- US Battery Recycling Push Gains Momentum as Hydrometallurgical Technologies Target Supply Chain Gaps
- Enagás Renovable Targets €2.5 Billion Hydrogen and Biomethane Expansion as Spain Seeks Energy Independence
- Australia Backs 2 GW Renewable Buildout in Western Australia as Coal Exit Timeline Tightens
- Asia Pacific Ports Move Ahead on Hydrogen E-Fuels as Shipping Faces Supply Constraints
Author: Anela Dokso
US Battery Recycling Push Gains Momentum as Hydrometallurgical Technologies Target Supply Chain Gaps
M2i Global and Volato Group have partnered with Regenerate Technology Global to deploy advanced battery recycling infrastructure in the United States, targeting a segment that remains underdeveloped relative to projected demand.
Enagás Renovable Targets €2.5 Billion Hydrogen and Biomethane Expansion as Spain Seeks Energy Independence
Spain’s push to scale domestic green molecule production is entering a capital-intensive phase, with Enagás Renovable outlining a €2.5 billion investment plan aimed at accelerating both renewable hydrogen and biomethane deployment.
Australia Backs 2 GW Renewable Buildout in Western Australia as Coal Exit Timeline Tightens
Australia’s Capacity Investment Scheme is beginning to translate policy ambition into contracted capacity, with more than 2 GW of new renewable generation and nearly 500 MW of battery storage awarded across Western Australia at a time when the state is preparing to retire its remaining coal-fired power stations by 2030.
Asia Pacific Ports Move Ahead on Hydrogen E-Fuels as Shipping Faces Supply Constraints
The global shipping industry is approaching a structural imbalance. While dual-fuel vessels capable of operating on methanol and ammonia are entering fleets at an increasing pace, fuel availability remains constrained, creating a growing disconnect between technological readiness and energy supply. A new report from Accelleron points to Asia Pacific ports as early movers in addressing this gap through coordinated, cross-sector hydrogen and e-fuel development strategies.
Direct Solar-to-Hydrogen Technology Gains Attention as Electrolysis Faces Cost and Infrastructure Constraints
The cost and complexity of green hydrogen production remain among the most persistent barriers to scaling the sector, with conventional electrolysis systems requiring both significant electricity input and extensive infrastructure. A spin-off from the Karlsruhe Institute of Technology, Photreon, is advancing an alternative approach that bypasses electricity altogether, attracting attention at Hannover Messe.
BMW Secures Green Hydrogen Supply from Lhyfe as Steyr Plant Prepares for Fuel Cell Production Scale-Up
With hydrogen vehicle production timelines tightening across Europe, supply chain readiness is emerging as a key constraint, prompting the BMW Group to secure green hydrogen volumes for its Austrian manufacturing base through a new agreement with Lhyfe.
Europe’s e-SAF Supply Gap Raises Structural Risk for Aviation Decarbonisation Under ReFuelEU Mandate
With demand for e-SAF projected to reach 36,000 tonnes by 2030 and surge beyond 160,000 tonnes by 2035, Europe’s aviation sector is entering a regulatory phase where compliance obligations are already outpacing industrial readiness, according to industry assessments cited by Scandinavian Airlines.
A 25MW electrolyzer installation capable of producing up to 3,700 tonnes of hydrogen annually marks a tangible step in Europe’s effort to anchor hydrogen supply in industrial clusters, as John Cockerill completes equipment deployment at the Hyoffwind project in Belgium’s Port of Zeebrugge.
Projected compliance costs running into hundreds of millions of dollars per country are emerging as a central fault line in negotiations over a proposed global carbon tax on maritime emissions, as the International Maritime Organization faces intensified lobbying from the United States to delay or dilute the measure.
India’s Plastic Recycling Gap Exposes Feedstock Quality Crisis Despite High Collection Rates
India recycles an estimated 60 percent of its plastic waste, far exceeding the global average of 14 percent, yet only around 13 percent is converted into high-value recycled outputs, revealing a structural inefficiency in the country’s recycling value chain.
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