Search: Energy and Resources Group, Air quality
6 results
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Gadgil, Ashok
Submitted by cmjones on February 28, 2007 - 1:24pm.Name of Person:
Ashok Gadgil
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Department:
Energy and Resources Group, Adjunct Professor
Research Interests:
Ashok Gadgil has active research in energy use and airflows in buildings. He also has long and active research in analysis, research, development and implementation of technologies for improved energy-efficiency and environmental performance in the developing countries, in a range of sectors.
Achievements:
Ashok Gadgil received an award from San Jose’s (CA) Tech Museum of Innovation, which honors people who use technology to help humanity, for developing a water purification system that kills bacteria with ultraviolet light. The system, called UV Waterworks and marketed by WaterHealth International, Inc., is used daily by about 300,000 people in Mexico, the Philippines, and several other countries. Several systems will soon be installed in his native India. Money is currently being raised to install the system in tsunami-stricken regions of Sri Lanka and India. His invention appeared in Forbes Magazine in 2003. Ashok Gadgil is also developing a cheap and effective way to provide safe drinking water to 60 million Bangladeshis who live under the specter of arsenic poisoning. His idea is to create arsenic filters from coal ash, the fine gray powder that piles up at the bottom of furnaces at all coal-fired power stations, waiting to be discarded. Although still in the investigational stage, Gadgil’s technique would involve coating the ash with a compound that attracts arsenic, filling teabag-sized pouches with the powder, and distributing the filters throughout the countryside, one per family per day. Water drawn from any one of the millions of contaminated wells that dot Bangladesh could then be poured through the filter and safely consumed. Gadgil has numerous publications spanning the areas of drinking water efficiency and indoor air quality.
Koshland, Catherine
Submitted by cmjones on March 5, 2007 - 2:25pm.Name of Person:
Catherine Koshland
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Department:
Energy and Resources Group, Professor
Research Interests:
Professor Koshland's research is at the intersection of energy, air pollution and environmental (human) health. It is conducted at multiple scales, from mechanistic analyses of combustion products in flow reactors to control strategies in urban airsheds
Koshland, Catherine
Submitted by cmjones on April 2, 2007 - 2:33pm.Name of Person:
Catherine, Koshland
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Department:
Engineering, Professor
Research Interests:
Professor Koshland's research is at the intersection of energy, air pollution and environmental (human) health. It is conducted at multiple scales, from mechanistic analyses of combustion products in flow reactors to control strategies in urban airsheds
Koshland, Catherine
Submitted by cmjones on April 2, 2007 - 2:28pm.Name of Person:
Catherine Koshland
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Department:
Public Health, Professor
Research Interests:
Professor Koshland's research is at the intersection of energy, air pollution and environmental (human) health. It is conducted at multiple scales, from mechanistic analyses of combustion products in flow reactors to control strategies in urban airsheds
Nazaroff, William
Submitted by cmjones on March 16, 2007 - 1:45pm.Name of Person:
William Nazaroff
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Department:
Energy and Resources Group, Chair
Research Interests:
Professor Nazaroff's research group aims to understand the physical and chemical processes that govern air pollutant concentrations and fates. The goal is to develop the information needed to assess and control human health effects from air pollutant exposures.
Achievements:
Professor Nazaroff's research group aims to understand the physical and chemical processes that govern air pollutant concentrations and fates. The goal is to develop the information needed to assess and control human health effects from air pollutant exposures. Nazaroff's research is conducted through laboratory-scale experiments plus numerical and analytical modeling. The following topics are being addressed: (a) interactions between pollutants and surface materials; (b) air movement and pollutant dispersion in indoor environments; and (c) characterization and control of air pollutant exposures. Dr. Nazaroff's students work closely with research staff of the Indoor Environment Department at Lawrence Berkeley National Laboratory.
Nazaroff, William
Submitted by cmjones on February 28, 2007 - 2:14pm.Name of Person:
William Nazaroff
Picture:
Department:
Civil and Environmental Engineering, Professor
Research Interests:
Professor Nazaroff's research group aims to understand the physical and chemical processes that govern air pollutant concentrations and fates. The goal is to develop the information needed to assess and control human health effects from air pollutant exposures.
Achievements:
Professor Nazaroff's research group aims to understand the physical and chemical processes that govern air pollutant concentrations and fates. The goal is to develop the information needed to assess and control human health effects from air pollutant exposures. Nazaroff's research is conducted through laboratory-scale experiments plus numerical and analytical modeling. The following topics are being addressed: (a) interactions between pollutants and surface materials; (b) air movement and pollutant dispersion in indoor environments; and (c) characterization and control of air pollutant exposures. Dr. Nazaroff's students work closely with research staff of the Indoor Environment Department at Lawrence Berkeley National Laboratory.