/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 2026-05-11
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.
CCUS
9 papers in this clusterApplication of ionic liquids in CO2 capture, sequestration, and conversion: A comprehensive review
Ahmad Mahboob, Ahmed Bashir, M. Kamal, …
This comprehensive review covers the application of ionic liquids for CO2 capture, sequestration, and conversion. It compares the efficiency and selectivity of various ionic liquids and discusses process intensification. Challenges such as scale-up and cost reduction are…
via International Journal of Coal Science & Technology
Metal-organic frameworks and their derivatives for CO2 electrocatalysis: From methods and designs to products.
Sanusi Sule, Meng-Tao Zhou, Mulin Yu, …
This review systematically examines the interplay between design strategies and product selectivity in MOFs and MOF derivatives for electrochemical CO2 reduction. It emphasizes often-overlooked aspects such as metal nodes, organic linkers, and wettability, using a…
via Advances in Colloid and Interface Science
Advanced polymeric membranes for CO2 separation: fundamentals, materials, and practical challenges.
T. Lee, Byung Kwan Lee, Y. Cho, …
This review provides a comprehensive overview of polymeric membranes for CO2 separation, covering fundamentals, material evolution, and market drivers. It evaluates three major material platforms: thermally rearranged polymers, polymers of intrinsic microporosity, and CO2-philic…
via Materials Horizons
Renewables
6 papers in this clusterCall for Papers for Special Issue on 'Technologies for Responding to Output Fluctuations of Renewable Energy'
This special issue calls for papers on technologies addressing output fluctuations of renewable energy, including energy storage, demand response, and grid integration.
via J-STAGE
Analysis of Regional Renewable Energy Systems from Seasonal and Hourly Supply-Demand Structures
This paper analyzes regional renewable energy systems focusing on seasonal and hourly supply-demand structures. It evaluates supply-demand balance considering the variability of solar and wind power, proposing a method to design optimal energy systems tailored to regional…
via J-STAGE
Situation and Issues Regarding Renewable Energy
This paper provides an overview of the current state and challenges of renewable energy, including market trends, technological barriers, and policy issues, and presents future prospects.
via J-STAGE
Energy transition
5 papers in this clusterThe next frontier in cathode chemistry: A global patent landscape on Lithium Manganese Iron Phosphate (LMFP) blended cathode materials in lithium-ion batteries
Rakesh Jain, Athira K.R, Jignesh Bhate
This paper presents a global patent landscape analysis of LMFP blended cathode materials for lithium-ion batteries, revealing technology trends and key patent holders. It provides a valuable resource for understanding the competitive landscape of next-generation battery…
via Journal of Energy Storage
Exploring the Environmental Sustainability of Primary Al–Air Batteries for Long‐Term Energy Storage Applications
Hüseyin Ersoy, Manuel Baumann, Friedrich B. Jasper, …
This study conducts a life cycle assessment of primary aluminum-air batteries (AAB) for long-term energy storage (LTES). Under favorable conditions (renewable aluminum and sustainable materials), AAB shows advantages in global warming potential and freshwater eutrophication, but…
via ChemSusChem
The green energy transition: systemic contradictions and hidden costs
D. Davydov, K. Nikitin, A. A. Zagoruyko, …
This paper critically examines the hidden technological, economic, and environmental costs of the green energy transition. It assesses wind, solar, hydrogen, and CCUS technologies using metrics like EROI, LCOE, and lifecycle carbon footprint, finding many still immature with…
via Power engineering (Barrington, Ill.)
Hydrogen
4 papers in this clusterSolid State Hydrogen Storage: Hybrid Materials Exploring the Fundamentals, Challenges, and Integration of Renewable Energy for Sustainability
M. Altaf, J.C. Maurya, AK Haldar
This chapter reviews recent progress in hybrid materials for hydrogen storage, targeting international benchmarks (USDOE 6.5 wt%, FCH JU 6 wt%). It emphasizes synergy between hydrogen and circular economies, highlighting electrolysis as a key link. Three industrial case studies…
The Hydrogen Economy: Progress and Challenges to Future Growth
Ifeanyi Oramulu, Vincent P. Paglioni
This review examines the current state of the hydrogen economy, including production methods (green, blue, gray), applications, and challenges. Green hydrogen offers the cleanest pathway but faces high costs and infrastructure barriers. The paper highlights technological…
via Hydrogen
Solar and wind powered green hydrogen systems: A review
Q Alkhawlani, Sameer Algburi, Salah Sabeeh, …
This review evaluates solar- and wind-powered green hydrogen pathways, covering system design, electrolyser operation, storage, economics, environmental footprints, and policy. It presents a roadmap targeting <$2/kg by 2040 through cost reductions and policy support.
via Energy Reports
Supply chain
2 papers in this clusterEnabling recycling of critical metals for electric vehicles.
Shanta Dutta, Kang Liu, Mengmeng Wang, …
This review examines policy landscapes, regulatory mechanisms, and technological perspectives on recycling critical metals for EVs. It highlights regional disparities in Extended Producer Responsibility (EPR) policies and challenges due to heterogeneous battery designs.…
via Journal of Environmental Management
Research on the Forecasting of Strategic Mineral Resource Scrap and Gap Rate of Electric Vehicles Based on a Life Cycle Perspective
Yuzheng Gao, Jing An, Yijie Zhang, …
This study forecasts the scrap and recovery volumes of strategic mineral resources in lithium-ion batteries and charging infrastructure for China's passenger EVs from a life cycle perspective (2010–2050). Six scenarios analyze 20 metallic and 3 non-metallic resources, showing…
via Sustainability
ESG
1 papers in this clusterBattery minerals: a changing context for ESG reporting
R. Langdon, F. Berry, H. Lara, …
This paper discusses the evolving context for ESG reporting on battery minerals, focusing on sustainability and sourcing issues. It highlights the growing importance of environmental, social, and governance factors in the battery supply chain.
via BMC Environmental Science
Climate finance
1 papers in this clusterFinancial Intelligence and Environmental Sustainability: A Literature Review on Economic Modeling for Clean Energy Manufacturing
Tonimi Rotimi-Ojo, Juliana Kissiwah Somuah, Ndidi Ezeakunne, …
This review examines the application of financial intelligence and economic modeling to clean energy manufacturing in solar, wind, EV batteries, and green hydrogen. It evaluates tools like LCOE, DCF, real options, Monte Carlo simulations, and ESG-integrated forecasting,…
via Middle East Research Journal of Economics and Management
Electric vehicles
1 papers in this clusterLife Cycle Assessment for Sustainable EV Battery Recycling: A Technical Framework for EBRR
Gayathri Asokan, Rajkumar Raju cEng, Chandan Dhananjaya, …
This paper proposes a technical framework for life cycle assessment (LCA) specifically for EV battery recycling. It identifies mining and manufacturing as carbon hotspots, and shows that end-of-life strategies like hydrometallurgical recycling and renewable energy integration…
via SAE technical paper series
Energy efficiency
1 papers in this clusterHybrid Nanofluids for Low-Carbon Chemical Processes
J. Singh
This review examines hybrid nanofluids as advanced heat-transfer media to enhance energy efficiency in low-carbon chemical processes. By combining two or more nanoparticles, they offer synergistic improvements in thermal conductivity and stability, with applications in CO₂…
via Journal of Engineering and Applied Sciences Technology
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