[Stoves] Cane coal in Haiti : CNN

[Tom Miles]

Alex,

You must have gotten smile out of this press release, knowing that members
of this list like Elsen and the Karves has been making cane coal for a few
years. 

http://bioenergylists.org/en/canecoal

http://www.practicalaction.org/docs/energy/docs48/bp48_pp39-40.pdf

http://www.cfsp.org.kh/alternative_charcoal.html


Tom

-----Original Message-----
From: stoves-bounces at listserv.repp.org
[mailto:stoves-bounces at listserv.repp.org] On Behalf Of Alex and Christine
English
Sent: Thursday, August 03, 2006 6:57 PM
To: stoves at listserv.repp.org
Subject: [Stoves] Cane coal in Haiti : CNN

http://www.cnn.com/2006/TECH/07/17/haiti.sugarenergy/index.html

mpoverished Haiti has sugar to burn
Engineers: Cane charcoal could help solve cooking fuel problems

Thursday, August 3, 2006; Posted: 9:56 a.m. EDT (13:56 GMT)



(CNN) -- Little is simple in Haiti, not even boiling water.

Impoverished citizens of the Caribbean nation have long been lacking in many
regards -
- from overarching aims like fostering prosperity, health and stability to
more mundane 
things such as electricity and appliances.

Even wood is in short supply, leaving many reliant on possibly toxic, often
ineffective 
briquettes made from waste paper to cook.

The latter issue got the attention of Amy Smith and her cohorts at the
D-Lab, a hands-
on and instructional program dedicated to using engineering and technology
to improve 
lives in the developing world.

"You couldn't even heat water with it, let alone boil water," Smith said of
the waste 
paper briquettes after they were examined at the D-Lab's base at the
Massachusetts 
Institute of Technology in Cambridge, Massachusetts. (Read more details)

Taking that fact and a host of other health, environmental and economic
issues into 
account, Smith said, "We decided that there was a need for an alternative
cooking 
fuel."

The requirements were basic but not necessarily easy to meet: The fuel had
to be 
simple, effective, cheap and plentiful in Haiti.

Given that challenge, the D-Lab's engineers began sifting through -- and
burning -- 
garbage. They ultimately settled on sugar cane, a common crop in Haiti.

"Sugar cane [waste] works well because it's not used for anything else [and]
there's no 
real nutritional value for it," said Smith. "And the charcoal that it
produces is pretty 
good."
Heightened need

The problems with the waste paper briquettes often used by Haitian villagers
extended 
well beyond their effectiveness.

For one, such briquettes' fumes posed potentially major health risks. This
issue is 
especially critical in Haiti and other developing countries, where acute
respiratory 
infections are a top cause of death for young children.

Breathing indoor cooking fires is typically a significant factor in such
illnesses, Smith 
said.

Moreover, a high deforestation rate -- 98 percent of Haiti's landscape is
tree-free -- has 
left Haiti lacking a wood supply and especially vulnerable to flooding and
landslides.

In September 2004, for example, Hurricane Jeanne killed more than 3,000
Haitians and 
damaged around 300,000 homes.

The need to preserve whatever trees remain is especially critical, given
that forecasters 
are predicting 8 to 10 Atlantic hurricanes this year.

For all these reasons, the D-Lab team went to work. Their first tasks: Pick
up the trash 
-- direct from Haiti -- and then set it ablaze.

"We had a suitcase full of agricultural garbage," recalled Smith. "We had
sugar cane, 
corn husks, peanut shells, corn cobs, everything."

The engineers were able to create a charcoal that could be produced easily
and at low 
cost.

Traditional charcoal is available in Haiti but, like kerosene, is
prohibitively expensive. A 
bag that lasts about 45 days costs about $70 Haitian dollars, but most
adults do not 
make more than a few $100 per month, if that, according to Smith.

The MIT team then held a field trial in Petite Anse, a small and especially
poor fishing 
village on Haiti's northern coast, working closely with local residents to
produce and 
test the sugar cane charcoal.

In a case study produced after the trip, the D-Lab concluded that the final
product had 
similar "energy density" (which relates to its heat and duration, thus
cooking capacity) 
as wood charcoal and could be produced locally for about one-third of the
cost.

The advantages of sugar cane charcoal include improved taste, availability
and 
economics, Smith said.

"This is a situation where you have a fuel [that] is cleaner burning ... And
being able to 
provide alternative cooking fuels means people won't have to cut down
trees," Smith 
said, calling it a "win-win project."


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