SandiaLabs:
Smart outlet
SandiaLabs:
Desalination of saline, brackish water becoming more affordable
SandiaLabs:
Purer water made possible by Sandia advance
SandiaLabs:
CANARY
SandiaLabs:
Better lithium-ion batteries
SandiaLabs:
Studying hydrogen fueling infrastructure
SandiaLabs:
Increasing photovoltaic efficiency
SandiaLabs:
Algae nutrient recycling
SandiaLabs:
S-CO2 Brayton cycle technology
SandiaLabs:
Juan Torres
SandiaLabs:
Lighter, cheaper, better energy storage options
SandiaLabs:
Cyanobacteria for biofuels
SandiaLabs:
Fuel cell membrane
SandiaLabs:
Algae pond cultivation
SandiaLabs:
Brayton Lab
SandiaLabs:
Cheaper, cleaner, more efficient electricity
SandiaLabs:
Super plants need super ROOTS
SandiaLabs:
Nanoparticle films
SandiaLabs:
Reducing power plants’ water consumption
SandiaLabs:
Fractal-like solar power receivers
SandiaLabs:
Infrastructure optimization tool
SandiaLabs:
Robotics principles for wave energy converters
SandiaLabs:
Cost competitive biofuels
SandiaLabs:
Battery Lab
SandiaLabs:
Strategic Petroleum Reserve
SandiaLabs:
Reducing power plants’ thirst
SandiaLabs:
Seeing inside a working battery
SandiaLabs:
Supercomputing cooling unit
SandiaLabs:
Building models to build better fusion reactors
SandiaLabs:
Carbon Fiber for Wind Blades
