In a year when Europe is under increasing pressure to accelerate climate action, the Northern Lights COâ‚‚ storage project—Norway’s high-profile…
Browsing: Analysis
Air Products’ staggering $1.7 billion quarterly loss, driven primarily by a $2.3 billion write-down on abandoned hydrogen projects, serves as…
The genesis of hydrocarbons has been debated for more than 300 years and continues to the present. The discussion of the problem led to the formation of organic and inorganic scientific schools. Over time, the hypothesis of polygenesis was also formed.
EU’s hydrogen quotas have begun to demonstrate their effectiveness, as evidenced by recent developments in the hydrogen sector in Germany and the Netherlands.
Solar-powered hydrogen production has long promised zero-emissions fuel from abundant sunlight and water, but the pathway to commercialization remains obstructed by slow, costly manufacturing processes.
As global demand for scalable, fire-safe, and cost-effective energy storage intensifies, lithium-ion technologies—despite their dominance—are facing growing scrutiny over thermal instability and sustainability concerns. A team of Korean researchers may now be offering a viable alternative through a breakthrough in zinc-ion battery architecture, anchored by a novel graphene-coated current collector.
The global steel industry is responsible for approximately 11% of worldwide CO2 emissions. Within Canada, the steel industry contributes 2% to national emissions, equating to over 2.4 billion Canadian dollars to the GDP, while employing over 23,000 workers directly.
With Australia hosting two of the world’s largest green hydrogen developments—together exceeding 96 GW of planned wind and solar capacity—Intercontinental Energy is betting that a new modular infrastructure model could help address the sector’s most persistent challenge: cost.
China’s ascension in green hydrogen development presents a compelling case of strategy and resource allocation uniquely leveraged by its government and corporate structures.
Despite record-high fossil fuel production and increased global scrutiny, methane emissions from the oil, gas, and coal sectors remain stubbornly high—exceeding 120 million tonnes annually—according to the International Energy Agency’s (IEA) Global Methane Tracker 2025.
