Pellet

Carbon Ecologico
http://www.carbonecologico.com/productos.html

BIOMASAS COMBUSTIBLES DEL PERU S.A.C.

POR QUE CARBON ECOLOGICO ?

PORQUE SON FABRICADOS A PARTIR DE BIOMASAS SOLIDAS.

QUE LO DIFERENCIA DEL CARBON VEGETAL:

Thermeal's Pyro-Blok System turns food grade waxed cardboard papers (and other clean post consumer paper sources) into a clean burning cooking and heating fuel.

See their Micro-Plant sized product in action:

Jock Gill, April 2011
Peacham, Vermont, usa


My little iCan made from a 3 lbs Costco coffee can boiled 1.75 liters of water in 42 minutes this afternoon. Ambient temp was 47 [8.33C]. This was done in 5 batches averaging 350 ml each. A very clean burn. Some soot at the start of each batch when the water was cold. Just a soon as the water in the cup warmed up a bit, the soot stopped.

Of course I also made some biochar as well.

Fuel was a good quality wood pellet. Cost of fuel: about 17 cents assuming pellets at $230 per ton. They can be bought for a good deal less, but I am using a higher number to be safe.

Cost per liter boiled: ~ 7.4 cents, allowing 4 cents as the value of the biochar captured at the rate of 17.5% of the dry weight of the fuel.

MAGH 3G GOOD STOVE

Most adopted stove by poor, tribals and farmers in parts of Andhra Pradesh, India, Already facilitated 1500 stoves and the demand is growing every day.
For more details see links:
http://www.bioenergylists.org/content/magh-3g-stove-all | http://e-magh3g.blogspot.com/

Jock Gill, May 2010

With one can: I can make a stove I can cook a meal I can make biochar I can be carbon negative I can start to change the world

This iCan is made from a 7" tall pineapple juice canThis iCan is made from a 7" tall pineapple juice can

I took a 7" tall pineapple juice can, removed the contents, and then marked it thusly:

1. A line around the can 1/3 from the bottom --- this is the top of the fuel load

2. A line around the can 1/3 from the top -- this is the line for the secondary air holes

The middle section is for the wood gas buffer to insure pyrolysis, not combustion.

Next

Primary air supply for a 7" tall pineapple juice canPrimary air supply for a 7" tall pineapple juice can

Marked the bottom of the can off into 8 equal sections. I then used a nail set to make 8 equally spaced holes about half way between the outside of the can and its center. I made a 9th hole in the center. Not too big -- about 1/2 way down the small nail set shaft.

Then I used the line1/3 down from the top to locate the secondary air holes.
I made 8 equally spaced holes with the small nail punch and then used the the biggest punch to enlarge the holes to the full width of its shaft.

At this point I removed the top of the can completely. I left it on for the best structural integrity while I was punching holes.

Done. The All-in-One TLUD is complete. Very simple. Just 17 holes in the right places in one can.

More pictures, are also available at: http://www.flickr.com/photos/jockgill/sets/72157624142002304/
and click here for more story details: http://www.bioenergylists.org/node/2827


[MAGH OPEN STOVE](http://e-maghopenstove.blogspot.com/) is an institutional fixed woodgas stove. This stove is useful for cooking needs of up to 100. With primary and secondary air controls it is easy to operate and highly efficient. For making this stove, "Magh CM" stoves are used inside. This stove is installed at "Open House", Hyderabad, a place for destitute youth for cooking their own food, shelter, studies, etc. Implemented under the "Good Stoves and Biochar Communities" Project, Implemented by GEO with support of GoodPlanet.org France. Stove design by Dr. N. Sai Bhaskar Reddy. For more details visit http://e-maghopenstove.blogspot.com/

[MAGH 3G]( http://e-magh3g.blogspot.com/ ) is an adaptation stove. All types of biomass, briquettes and charcoal can be used for cooking. This is an all in one stove.

It was found that many families have at least two or three types of stoves in rural areas for using types of biomass as fuel. Now with just one stove they have the freedom to use all types of Biomass as fuel.

There is an option to control primary air, to control air from the fuel feed side opening, and secondary air (while using TLUD adopter). Weighs less than 2 kgs, 9 inches in height and 7 inches diameter. Most convenient for regular use, travel, relief, refugees, etc. Reusing metal sheet, these stoves are completely hand made. The cost of each stove piece is $5 (USD).

This stove is being facilitated under the "Good Stoves and Biochar Communities" Project, implemented by GEO with the support of GoodPlanet.org This is one of the 40 stoves designed by Dr. N. Sai Bhaskar Reddy, GEO http://www.e-geo.org http://www.goodstove.com/ . For more details visit http://e-magh3g.blogspot.com/

Nat Mulcahy, World Stoves, March, 2010

Clearly pellets are the single best fuel option for Haiti right now.

Background

Ethanol stills use coal or wood, coal is not sustainable, and wood is vanishing fast. As for coal it is now being imported because local production and availability of wood is not able to keep up with demand and because much of Haiti is deforested. All fuel options underwent a 50% price hike following the earthquake. In ascending order of use the most common fuels are propane, kerosene, wood and coal.

Common Fuel Options in Quake Affected Regions

Haitian fire startersHaitian fire starters

Port au Prince uses 80% of all the coal consumed by Haiti. Wood, prior to the earthquake, was used mostly in rural areas but in many of the camps that we are working in we’ve noted more and more people using wood in their charcoal stoves. Kerosene is very expensive and used not for meals but for quick things like eggs or reheating precooked food. Following the fuel cost hike, however, I have seen more and more of the kerosene stoves gutted and transformed into small charcoal stoves by removing the tank and burner, pounding holes in some sheet metal for form a sieve to hold the charcoal and placing either a pot on the coals or using the rack or radiator from a refrigerator as a grill. As for propane it is used but the families in top 3% of the economic ranking.

Haitian Kerosene StoveHaitian Kerosene StoveKerosene Stove Converted to CharcoalKerosene Stove Converted to Charcoal

Regarding cost it is important to note that the drop in earning options and the spike in fuel costs now means that most of the displaced families now must spend 40% to 60% of the daily family income just to purchase fuel to cook with. In many cases this has meant that families have gone from eating two or three times a day to once a day even in the areas where WFP/PAM is sending distributing food.

What Other Options do we Have?

We could use fuels directly in the stoves which is one of the reasons I like gasifying stoves (fuel too small to use in a standard stove can be used in gasifying stoves); unfortunately the ability of gasifying stoves to use almost any biomass often creates misconception that all biomasses are the same. Users become disappointed when rice husks are used up faster than oak chunks. To avoid this I see briquettes and pellets as the best options. They are more consistent, clean to handle, low-cost, and perceived as a more modern fuel. This last is particularly important because many people are well invested in the “fuel ladder” and if they have already made the perceived social economic move forward (from wood to coal) they will not like to switch again unless it is to move up another rung. Marketing will be key to show that pellets and briquettes are a newer more modern fuel, it is important that pellets and briquettes not be viewed as taking a step back since they are made with “poor” materials.

Clearly pellets are the single best fuel option for Haiti right now.

1. What is the fuel offset by using the pellets? Is it 50% savings compared with wood?

wood fires here are either three rock stoves or charcoal stoves now being used with wood because many can no longer afford charcoal. efficiency is between 7 and 12 %maybe 20 % with some practice. pellet stoves require some training but then run themselves well and may be as much as four times more efficient. if you consider that 1kgofcharcoal produces here is really 7kg of trees the savings both economically and environmentally could be staggering

2. How much imported charcoal does it offset?

right now just one NGO's food program requires the use of 600,000 kg of charcoal a day, that's 1,800,000kg of CO2 per day give or take, right?and that is only one NGO hot meal program, put all the AID groups together and the numbers get big mighty fast

3. What are the relative costs of imported charcoal compared with pellets?

for now, thanks to Green Circle BioEnergy in FL we are providing free pellets to the people using our stoves. in general charcoal costs between 40% and 60% of a family's daily income. Daily income is about $5 US.

4. What is the benefit in number of meals from donated pellets? How may families could cook more than one meal per day by using donated or subsidized pellets as a transition fuel?

Green Circle Bio Energy's generous donation of 60 tons will provide 145,000 to 148,000 family meals, or feed about 740,000 people each once.
I strongly encourage other pellets producers to follow Green Circle's lead and in the mean time am working with the UN to see about funding regular shipments either weekly or biweekly to Port au Prince for the foreseeable future.
As a happy plus we have teamed up with three local ag and aforestation groups who will use the biochar produced by the stoves to restore soil carbon and help areas at risk of becoming desertified.

What Feed Stock Options are there in Haiti?

Feed stocks vary widely through Haiti but in the interest of simplifying logistics and keeping transport costs to a minimum I recommend that local pellets/briquette production be made using local materials. Clearly this means each small pellet mill or briquette press will have a specific optimal mix. UNDP and the Clinton Foundation have done a fine job with this concept and their briquette plant is now in its third year of operation. The use the Work for Pay model developed by UNDP for the collection of paper and cardboard throughout the city.

PaperPaper cardboardcardboardUNDP PelletsUNDP Pellets

These are then soaked in large drums and pounded in enormous wooden mortars to archive a consistent slurry prior to pressing. I would recommend the additional purchase of a hammer mill or two to accelerate production. We have measured a wide difference in hardness of the briquettes which makes the use of them harder to learn. This could easily be fixed with a grading protocol prior to the sale of the briquettes or controlling the pressing and packing procedure of the press.

Pellets would have the advantages of ease of use, faster production rates, no drying period (during the dry season the briquettes require three days to dry but during the rainy season drying can take as much as a week) and a wider variety of feed stock options to provide a more energy intensive fuel.

Around the quake affected region the feedstocks we have tested over the past five weeks have included, bagass, rice hulls, coffee hulls, bamboo, sawdust (many mills are working overtime to provide wood for shelters), chadek rinds, coconut shells and husks, mango cores, palm fronds, sugar cane, sugar cane shavings, paper, cardboard (personal thought, much waste has been generated during food and aid distribution, it would be nice to be able to use all of it so as not to leave a littered city in our efforts to help). All larger wood was used following the quake either for building shelters or to cook with.

wood chipswood chipsstrawstrawpalm frondpalm frondMangoMangococonut shellcoconut shellcorn cobscorn cobschadek rindschadek rindsfood aid packagingfood aid packaging

My favorite has to be chadek rinds, which by themselves produce a spectacular blue flame in the Luica Stoves. Chadek are large pear-shaped citrus fruits. And the rinds are saved as fire-starters.
Bagass poses some challenges in that the gas it produces often has sugars in it that do not always burn. This was not the case with the denser sugar cane shavings or the full cane chunks. Which leads me to believe that bagass, once pelleted would also function well. This, if verified would be a fantastic feedstock in that it is by far the most abundant in this area with mountains of it just sitting throughout the region.

Out side the quake affected areas there are a great many other feedstocks and the energy balance must be carefully made to see if any of these would make sense. From what I have seen vetiver grasses are clearly the most promising feed stock option followed closely by banana plantain plantation and processing waste.

Where to go from here?

For the short term and immediate future the best solution would be to import pellets. While the thought of importing fuel may cause some reservation it must be noted that current aid programs are importing charcoal to cook the food that is being distributed. Current food distribution of rice alone requires a daily supply of 600,000 kg of charcoal. Larger camps are importing propane. If the aid effort is already importing fuel would it not make sense to import more environmentally compatible fuels which at the same time would help sensitize Haitian stove users about a new fuel which could be sustainably 100% Haitian produced? We have enough pellets for the school feeding programs and some camps for the near future but a steady donor supply would be key as we work with WFP to establish up to 30 local pellet mills throughout the Port au Prince area.
Other askes could be small mills for schools, shipping and logistics help with donor pellets (getting the first shipment was a nightmare)and experts or pellet producers willing to consider production in Haiti, the market here is ready and the need for jobs here is great.

Our Stoves,

As for our stoves we are currently producing three types of stoves:

  • Large institutional stoves for the school feeding programs, orphanages, and hot meals programs in the camps,
  • Precut Flat packed Lucia Stoves with incorporated pot stand (1000 fit in a four foot cube and only bending is required to assemble them)
  • and a 100% local version of the Falt Packed LuciaStove made from oil drums. (there was a great feeling of pride when the local one out performed the lazer cut version)

Photos of all three are attached (please note on the large version that the local artisans we are working with insisted on decorating it with trees and birds saying they had to because if people use these stoves the trees will come back to Haiti and then so too the birds.

Street CookingStreet CookingTwo Haitian Pellet StovesTwo Haitian Pellet Stoves
Two Stoves and One FanTwo Stoves and One Fan
Lucia in HaitiLucia in Haiti
Haitian Lucia Stove in Use, note no smoke.Haitian Lucia Stove in Use, note no smoke.

Nat of WorldStove

Green Circle BioEnergy http://www.greencirclebio.com/
2500 Green Circle Parkway
Cottondale, Florida 32431
who would like to thank the following for their help:

  • Port of Panama City
  • Shelton Trucking, Alpha, Florida
  • Arizona Chemical, Panama City. Florida
  • Aggregate Trucking, Panama City, Florida
  • E B Pipe Coating, Panama City, Florida

Paal Wendelobo, January 2010

Attached you will find a prospect of the new TLUD called MUS (multi use stove).

MUS The multi-use stove.

Fuel, Stoves and Water for Haiti
January 27, 2009

There are several projects to supply fuel, stoves and potable water to Haiti. Some have been been ongoing since before the quake and some. The organizations we know of are:

CHF International, Helps (Water Purifier)
To donate a $35 water purifying system, go to https://secure.helpsintl.org/store/haiti.php

Legacy Foundation (Fuel Briquettes)

Miombo, Project Haiti www.prohaiti.org
Peko Pe TLUD pellet fueled stoves to be distributed by Project Haiti. Pellets from Georgia.

Trees, Water, People TWP
Ananda Marga Universal Relief Team AMURT http://www.amurthaiti.org/ and
Recho Rocket stove made from mud formed in a bucket, the Haiti Rocket Stove
Stovetec Rocket Stoves in a metal bucket.

World Stove, International Lifeline Fund
Biucci, Everything Nice TLUD stoves fabricated in Haiti. Pellet fuel from Florida (Green Circle). Grass pellets to be made in Haiti.

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