In the future, cars could run on fuel that started as a tree branch — part of a virtuous cycle that begins in the woods and ends with cleaner air and decreasing levels of greenhouse gases in the atmosphere.
Princeton University researchers have uncovered a previously unknown, and possibly substantial, source of the greenhouse gas methane to the Earth's atmosphere.
AUDIO PODCAST (Right-click to save link.) Michael Celia, chair of the department of civil and environmental engineering and an investigator with the Carbon Mitigation Initiative at Princeton, discusses geological storage as an option for reducing the amount of carbon dioxide in the atmosphere. Carbon dioxide is a greenhouse gas that contributes to the problem of climate change. This lecture is part of a series on "engineering the future." Other topics include cryptography, sustaina
Princeton engineers are designing an underground experimental facility in a defunct South Dakota gold mine to test what would happen if carbon dioxide stored underground were to leak toward the surface.
Michael Celia, the chair of Princeton's Department of Civil and Environmental Engineering, has been elected a fellow of the American Association for the Advancement of Science, one of the largest professional scientific organizations in the world.
Economists, engineers, environmentalists and policymakers from Princeton University and China will meet on April 18 and 19 to discuss environmental challenges facing China.
Princeton Engineering professors Michael Celia *83 and Robert Socolow were involved in the Intergovernmental Panel on Climate Change that was awarded the 2007 Nobel Peace Prize on Friday, Oct. 12.
The National Ground Water Association has chosen Michael Celia as the 2008 Henry Darcy Distinguished Lecturer. The prestigious honor supports the travel of one expert to share his or her work in lectures at universities throughout the world.
Burning oil and coal, which are rich in carbon, releases the greenhouse gas carbon dioxide. Until alternative fuels become mainstream, one viable option to cut carbon emissions is to capture the gas and inject it into sediments deep underground, according to Princeton's Michael Celia *79, chair of civil and environmental engineering.