mar, 2023, 3:30 am

Hexagon Purus has announced an investment by Mitsui & Co of NOK 500M and a Memorandum of Understanding for additional investments of up to NOK 1,500M in the coming years, making Mitsui a long-term strategic partner and over time a significant minority shareholder in Hexagon Purus.

Hexagon Purus has launched a to raise gross proceeds of NOK 700-800M and new shares in in a private placement to raise gross proceeds of approximately NOK 350-450M

The net proceeds from the Offering will be used to support the Company’s growth trajectory, including its ongoing global capacity expansion program and its financial targets for 2025.

voda 9 maart 2023 06:34

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EIB & IREDA Meet for Collaboration on Hydrogen Financing in India

Strategic Research Institute
Published on :
9 Mar, 2023, 3:30 am

European Investment Bank’s Global Director Ms. Maria Shaw-Barragan met Indian Renewable Energy Development Agency Limited CMD Mr. Pradip Kumar Das for collaboration on RE and Green Hydrogen projects financing.

This collaboration will provide much-needed support for the development of Renewable Energy and Green Hydrogen projects in India, helping to open up new opportunities for the country's citizens and advancing the Government of India's goal of achieving 50% of its installed energy capacity from non-fossil fuels by the year 2030, says Mr. Das

CMD IREDA also emphasised how this kind of collaboration can create new opportunities in the emerging segment of Renewable Energy, Green Hydrogen, Green Ammonia, E-Mobility, Battery storage, etc. enabling project developers, investors, and other stakeholders to leverage the expertise and resources of two reputable institutions. It can help to create a faster sustainable future for all.

voda 9 maart 2023 06:34

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SARRALLE to Test Hydrogen Reheating Furnace Prototype

Strategic Research Institute
Published on :
9 Mar, 2023, 5:58 am

Azpeitia, Gipuzkoa, Spain headquartered leading technology supplier SARRALLE has finished the manufacturing of the Reheating Furnace Prototype for the evaluation of hydrogen combustion technologies. This is a new step for H-ACERO project that SARRALLE is leading and now the prototype is ready for testing in TECNALIA facilities.

The reheating furnace prototype allows the installation of various types or burners and enables the placement of various refractories. The burners include air-fired burner technologies, and oxy-combustion technologies, using both natural gas and hydrogen, or mixtures of both gases, as fuel. The burners to be evaluated will allow temperatures of 1200 degree Celsius to be reached in the combustion chamber.

The different type of refractories will allow their evaluation under different combustion atmospheres, as well as the placement of steel samples inside the combustion chamber for their evaluation. The equipment includes instrumentation for monitoring refractory temperatures at different points in the furnace, as well as the steel samples introduced into the combustion chamber. In addition, the equipment will have a vision camera that allows visualizing the development of the flame inside the chamber. It also allows the monitoring of the temperature and composition of the gases.

H-ACERO project is an example of collaboration between different companies and entities to develop the next generation reheating furnaces for the steel industry based on decarbonization and energy efficiency technologies.

voda 9 maart 2023 09:30

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First Hydrogen Designs Hydrogen Vehicle

Strategic Research Institute
Published on :
9 Mar, 2023, 3:30 am

First Hydrogen has revealed new images outlining the vision for its Generation II concept vehicle, which will be available with either fuel cell electric or battery electric drive trains. The latest sketches show the design process that First Hydrogen is undertaking with global mobility experts EDAG Group.

The images show the vehicle's overall form in greater detail and indicate some of the van's technical assets. As well as the vertical taillights and branded daytime running lights, which were revealed earlier this year, the new illustrations exhibit an aerodynamic fuselage. They also show muscular and dynamic fenders and a large front grill, which is both functional and stylish. Incorporating First Hydrogen branding, the grill provides the necessary ventilation for the vehicle's front located fuel cell.

The Generation II concepts are being developed while First Hydrogen trials its Generation I Fuel Cell Electric Vehicles. Launched last year, the Generation I vehicles are currently undergoing mileage accumulation and evaluation before entering trials with major fleet operators in the UK. The road trials for Generation I are managed in conjunction with the UK Aggregated Hydrogen Freight Consortium. Members cover a variety of sectors including grocery, roadside assistance, utilities, construction and express delivery and trial participants will use First Hydrogen's demonstrator vehicles alongside their existing fleets to evaluate the benefits of different vehicle technologies. Data and feedback gained during these trials will influence the design and engineering of the Company's future vehicles to ensure designs meet customer needs.

voda 9 maart 2023 09:30

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EBARA Develops Liquid Hydrogen Booster Pump

Strategic Research Institute
Published on :
9 Mar, 2023, 3:30 am

EBARA has developed the world's first liquid hydrogen booster pump for hydrogen power generation consistent with the global expansion of the hydrogen market.

In 2019, as a grant project by the New Energy and Industrial Technology Development Organization, EBARA started developing the world's first liquid hydrogen booster pump for hydrogen power generation, which is required to supply hydrogen to hydrogen power generation gas turbines. Using this liquid hydrogen prototype pump, we conducted a test with liquid hydrogen at minus 253 degree Celsius at JAXA Noshiro Experimental Station in Akita in October 2022 and has obtained favorable results that contributed to designing a large flow rate booster pump.

Liquid hydrogen that will be used for hydrogen power generation is transported from overseas is kept in a storage tank. A Liquid hydrogen booster pump is required when it is unloaded from the tank and supplied to a hydrogen gas turbine. Due to the high level of technical difficulty, pumps with a large capacity capable of handling liquid hydrogen at minus 253 degree Celsius and high pressure for power generation are not currently in the market. Based on strong high-pressure centrifugal pumps and cryogenic technology, EBARA is planning to launch them in the market in 2023 as the world's first pump to supply liquid hydrogen fuel.

EBARA possesses technological capabilities that are compatible with a hydrogen society in the processes of Hydrogen production, transportation and End-use. Especially, as for hydrogen transportation, EBARA has technologies for Cryogenic liquid hydrogen pump as well as for compressors. EBARA has been developing various transportation methods to realize the hydrogen society such as liquid hydrogen, compressed hydrogen, and liquid ammonia.

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BEL 20	3.874,87	+0,44%
Europe50^	5.011,70	+0,10%
US30^	38.211,61	0,00%
Nasd100^	17.698,09	0,00%
US500^	5.095,29	0,00%
Japan225^	38.345,55	0,00%
Gold spot	2.337,95	0,00%
EUR/USD	1,0693	0,00%
WTI	83,64	0,00%

EBUSCO HOLDING	+9,33%
NX FILTRATION	+8,77%
ASMI	+7,26%
Alfen N.V.	+5,89%
PostNL	+3,82%

SIGNIFY NV	-11,28%
Wereldhave	-7,62%
AMG Critical ...	-5,77%
IMCD	-4,90%
ABN AMRO BANK...	-4,19%

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