Every day in Darfur refugee camps, women leave to travel on six to seven hour missions to collect fuel wood for their meals, and every day these women increase their risk of violent attack . When Ashok Gadgil, a physicist at Lawerence Berkeley National Laboratory, visited Darfur to observe how families were cooking their meals and foraging for wood, he launched a project with Ken Chow through Engineers Without Borders to contribute to solving this problem. The Darfur stove is a ten pound metal stove which requires only one quarter of the amount of firewood used in a traditional cooking fire, and is also more cost effective than firewood cooking.
The Darfur Stove is considered an appropriate technology , or “approtech,” a technology designed with special consideration to the environmental, ethical, cultural, social and economical aspects of the community for which it is intended. Before designing and engineering the stove, the Darfur Stoves team looked at the cooking styles of the refugees, the pots used, the food cooked, and other parts of the food-making experience. Only then was a prototype built, tested, and modified again. Appro-tech is a method that stands in stark contrast to the more common occurrence of develo organizations, but not with the fuel to cook their meals.
The Darfur Stoves Project also has implications beyond Darfur, where black carbon smoke from rudimentary cooking fires contribute to greenhouse gas emissions , deforestation, and poor indoor air quality. Over half of the world's population uses rudimentary cooking stoves that impact their health, and the environment. Aid organizations and social entrepreneurs are learning how similar technology can be applied in other regions around the world. This holiday season, give the gift of technology – to
Darfur Stove’s parent organization, Technology Innovat
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