The European Union-backed BeBoP project is shifting gears towards enhancing hydrogen fuel cell systems for heavy-duty transport sectors.
Author: Anela Dokso
The patent introduces a novel method that transforms carbon-containing inputs into hydrogen products. This involves the conversion of such inputs into a synthesis gas that predominantly consists of hydrogen and carbon dioxide. A unique aspect of this invention is the fractionating process, which uses a device known as a pressure swing adsorber (PSA) to separate the synthesis gas into distinct fractions. Ultimately, this method enhances the separation of both hydrogen and carbon dioxide, enabling the production of pure hydrogen while allowing carbon dioxide to be either marketed as a product or safely disposed of. Conversion Process At the heart of…
The ever-evolving field of hydrogen-based technology has taken another leap forward with a new patent filed by Robert Bosch GmbH. This patent introduces an innovative gas injector designed specifically for hydrogen internal combustion engines and fuel cells. The technology focuses on efficiently injecting gaseous hydrogen, which is crucial for optimizing the performance of hydrogen-powered systems. Key Components of the Gas Injector The patented gas injector consists of several critical components that work together to ensure hydrogen gas’s precise and efficient delivery. The main elements include an inlet for introducing gaseous hydrogen, a closure element, an actuator for operating the closure…
Australia’s clean energy ambitions have been significantly advanced by Endua’s launch of its pioneering electrolyser technology and hydrogen power bank system at Archerfield Airport, enabling onsite hydrogen production and reliable energy storage to redefine accessibility for local businesses while addressing long-standing logistical challenges.
The Arctic region, known for its harsh environment, is emerging as a critical area for mineral production, responding to the increasing global demand for essential minerals supporting the low-carbon energy transition.
In a rapidly evolving global landscape, energy transition policies aim to minimize society’s reliance on fossil fuels. Such transitions are primarily motivated by climate policy objectives, yet the challenges and opportunities embedded within these efforts extend beyond environmental concerns to encompass economic and technological dimensions.
The recent patent filed by Croft Labs, Inc. introduces an innovative approach to hydrogen production right at the site of demand. This patent describes a unique on-site hydrogen plant that integrates modular expansion capabilities, allowing for adaptable production and storage of hydrogen.
In an era of energy transformation, the European Union’s recent commitment of €250 million to hydrogen projects is not merely an economic gesture but a strategic pivot.
Air Products’ sudden decision to halt its liquid hydrogen plant in Massena stands out amid broader industry trends. The company, who aimed to inject $800 million into this environmentally pivotal project, has halted operations, citing market volatility and strategic realignment as primary factors.
AMEA Power has recently signed agreements to initiate the development of 1,500MWh battery energy storage systems in Egypt, setting its sights on becoming a prominent player in North Africa’s renewable energy domain.
