High-efficiency carbon capture via perovskite-based membranes aligned with 2035 SDG targets
perovskite membranes
carbon capture
SDG13
gas separation
climate tech
Combining ancient and modern methods for sustainable ceramic material synthesis
ceramics
sustainability
ancient techniques
material science
eco-friendly
Reengineering Renaissance designs for 50-year durability in urban infrastructure
Renaissance engineering
urban infrastructure
material science
durability
sustainable design
Aligning with 2035 SDG targets via algae biofuel strain engineering for sustainable aviation
algae biofuel
sustainable aviation
strain engineering
SDG targets
renewable energy
Optimizing enzymatic polymerization for biodegradable plastic production under ambient conditions
enzymatic polymerization
biodegradable plastics
ambient conditions
sustainable materials
polymer catalysis
Developing self-healing polymers with enzymatic polymerization and dynamic covalent chemistry
self-healing polymers
enzymatic polymerization
dynamic covalent bonds
smart materials
sustainable chemistry
Using mycelium-based air filtration to combat indoor volatile organic compound pollution
mycoremediation
indoor air quality
VOC degradation
sustainable materials
biofiltration
Enzymatic polymerization for sustainable bioplastic production with engineered microbes
enzymatic polymerization
bioplastics
synthetic biology
sustainable materials
metabolic engineering
Enzymatic polymerization of conductive biopolymers for sustainable flexible electronics
enzymatic polymerization
biopolymers
flexible electronics
sustainable materials
wearable sensors
Blending ancient Roman concrete science with carbon-negative nanotechnology for modern infrastructure
Roman concrete
nanotechnology
carbon-negative materials
sustainable construction
historical engineering
Leveraging patent-expired innovations to accelerate affordable solid-state battery production
solid-state batteries
patent-expired
affordable energy storage
manufacturing scalability
lithium alternatives
Aligning with 2035 SDG targets through scalable perovskite solar cell recycling methods
SDG 2035
perovskite solar cells
material recycling
sustainable energy
circular economy