Author: Arnes Biogradlija

The rise of sustainable and efficient energy solutions is crucial in today’s industrial landscape. The Saudi Arabian Oil Company’s patent, titled “Natural Gas Processing with Integrated Hydrogen Generation,” encapsulates an innovative step in this direction. This patent covers operating a natural gas processing plant that integrates hydrogen production into its core processes, promising energy efficiency and sustainability enhancements. Natural Gas Processing At the heart of this patented method is the processing of feed natural gas to produce product natural gas. The process involves several key steps to refine the feed natural gas. Initially, the gas undergoes purification stages to remove…

The patent outlines novel systems and methods developed for processing ammonia. The core innovation involves using reactor modules to generate hydrogen from ammonia. The hydrogen generated can either be used to heat the reactor modules through combustion or directed to fuel cells to generate electrical energy. Amogy Inc. has filed a patent for advanced systems and methodologies for processing ammonia to generate hydrogen. This patent introduces a highly efficient way to leverage ammonia as a source of hydrogen, which can, in turn, be used for heating or electricity generation. Reactor Modules for Hydrogen Generation At the heart of the invention…

Hydrogen is increasingly viewed as a sustainable energy source for the future. Efficiently extracting hydrogen from natural reservoirs could be revolutionary. Recently, a patent filed by Pukyong National University Industry-University Cooperation Foundation has introduced a novel system designed to evaluate geological hydrogen productivity. This innovative solution could reshape how scientists approach hydrogen extraction from rock formations. Components of the System The patent outlines several key components of this evaluation system. Each component is crucial in ensuring accurate and efficient hydrogen productivity assessment. Gas Injection Device At the core of the system is the gas injection device. This device is configured…

Statkraft, a Norwegian state-owned power company, has proposed a hybrid approach to reduce carbon emissions by combining green hydrogen, natural gas, and carbon capture and storage (CCS). This method aims to address the environmental concerns associated with natural gas while leveraging the advantages of green hydrogen. Challenges with Natural Gas Natural gas is widely used due to its efficiency and lower carbon emissions compared to other fossil fuels. Nevertheless, it still generates significant CO2 emissions, which contribute to climate change. Integrating CCS with Natural Gas Carbon capture and storage (CCS) technology can capture up to 90% of the CO2 emissions…

Amid the urgent need to establish a support system for safety education to create a safe hydrogen industrial ecosystem, the Korea Institute of Industrial Technology (KITECH) signed a Memorandum of Understanding (MoU) with the Korea Gas Safety Corporation (KGS) on September 4th. Cooperation for Sustainable Development Lee Sang-mok, Director of KITECH, and Park Kyung-kuk, CEO of KGS, agreed to collaborate on creating a cooperative system for the sustainable development of the domestic hydrogen industry. This includes safety education and technical support for hydrogen companies, testing and certification, support for overseas expansion, professional staff exchanges, and technological dissemination. KGS’s Role as…

The Canary Islands Technological Institute (ITC) and Naturgy have announced a strategic collaboration to validate the performance of an innovative electrolysis technology to produce green hydrogen. This joint effort focuses on installing and testing a 2 kW experimental electrolyzer prototype to evaluate its design and compare it with existing commercial systems. The technology, known as ‘Anion Exchange Membrane’ (AEM), was developed by the Singaporean startup Sungreen, which has collaborated with Naturgy since September 2022. This approach promises significant efficiency and cost reduction improvements for green hydrogen production, mainly due to its lower reliance on scarce and depletable materials such as…

Polish oil refiner PKN ORLEN has announced plans to explore green hydrogen production in Lithuania. The project will be undertaken through its subsidiary, ORLEN Lietuva, and marks a substantial move towards reducing carbon emissions in the Baltic region. Green Hydrogen Potential Green hydrogen, produced using renewable energy sources, is seen as a critical component in the global transition to cleaner energy. ORLEN has identified Lithuania as a strategic location due to its access to renewable energy resources such as wind and solar power. The initiative aligns with broader European Union goals to achieve climate neutrality by 2050. Technological Advancements The…

Abu Dhabi National Oil Company (Adnoc) has acquired a 35% stake in Exxon’s proposed blue hydrogen production facility. This project, delayed initially due to various logistical and financial setbacks, is a significant move in the oil giant’s strategy to diversify its energy portfolio and reduce its carbon footprint. The Exact Investment Details of the financial terms of Adnoc’s investment have not been disclosed, but industry analysts estimate the deal to be in the multi-billion-dollar range. This investment aligns with Adnoc’s broader strategy of investing in sustainable and clean energy technologies. It also underscores a growing trend among oil and gas…

 India has recently announced an ambitious investment of Rs. 45,000 crore in green hydrogen projects. This move is part of the country’s larger strategy to transition to renewable energy sources and reduce carbon emissions. The investment is expected to bolster the development of green hydrogen infrastructure and technology, positioning India as a global leader in clean energy innovations. Investment Objectives The primary objective of this massive investment is to develop a robust green hydrogen ecosystem in India. The government plans to allocate funds towards building electrolyzers, setting up production plants, and creating supply chains for green hydrogen. Additionally, the investment…

CMB.TECH, a division of the Belgian shipping company Compagnie Maritime Belge, and Tsuneishi, a Japanese shipbuilding and maritime services company, have announced the launch of a new research and development center in Japan. This center will focus on hydrogen-fueled internal combustion engines (ICE). The collaborative venture seeks to advance the use of hydrogen as a cleaner alternative for maritime propulsion. The R&D center will be located in Fukuyama, Japan, aiming to push the boundaries of hydrogen ICE technology by harnessing CMB.TECH’s expertise in hydrogen applications and Tsuneishi’s shipbuilding capabilities, the center hopes to achieve significant milestones in reducing the environmental…