Trees Water and People and AMURT in Haiti
Stuart Conway, Trees Water and People, June 10, 2008

(Select image to enlarge)

TEDTALK: AMY SMITH
TED Technology Entertainment Designii, BMW, 2006

"MIT engineer Amy Smith designs ingenious low-cost devices to tackle tough problems in developing countries. She received a MacArthur "Genius" Grant in 2004, and was the first woman to win MIT's famed Lemelson Prize. In this talk, she explains the vision behind her inventions, which include eco-friendly charcoal and a laboratory incubator that doesn't require electricity. (Recorded February 2006 in Monterey, CA. Duration: 15:48)"

Haiti - Fuelwood, Charcoal and Stoves Projects
Tom Miles August 5, 2006

Following is a preliminary list of fuel, charcoal and cooking stoves projects in Haiti.

FHE (Fondation Haitienne de L'Environnement/The Haitian Environmental Foundation), 1999+ Jean Andre Victor with USAIDi and UNDP, briquettes made from recycled paper.

Fuel from the Fields: A Case Study of Sugarcane Charcoal Technology in Petite Anse, Haiti
Amy Smith & Shawn Frayne, D-lab Development, Massachusetts Institute of Technology 2004

Designii of a Crushing and Agglomeration Process for Manufacturing Bagasse Charcoal
Victoria Y. Fan, Massachusetts Institute of Technology, D-Labi, (Amy Smith) June 2006

ABSTRACT

In Haiti, wood and wood charcoal are common fuels for cooking. This practice has contributed to deforestation, leading to erosion and fatal floods. The availability of charcoal made from a different source other than wood, such as agricultural waste, might provide Haitians with an alternative, more sustainable fuel, which in turn may reduce fuel prices. MIT students have developed various methods for producing charcoal out of simple inexpensive devices. In a current manufacturing process, carbonized bagasse is crushed to a powder, then mixed and agglomerated with yucca binder into balls. A novel method may reduce operator exposure and inhalation of charcoal fines by keeping primary manufacturing phases in the oil drum and reducing the operational steps of transferring the material from one location to another. The goal of this thesis was to understand, test, and optimize the parameters of this novel crushing and agglomeration process. The final prototype was found to effectively crushing charcoal and mix charcoal with binder to some extent, while being an inexpensive alternative to reduce overall charcoal exposure. However, the mixing and agglomeration was not sufficiently uniform and further designs should be considered to increase uniformity of mixing of binder and charcoal.

Amy Smith's Canecoal from D-Labi MIT and Haiti
Courtesy of David Whitfield, CEDESOL, Aug 3, 2006

Here is a picture of the charcoal being made and apparently the typical cooker.

Trees Water and People Project in Haiti
Jeremy Foster, Aprovechoi Research Institute, April 2006