Jean Andino

Air Pollution Control Using Cool Coat Surface Technology

Simultaneously controlling ambient temperature and air pollution using novel surfaces will help to sustainably improve the environment.

Program: FURI

Ambient Ozone Removal Using Cement-Based Materials

Investigating the ozone-removing properties of coated surfaces that are the building blocks of structures will help improve air quality.

Program: FURI

Reducing Air Pollutants and Analyzing the Products of Nitric Oxide Conversion Over Photocatalytic Cementitious Materials

Investigating the reactions of nitrogen-containing compounds across novel surfaces will help develop passive systems for reducing air pollution.

Program: FURI

Mechanism of NOx Conversion Over Photocatalytic Cement

Program: FURI

Microjet and Vibration Assisted (MVA) Fluidized Bed

Program: FURI

Removal of Hydrocarbons in Solar Drying System

Optimizing the food drying process by investigating the role of hydrocarbons will lead to a sustainable drying system.

Program: FURI

Solar Drying with an Oxide Material to Achieve Food Preservation of Crop Production

Exploring how an oxide material can be used with a solar dryer to dry food will lead to a more sustainable food storage system.

Program: FURI

Solar Drying with an Oxide Material to Achieve Food Preservation of Crop Production

Program: FURI

Photooxidation of Ethanol to Carbon Dioxide through TiO2 coated cement

Program: FURI

Melon Preservation with Solar Drying Technology in Rural Panama

Program: FURI

Converting Industrial Combustion Byproducts to Liquid Transportation Fuels and Environmentally Friendly Nitrogen-containing Compounds

Program: FURI

Investigating the Effects of Photocatalytic Cementitious Material on NO

Program: FURI