Environmental Science & Sustainable Development Research Projects
-
New adsorbents for CO2 capture from flue gas
-
CO2 capture from air
Environmentally benign approaches to surface cleaning and modification in microelectronic device processing using super- and sub-critical fluids and gas-expanded liquids
-
Tunable solvent systems for bioprocessing
-
Nearcritical water for benign processes
-
Tunable solvents for homogeneous catalyst recovery
-
Benign solvents for green processes
-
Solvent replacement opportunities by miniemulsion polymerization
-
Sludge dewatering and wastewater treatment
-
Reducing VOC emissions from building products manufacturing
-
Kraft paper mill odor reduction
-
Effect of electrolytes and polymers on VOC emissions
-
Behavior of dilute solutions
-
Reverse production systems
-
Biorefinery systems
-
Green polymerization - biodegradable polymers and use of waste gas as monomers
-
Sensors for continuous monitoring of technetium in aquifers
-
Building surface decontamination from radiological and biological weapons
-
Efficient strategies for products from fuel cycle wastes
-
Improved methods for UV processing of fruit juices
-
Application of cavitation and UV for the disinfection of liquids
-
Chemistry-aerosol-climate interactions within the NASA-GISS Global Model.
-
Effects of organic species on cloud droplet formation
-
Resource conservation by mitigation of surface fouling by inorganic crystalline species
-
Greener crystallization while improving product yield and quality