Optimizing redox flow battery efficiency for large-scale renewable energy storage
redox flow batteries
renewable storage
electrolyte optimization
grid integration
energy density
Optimizing redox flow battery efficiency via novel electrolyte formulations for grid-scale storage
redox flow batteries
electrolyte optimization
grid storage
energy density
renewable energy
Hydrogen storage in metal-organic frameworks for decentralized renewable energy grids by 2035
MOF hydrogen storage
decentralized energy
renewable grids
SDG7
material design
Aligning with 2035 SDG targets through next-generation biodegradable polymer development
biodegradable polymers
sustainability
SDGs
plastic alternatives
green chemistry
Blending ancient Roman concrete techniques with modern nanotechnology for durable infrastructure
self-healing concrete
archaeological materials
nanocomposites
sustainable construction
ancient engineering
Anticipating 2035 energy grid demands with hydrogen storage metal-organic frameworks
hydrogen storage
metal-organic frameworks
energy grid
renewable energy
grid stability
Optimizing redox flow battery efficiency through novel electrolyte formulations and electrode designs
redox flow battery
electrolyte optimization
electrode design
energy storage
renewable integration
Aligning carbon capture technologies with 2035 SDG targets for industrial decarbonization
carbon capture
SDG targets
industrial decarbonization
sustainability
climate mitigation
Combining ancient and modern methods for low-carbon concrete using Roman cement techniques
Roman concrete
sustainable construction
carbon reduction
material science
ancient techniques
Optimizing enzymatic polymerization for biodegradable plastic alternatives
enzymatic polymerization
biodegradable plastics
sustainable materials
polymer engineering
green chemistry
Using biocatalytic cascades for solvent-free synthesis of biodegradable polymers
biocatalytic cascades
solvent-free synthesis
biodegradable polymers
enzymatic polymerization
green chemistry
Self-healing concrete with embedded fungal spores for infrastructure resilience
self-healing materials
fungal biotechnology
civil engineering
biocementation
infrastructure durability