As Australia gears up for elections by mid-May, its burgeoning green hydrogen industry faces potential setbacks that could alter its trajectory.
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The shipping industry, responsible for transporting over 90% of global trade, contributes approximately 2.5% of global CO₂ emissions and significant air pollution.
As the global market for low-carbon solutions expands, understanding the dynamics of this technological evolution becomes crucial for stakeholders aiming to navigate the intricate pathway toward a sustainable future.
Canada’s hydrogen market is currently facing significant headwinds, with exports projected to fall precipitously to $62 million in 2024, according…
In the field of public transportation, electric bus transit emerges as a pivotal element in mitigating greenhouse gas emissions and…
A recent patent filed by Siemens Energy Global GmbH & Co. KG introduces innovative methods for operating an electrolysis system…
The patent introduces a novel method that transforms carbon-containing inputs into hydrogen products. This involves the conversion of such inputs…
I recently revisited the cult movie “Dallas Buyers Club” (2013). The main character is a man who is given a death sentence by the system. The doctors give him 30 days to live, the bureaucracy suggests he accept it, and the pharmaceutical companies sternly point out, “Here’s the only right way, and everything else is dangerous delusions.”
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.
