The developers of the fuel-efficient Berkeley-Darfur Stove for refugee camps in central Africa are at it once again, this time evaluating inexpensive metal cookstoves for the displaced survivors of last year's deadly earthquake in Haiti.
Scientists from the U.S. Department of Energy's Lawrence Berkeley National Laboratory (Berkeley Lab) have teamed up with students from the University of California (UC), Berkeley to run a series of efficiency tests comparing the traditional Haiti cookstove with a variety of low-cost, commercially available alternatives. The long-term goal is to find the safest and most fuel-efficient stoveor to design a new one that would win favor with the cooks of Haitiand tap the resources of nonprofit aid organizations to subsidize its manufacture in local metal shops.
"A more efficient cookstove would not only save Haitian families and aid organizations money on fuel, but could also reduce pressure to cut down trees in this already heavily deforested island nation," says Haiti Stove Project leader Ashok Gadgil, director of the Environmental Energy Technologies Division at Berkeley Lab and the driving force behind development of the Berkeley-Darfur stove. "More efficient stoves that emit less carbon monoxide and smoke could also help reduce the adverse impacts of these emissions on the health of the cooks in Haiti, who are mostly women."
The Haitian government estimates that 316,000 people were killed and more than 1 million made homeless by the January 12, 2010 magnitude 7.0 quake that left the capital city of Port-au-Prince in ruins (although some international organizations estimate the casualties to be lower). That suffering and devastation was readily apparent when Gadgil sent a team to Haiti three months after the quake on a mission to evaluate the need for cookstoves among survivors.
Their findings underscored both the promise and challenges facing any attempt to apply the Darfur cookstove experience to the Haitian s
|Contact: Julie Chao|
DOE/Lawrence Berkeley National Laboratory