- Abandoned Coal Mines Emerge as Understudied Carbon Pathways as Research Reveals CO2 Degassing and Remediation Gaps
- Dalian Institute Prototype Merges Hydrogen Storage and Electricity in Gas-Solid Battery Breakthrough
- Tata Power Advances Small Modular Reactor Plans as India Expands Private Nuclear Participation
- Scotland Targets Circular Energy Infrastructure as Net Zero Material Demand Nears 241 Million Tonnes
Author: Anela Dokso
Abandoned Coal Mines Emerge as Understudied Carbon Pathways as Research Reveals CO2 Degassing and Remediation Gaps
Global carbon accounting still prioritizes large industrial emitters and engineered removal systems, yet emerging geochemical evidence suggests a less visible source may be contributing to atmospheric CO2: abandoned coal mines.
Dalian Institute Prototype Merges Hydrogen Storage and Electricity in Gas-Solid Battery Breakthrough
A reported 93.9 percent energy utilization efficiency, roughly one-third higher than conventional thermal hydrogen storage methods, is drawing attention to a new gas-solid battery prototype developed by researchers at the Dalian Institute of Chemical Physics under the Chinese Academy of Sciences.
Tata Power Advances Small Modular Reactor Plans as India Expands Private Nuclear Participation
India’s push to expand nuclear generation through private sector participation is beginning to move from policy signaling toward early project development, with Tata Power confirming it is preparing detailed plans for small modular reactor deployment in collaboration with Nuclear Power Corporation of India Limited.
Scotland Targets Circular Energy Infrastructure as Net Zero Material Demand Nears 241 Million Tonnes
Scotland’s energy transition could require as much as 241 million tonnes of material by 2050, according to a new roadmap from Zero Waste Scotland, highlighting the growing tension between decarbonization goals and the resource intensity of large-scale energy infrastructure deployment.
Global clean hydrogen production is now expected to reach only 150 million to 160 million tonnes annually by 2050, according to DNV’s latest hydrogen outlook, marking a sharp downgrade from the company’s earlier expectations and reinforcing growing concerns that the hydrogen economy is advancing far more slowly than governments and developers anticipated just a few years ago.
Amazon Forest Carbon Storage Faces Faster Decline as Storm Activity Intensifies, Study Finds
Tropical forests currently store more than 60% of the world’s vegetation biomass, making them one of the most critical regulators of the global carbon cycle. Yet new research suggests the Amazon’s ability to retain that carbon may weaken faster than previously understood, not primarily because of declining tree growth, but because climate-driven mortality is accelerating the turnover of forest biomass.
Australia Cuts Hydrogen Headstart Funding as Seven Green Fuel Projects Advance to Next Stage
Australia has shortlisted seven hydrogen derivative projects totaling 2.18GW of electrolysis capacity under the second round of its Hydrogen Headstart program, but the government’s decision to halve the available funding highlights growing pressure to narrow support toward projects viewed as commercially defensible rather than politically ambitious.
European Energy now says it has produced the first e methanol at its Kassø Power-to-X facility in Denmark, marking an operational milestone for a sector still under pressure to prove economic viability as much as technical feasibility.
Liquid Wind Bankruptcy Raises Fresh Questions Over Sweden’s E-Methanol Expansion Plans
Europe’s e fuel sector entered 2026 already facing mounting financing pressure, rising power-cost uncertainty, and slower-than-expected shipping demand for green fuels. Liquid Wind’s bankruptcy filing in Sweden now adds another stress test for a market that has relied heavily on large-scale project announcements but has delivered relatively few operating facilities.
EU Textiles Recycling Push Collides With Industrial Reality as EPR Laws Expose Scale and Cost Gaps
Less than 1 percent of global textile waste is currently recycled back into new textile fibers at scale, a figure that underscores the structural gap between policy ambition and industrial capability as Extended Producer Responsibility frameworks begin reshaping the sector in Europe and parts of the United States.
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