TECH.LAND’s Post

The #H2ORA project in which VANGUARDLAND participated has been officially concluded. Below you can find the project's information sheet, for more information feel free to contact us! The H2ORA project work forward to facilitate the decision making of the promoters of renewable hydrogen production plants, helping them to optimize and minimize both water consumption and its origin, as well as the possible emissions or waste derived from its treatment, and its suitability for its use in electrolysis A detailed research study has been carried out that increases knowledge about the specific needs of water as a raw material for electrolysis plants, the equipment available to produce renewable hydrogen, and waste and process water streams that can be used to produce this energy vector. The viability of a novel system (intelligent, digitalized, low-cost and open) that allows automating decision-making in the use of water in electrolysis has been demonstrated, allowing plants to be in optimal locations, reducing water treatment costs and the water footprint, minimizing the generation of waste, and replacing fossil fuels with renewable sources, that are the main environmental pillars of the industry 4.0 revolution. Partners: Adiego Hermanos S.A. ISFOC - Instituto de Sistemas Fotovoltaicos de Concentración SOLARTYS, clúster de la energía solar Vanguardland - Consultoria Energética Lda ZINNAE

Vahterus Joins New Research Consortium to Explore Hydrogen-Argon Power Cycle Vahterus is taking part in the Integrated Hydrogen-Argon Power Cycle (iHAPC) project, led by the University of Vaasa. The programme aims to revolutionise the energy sector by showcasing a sustainable hydrogen-argon power cycle (H-APC) at pilot scale. This concept targets unprecedented power-generation efficiency with net-zero emissions. The hydrogen-argon power cycle could significantly impact the energy sector by enabling the full valorisation of green hydrogen. This process involves burning hydrogen under an argon atmosphere with oxygen obtained from electrolysis, raising the efficiency of hydrogen combustion by 10–20 percentage points and allowing net-zero emissions. Water remains virtually the only combustion product. The three-year iHAPC project (2025–2027) has a total budget of 8.55 million euros, primarily funded by Business Finland, with the remaining funds provided by participating companies and research organisations. The project will strengthen the global presence of Finnish technologies in sustainable power generation. ‘The University's role is crucial in advancing innovative energy solutions with a strong focus on sustainability’, says Professor Maciej Mikulski from Vaasa. Mikulski is leading the Efficient Powertrain Solutions (EPS) and acts as the responsible leader of the iHAPC project. In addition to the University of Vaasa, the project involves VTT Technical Research Centre of Finland and University of Oulu. Industrial partners include Wärtsilä Finland, Parker Hannifin Manufacturing Finland, Vahterus, Vaisala and TotalEnergies. ‘The collaboration between research partners and industrial companies is important in achieving net-zero power generation’, says Kalle Vähätalo, R&D Manager at Vahterus. ‘Vahterus will conduct heat-exchanger tests and simulations within the project.’ The iHAPC consortium partners will bring their key knowledge areas to the table, with companies developing enabling technologies and research organisations providing prototyping and upscaling tests. The project will culminate with a demonstration of the H-APC technology. #vahterus #heatexchangers

Exciting news: NITIU and partners launch the HALDA project for sustainable hydrogen storage!   We’re thrilled to announce the start of a groundbreaking initiative aimed at transforming hydrogen storage. With renewable energy growing rapidly, the need for efficient, scalable storage solutions is more pressing than ever. The HALDA Project will tackle this challenge by developing modular hydrogen storage tanks designed with our patented ILS® structure and advanced laser welding technology. By using recyclable stainless steel instead of traditional carbon fiber composites, we’re not only reducing material costs but also slashing production emissions by an estimated 90%—a huge leap forward for more climate-friendly energy storage.   🔹 Project Name: HALDA - Modular hydrogen storage for reliable power and energy supply 🔹 Total Budget: SEK 50.8 million (46% funded by the Swedish Energy Agency) 🔹 Project Duration: November 2024 to April 2027 🔹 Project Partners: NITIU AB, Volvo Group Technology, Saab, Alleima , RISE Research Institutes of Sweden and the University of Gävle   We’re excited to see where this journey takes energy storage. Stay tuned for updates. Read the news from the Swedish Energy Agency: https://lnkd.in/ghndw_mY #hydrogen #hydrogenstorage #nitiu

CIP launches major green hydrogen project in Germany: Copenhagen Infrastructure Partners (CIP) has teamed up with Friesen Elektra Green Energy AG to launch Project Anker, a green hydrogen production facility in Sande, Lower Saxony, Germany.  #gasworld #industrialgas

The TTGV Pioneer Project Program Team conducted a comprehensive analysis of the current status and future prospects of Carbon Capture, Utilization and Storage (CCUS) technologies and Carbon Dioxide Removal (CDR) solutions. These technologies are expected to play a pivotal role in achieving decarbonization targets, alongside energy efficiency and renewable energy sources. This study prepared between April-November 2024, by program specialists Dr. Ayse Sever Akdag, Dr. Güniz Gürel and Dr. Selin Özokcu, under the mentorship of TTGV Innovative Technology Programs Director Dr. E. Serdar Gokpinar, analyzes developments in Turkey and globally, and covers critical aspects such as technology applications, policy frameworks and carbon markets in detail with contributions of 75 sector experts and organizations. This deep dive report, approached from a techno-economic perspective, evaluates the potential of CCUS technologies and CDR solutions in decarbonization strategies, their feasibility, and their capacity to support innovative business models. This summary report of the study, aims to be a guide and a strategic resource for our country to benefit from these technologies at the highest level. For the extended version of the report, please contact us at onculproje@ttgv.org.tr 🔗 https://lnkd.in/dagt-Sbn

👀 Meet some of the companies making global waves that we've supported at The Melt 👀 🟢Allegro Energy: on a mission to radically accelerate the transition to a world powered by plentiful, cheap, clean energy through their long duration energy storage technology 🟢Endua: on a mission to enable distributed onsite production of green hyrdrogen through their hydrogen electrolysis technology 🟢MGA Thermal: on a mission to unlock zero-carbon renewable energy storage for grid and industrial use through their thermal energy storage technology 🟢Refilled: on a mission to change the way people drink beverages on the go and become the world’s most sustainable beverage brand through their smart drink dispenser You'll be able to meet some of these businesses at The Melt ENGAGE. Don't miss the chance to meet and learn from them over our FREE 3-Day program. ⏱️ Registrations close this Wednesday 15 May: https://lnkd.in/g3VbwPSx This project is proudly funded by the NSW Government in association with The Melt, Muswellbrook Shire Council and AGL under the Net Zero Plan Stage 1: 2020-2030. Ryan Nelson Fraser Hughson Thomas Nann Paul Sernia PhD Erich Kisi Mark Croudace #ModernManufacturing #ClimateTechAustralia #ClimateTech #CleanTech #ClimateSolutions #scaleup #startup #opportunity #NetZero #AdvancedManufacturing #TheMelt #HardwareInnovation #TheMelt4Ps #RenewableEnergy #Agtech #HunterValleyTastings #InnovationMeetsTradition

🌍 Can HydroGreen Energy lead the energy transition in the Region of Murcia? 🔑 #GreenHydrogen #HydroGreenEnergy #UPCT #RenewableEnergies #Electrolysis #FuelStack #Decarbonization #Spain. 🚀 The spin-off HydroGreen Energy, born at the Polytechnic University of Cartagena (UPCT), is leading pioneering projects in the production and storage of green hydrogen. Founded by professor José Javier López Cascales, the company stands out for its unique gas diffusion layer (GDL) technology, developed and patented in Spain. 🔋 HydroGreen Energy focuses on addressing the variability of renewable energies through electrolysis and hydrogen fuel cell technology. This approach allows energy to be stored efficiently and used as needed, contributing to decarbonization and pollution reduction. One of its most important milestones is the development of the first 1 kW open cathode hydrogen fuel cell manufactured in Spain, designed for stationary applications and offering a sustainable alternative to traditional generators. 🤔 Let's reflect: how do you think this innovation will impact the energy transition and what other regions could benefit from similar technologies? Share your ideas and comments! More info: https://bit.ly/3Z9uFOZ .

We are excited to celebrate 40 years of #vanadium flow batteries (VFBs) which are gaining in traction globally for their ability to provide #safe, reliable, and long-duration #energystorage. In contrast to traditional lithium-based batteries, flow batteries offer the advantages of being non-flammable, non-explosive, and highly scalable. This makes them an ideal solution for stabilising the grid in a renewable energy-driven future. For Australia, and specifically NW #Queensland, this presents an exciting economic opportunity. #criticalminerals #energytransition

CIP supports major green hydrogen project in Germany: Copenhagen Infrastructure Partners (CIP) has teamed up with Friesen Elektra Green Energy AG to launch Project Anker, a green hydrogen production facility in Sande, Lower Saxony, Germany.  #gasworld #industrialgas

🟢 Técnicas Reunidas Internacional SA collaborates in the 𝗦𝗧𝗘𝗟𝗔𝗛 𝗽𝗿𝗼𝗷𝗲𝗰𝘁 : High-efficiency electrolyser for obtaining renewable Hydrogen. 🔹 This project, in which Técnicas Reunidas acts as coordinator, is part of the company’s Energy Transition Strategy, to position itself as a leading company in 𝗚𝗿𝗲𝗲𝗻 𝗛𝟮 𝗴𝗲𝗻𝗲𝗿𝗮𝘁𝗶𝗼𝗻 𝗽𝗿𝗼𝗷𝗲𝗰𝘁𝘀. The partners are the company Matteco Team S.L., the Technological Institute of Child and Leisure Products (AIJU), and the University of Valencia (UVEG). 🔹 The project aims to develop and evaluate more efficient and scalable catalysts and electrodes for their integration into alkaline electrolysis systems, validating different designs and operating parameters. 🔹 This industrial research project has received a grant of €903,513.17 from the Strategic Cooperation Projects programme of the Valencian Innovation Agency ( IVACE+i ). 🔹 During the first months of the project, Técnicas Reunidas Internacional SA has carried out a preliminary assessment based on models, simulations and analytical calculations of different designs of electrochemical single cell , which ensure a correct transit of electrolyte and generated gases. In addition, it has carried out the adaptation of electrolyser test benches that will serve to validate the catalysts and electrodes developed by Matteco , as well as to optimize the operating conditions. 🤝 Action co-financed by the European Union through the European Regional Development Fund (ERDF) Programme of the Valencian Community 2021-2027. More info ➡️ https://lnkd.in/daEHqEpT #FEDER #RetoIvaceInnova