Author: Arnes Biogradlija

Australia is gearing up for an ambitious plan to export green hydrogen by 2030. The government has earmarked $5 billion for this initiative, aiming to position the country as a global leader in this emerging market. Green hydrogen, produced using renewable energy sources like wind and solar power, emits no greenhouse gases, making it a cleaner alternative to fossil fuels. Australia’s Role and Potential Australia is uniquely positioned to benefit from this shift to green hydrogen. With abundant sunlight and vast land areas suitable for solar and wind farms, the country has the potential to generate large quantities of renewable…

The transition to renewable energy sources is accelerating, and hydrogen is poised to play a pivotal role. With its potential as a clean fuel and energy carrier, hydrogen production from renewable sources is gaining significant attention. This article explores the innovative concept of offshore hydrogen production platforms, offering a solution for efficient and safe hydrogen generation at sea. The Need for Offshore Hydrogen Production Offshore wind power generation is rapidly expanding, providing a vast renewable energy resource. Combining offshore wind farms with hydrogen production facilities presents an attractive opportunity to harness this energy efficiently. The hydrogen produced offshore can be…

The rapid development of offshore wind power in recent years presents a unique opportunity to address this freshwater challenge. With large deck areas and variable loads, offshore floating wind turbines are well-suited to accommodate high-power hydrogen production equipment. Moreover, the abundant seawater surrounding these turbines offers a virtually limitless resource for hydrogen generation. However, direct seawater electrolysis remains in the developmental stage, leaving indirect seawater electrolysis, which couples seawater desalination with alkaline water electrolysis as the most viable solution. A Novel System for Indirect Seawater Electrolysis A groundbreaking system and method have been developed to enable hydrogen production through water…

BP and Iberdrola have formed a 50-50 joint venture in Spain to develop a 25 MW green hydrogen project as part of the HyVal initiative. They have announced the final investment decision for a green hydrogen project in Castellón. They have approved constructing the first project in the Valencian Community (HyVal) ‘s green hydrogen cluster. This 25 MW project at BP’s refinery in Castellón is expected to be operational by the second half of 2026. It is the first green hydrogen project jointly undertaken by BP and Iberdrola through Castellón Green Hydrogen S.L., a joint venture both companies own. Details…

General Motors and Hyundai have announced a new partnership to develop vehicles together. Collaborations are becoming more common, especially for clean energy and alternative fuel sources, as companies aim to share the costs and risks of adopting new technologies. Joint Development of Vehicles GM and Hyundai will work together to create new passenger and commercial vehicles, including electric vehicles (EVs) and hydrogen fuel cells. They also plan to find ways to reduce expenses on battery materials and steel, which are essential for vehicle production. Memorandum of Understanding The companies agreed to leverage their strengths to cut costs and deliver a…

Mitsubishi Corporation is considering investing in a hydrogen and ammonia production facility being developed by ExxonMobil to bolster its efforts in the clean energy sector. The partnership would leverage Exxon’s vast resources and Mitsubishi’s expertise in various industries to pursue sustainable solutions. This facility is part of Exxon’s broader strategy to reduce carbon emissions, aligning with global efforts to combat climate change. Hydrogen and ammonia are critical to decarbonizing industries like transport and power generation. By combining their skills and resources, Exxon and Mitsubishi hope to play a significant role in the transition to cleaner energy.

According to a statement from Karsan, the company aims to be at the forefront of “Mobility’s Future” by offering services with over 1,100 electric vehicles spread across 23 countries, focusing mainly on Europe. The company is accelerating its investment in new-generation technology, represented by hydrogen fuel cell (Fuel Cell) models. In September 2022, Karsan introduced its e-ATA Hydrogen model to the world at the IAA Transportation Fair held in Germany. To further its advancements in hydrogen technology, Karsan has signed a collaboration agreement with Toyota, one of the leading automotive and technology manufacturers globally. As part of this partnership, Karsan…

TotalEnergies has announced its entry into the “Japan Hydrogen Fund,” becoming the only non-Japanese investor in the fund’s first round of investments. The fund, backed by over $400 million from major Japanese companies, aims to accelerate the development of the low-carbon hydrogen value chain in Japan and globally. Prominent Investors Join Forces The fund’s initial contributors include key players in Japan’s industrial and financial sectors: Toyota Motor Corporation, Iwatani Corporation, Sumitomo Mitsui Banking Corporation, MUFG Bank, Tokyo Century Corporation, Japan Green Investment Corporation for Carbon Neutrality, and the Bank of Fukuoka. Together, they are positioning Japan at the forefront of…

Thermax has collaborated with Ceres Power Holdings plc to advance green hydrogen production. The companies have a non-exclusive, global license agreement allowing Thermax to manufacture and sell solid oxide electrolysis (SOEC) modules. This partnership aims to enhance the hydrogen production landscape in India and beyond. Enhanced Efficiency and Integration Thermax will use its experience in heat integration and waste heat recovery to manufacture pressurized stack array modules (SAM) and develop SAM balance of modules (SBM). The goal is to create multi-megawatt SOEC electrolyzer modules. These systems are up to 25% more efficient than current low-temperature electrolysis technologies and use industrial…

Italy unveiled its National Hydrogen Strategy in December 2020, aiming to achieve complete decarbonization by 2050. This strategy is a key policy for Italy’s energy transition and sustainable economic growth, focusing on promoting hydrogen usage in industries, transportation, and energy production. One of the primary goals is to meet 2% of Italy’s final energy demand with hydrogen by 2030 and increase this to 20% by 2050. In June 2024, the Italian government submitted the 2024 Integrated National Energy and Climate Plan to the EU, further strengthening its hydrogen policy. According to this plan, Italy aims to increase the production and…