/fields/materials-energy
Materials & Energy Storage
From perovskite cells to solid-state electrolytes — the materials bottleneck.
30 papers from your field · Snapshot from gxceed corpus on 2026-10-15
Why this field matters in GX
Materials scientists and condensed-matter physicists are decisive for the storage cost curve: lithium-ion cathode evolution, solid-state safety margins, perovskite stability, and the catalysts that gate hydrogen and CO2 conversion. A fluctuation in cycle life or current density is a fluctuation in the global decarbonization budget.
GX implementation map
Top results from your field, clustered by GX implementation theme. Each cluster shows where doctoral methods from your field actually meet decarbonization work.
Energy transition
19 papers in this clusterStabilizing zinc-ion battery systems: Cathode materials, recent trends and future directions
Sajjad Hussain, Humaira Parveen, Karma Albalawi, …
This review covers recent trends and future directions of cathode materials for zinc-ion batteries. It contributes to energy storage technology, indirectly supporting renewable energy integration and electric vehicle adoption.
via Coordination Chemistry Reviews
( <i>Invited</i> ) Disordered Rock Salt Oxyfluoride Cathodes: From Materials Discovery to Their Practical Feasibility
Venkata Sai Avvaru, Haegyum Kim
This presentation discusses the development of disordered rock salt (DRX) oxyfluoride cathodes for lithium-ion batteries, which avoid critical elements like cobalt and nickel. It covers recent progress in highly fluorinated DRX compounds for improved cycling stability and…
via ECS Meeting Abstracts
Sustainable Global Lithium Use in Energy: Challenges, Innovations, and Integration Strategies
Tomasz Kalak, Yu Tachibana, Tatsuo Abe, …
As lithium-ion batteries become critical for EVs and storage, sustainability concerns mount. This systematic review analyzes the full value chain from extraction to recycling, evaluating innovations like direct lithium extraction (DLE) and battery passports. It concludes that…
via Energies
Hydrogen
4 papers in this clusterProgress in green hydrogen production and innovative materials for fuel cells: A pathway towards sustainable energy solutions
Alinejad Z.
This paper reviews recent progress in green hydrogen production and innovative materials for fuel cells. It focuses on efficiency improvements, cost reduction, and durability enhancement, discussing the potential for integration into sustainable energy systems.
via International Journal of Hydrogen Energy
AN OVERVIEW OF GREEN HYDROGEN PRODUCTION SYSTEM THROUGH LOW TEMPERATURE WATER ELECTROLYSIS USING SOLAR ENERGY
Arbye S.
An overview paper on green hydrogen production systems combining solar power with low-temperature water electrolysis. It appears to survey the technical configuration and components of renewable-powered hydrogen production. Specific data and empirical results are unavailable…
via Thermal Science
Solar-Powered Electrochemical Processes for Sustainable Wastewater Treatment and Green Hydrogen Production: A Review
M.N. Debbagh Boutarbouch, Khadija El-Moustaqim, K. Azoulay, …
This review examines solar-powered electrochemical processes (electrocoagulation, electrooxidation) for wastewater treatment and green hydrogen production. It highlights potential for energy-autonomous facilities and carbon reduction, but notes technical and economic challenges…
via BIO Web of Conferences
Renewables
2 papers in this clusterAdvanced Semiconductor Materials for Renewable Energy Technologies
Dr. Dipak Ashok Zope, Prof. Nitin S. Bharambe, Prof. Shrikrushna U. Bombatkar, …
This review comprehensively summarizes recent advances in semiconductor materials for renewable energy technologies, including solar cells, hydrogen production, and thermoelectric devices. It focuses on efficiency and stability improvements through nanotechnology and thin-film…
via Zenodo
Driving a green energy transition with halide perovskite solar cells
Yuetian Chen, Meng Ren, Xu Tian, …
This paper explores the potential of halide perovskite solar cells in driving the green energy transition. It highlights their high efficiency and low cost, making them a promising technology for renewable energy expansion.
via Nature Sustainability
Supply chain
2 papers in this clusterSurging demand for energy storage systems exacerbates lithium supply challenges in green transition
Juan Tan, Xin Ouyang, Shuangjiao Xue, …
This paper analyzes how the surging demand for energy storage systems intensifies lithium supply challenges, highlighting a critical bottleneck for the green transition.
via ENGINEERING Management
Reconfiguring global value chains for low-carbon technologies and critical minerals: Evidence from solar photovoltaics, batteries, hydrogen and mineral supply chains
Lili Wang, Min Su
An empirical study of how global value chains for low-carbon technologies—solar PV, batteries, hydrogen and critical minerals—are being reconfigured. It links decarbonization industrial policy with the geopolitics of resource sourcing.
via Renewable and Sustainable Energy Reviews
Electric vehicles
2 papers in this clusterResource properties and future prospects of lithium-ion batteries
This paper examines the resource properties and future supply outlook of lithium-ion batteries. It analyzes supply-demand forecasts for critical minerals like lithium, essential for electric vehicles and renewable energy storage. The study highlights the importance of resource…
via J-STAGE
Driving the sustainable transition
C. Tang
This study assesses material cycles of lithium, cobalt, nickel and GHG emissions during the EU's electric mobility transition to 2040 using material flow analysis and vehicle use scenarios. It finds that advancing battery technologies, circular practices, and decarbonizing…
via Leiden Repository (Leiden University)
Carbon accounting
1 papers in this clusterA Pilot Study on Upcycling of Lithium-Ion Battery Waste in Greener Cementitious Construction Material
G. Chobe, Ishaan Davariya, Dheeraj Waghmare, …
This pilot study investigates incorporating lithium-ion battery waste into concrete, evaluating compressive strength and embodied carbon. Black mass incorporation reduced 28-day strength by 35%, while mixed metals reduced by 55%, but embodied carbon decreased. The approach…
via CivilEng
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