Energy and Environment

Magnetocaloric refrigeration using a rotating constant magnetic field.
Indoor environmental quality (IEQ) system and DBT platform
GREENPET: sustainable transformation of PET waste into a kit of sensors for environmental and didactic applications
FERROELECTRIC 2D SUPERCONDUCTOR
Energy harvesting and storage feedback cell
Reactor for low-temperature methane splitting and solid catalyst to use therein
Catalytic alloys for intermediate temperature methane splitting.
One-Electrode Contactless Cells
Lead-based perovskite solar cell device with a funcional element for lead immobilization
Catalysts for intermediate temperature methane splitting and reactor thereof
CUO/TIO2 polymeric nanocomposites with improved NIR reflectance for coloured external wall finishing coatings of buildings
Single-unit system for removal of organic and inorganic pollutants in drinking water treatment plants
Bioeffluent indoor air quality (IAQ) system
Non-fluorinated water-repellent formulation for dry cleaning
Coaxial energy harvesting and storage
Eletrochemical device and respective uses (NETlyser)
SOLARHYDRO - Pre-treatment technology for waste activated sludge
Glassy electrolyte for lithium or sodium ionic conduction
Wireless energy transfer system based on hybrid photo-thermoelectric plasmonic device
New nature-inspired antifouling compounds
Metal-modified cork biochar
Thermal, massive and homogeneous wall of solidarized empty blocks in situ
Process of separation and purification of glycerol derivatives
Flexible thermoelectric supercapacitors
Nanogenerator to harvest energy from turbulent fluids
Cellulose based carbon molecular sieve membrane
A Solar rechargeable redox flow cell
Waterfisher - Surface water sampler
Variable ejector for cooling applications
Triboelectric driven turbine to generate electricity from the motion of the water
Aging-free carbon molecular sieve membranes
Simulated moving bed membrane reactor
Externally activatable thermal switch
Smart window
Process for acetals production in a simulated moving bed reactor

U. Porto Inovação
UPTEC Asprela I: Rua Alfredo Allen, 455-461
4200-135 - Porto
Sala 2.30

+351 22 040 80 77
http://upin.up.pt
upin@reit.up.pt

© 2015  U. Porto Inovação   |  Backoffice
by SocialDigital