There are issues in the USA about local surpluses of distillers grain
due to concentrations of ethanol plants in certain areas. If there are
not sufficient livestock nearby to use the distillers grains promptly
they must be dried. This is an additional cost to the ethanol plant
and some prefer to dump the distillers grains in the land fill than to
dry them.
This is an economic decision and is mostly effected by the
profitability of each option. Since ethanol is currently subsidized in
the USA the dumping of this excellent feed product will be an option.
In other parts of the world the distillers grains can be used as an
additional economic incentive for agriculture related industries to
locate near an ethanol plant. In many cases this is true whether the
ethanol is a product of corn or other crops.
Cornelius A. Van Milligen
Kentucky Enrichment Inc
www.kentuckyenrichment.com
ca...@aol.com
On Dec 27 2006, 12:05 pm, "Hanns-Andre Pitot"
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> Mr. Paul Harris
> Faculty of Sciences, DP710
> The University of Adelaide, Roseworthy Campus, AUSTRALIA 5371
> Ph : +61 8 8303 7880
> Fax : +61 8 8303 7979
> mailto:paul.har...@adelaide.edu.au
I think it was (1996 info) at Kirin Brewery (Japan) where brewer spent
grains was air dried and sold as animal feed but any accumulated
surplus was burnt as fuel. Their objective was zero waste.
I saw your description (posted to IOBB Bioenergy WG) on the simple
Imbert style gasifier (
http://groups.google.com/group/iobb-bioenergy-wg/browse_thread/thread/275cd1f924598174/#)
and was attracted to
>While we used dry sawdust in this test we have conducted tests of
>similar gasification equipment using animal manures and produced a high
>energy hydrogen gas for these uses.
I visited Centre for Livestock and Agriculture Development (located
outside Phnom Pehn in Feb 2006; CelAgrid -
http://www.utafoundation.org/utacambod/utacam.htm) with friends from
Thailand and Cambodia and met with Reg Preston and Khieu Borin. One
of the key attractions was their gasifier which is fired with wood
chip and any fibrous materials that were generated via farm
activities. During the visit, there was an expression of interest
that one could be fabricated for 2000 US$ for another farm in
Cambodia. However an issue in this proposal was the need to hire
people to cut and bring in wood to fire a stationary gasifier or even
for one that is attached to a vehicle.
Q: do you know of any successful case study for a gasifier to run a
tractor or a truck ?
Q: do you know of a landfill site that use a gasifier (fed with
landfill wastes) to run a shredder to generate materials for a compost
site ?
There are two possible sites for such a project.
(a) in Pakistan with Mr. S. Irfanullah. He is the IOBB Natl Rep for
Pakistan and currently setting up a G-GROUP to facilitate the
development of projects in Pakistan with foreign partners. When the
G-GROUP is created, I hope you will discuss how your gasifier could be
used specifically for a project in Pakistan.
(b) in Cameroon at a dump site in Bamenda. Talks have been on since
Nov 2006 for a contract to improve a poorly managed waste dump as well
as leachate treatment.
In both cases (Pakistan and Cameroon) I see the use of a gasifier as a
means for disposal of combustibles at a dump site and for onsite
electricity power generation. But at the same time, there is always
an issue of funding to bring in a test unit and to set up a system for
its continued application.
Does your company have any partnership experience in a developing
country to do this and would it be possible to repeat it (with
funding) in Cameroon and/or in Pakistan ?
regards
jacky
It appears that you are suggesting to utilize the work you and Dr. Paul
Olivier developed
for the elimination of landfills via separation of the recyclable
andsalvagable (as is usally done by scavangers), removal of the metals
via dense water separation, consumption of the digestable organics by
Black Soldier Fly larvae and gasification of the combustibles.
This is an extraordinary system has an excellent PPT presentation by
Dr. Olivier and was reported on the previous IOOB group regarding Black
Soldier Fly technology. My above description adds the gasifier. I
understand that you are very skilled in Black Soldier Fly technology
and applaud your work in this field.
We are in the process of proposing a number of BSF remediation projects
that will yield significant financial rewards for their managers in the
USA, Mexico and Central America.
The gasifier can be designed to be very forgiving of the fuels used to
produce heat and hot water, even distilled water in modest volumes up
to 5,000 gallons per day per small unit gasifier. Larger system are
commercially available but exceed the range in which we work.
Yes, I know of motor vehicles who use wood gas from a gasifier to
operate. The unit we use as an electrical generator would be mobile if
we put the gasifier in the bed of the pickup truck instead of placing
it on the ground. This is not an advanced technical achievement. One
pickup truck with which I am familiar drove across the United States
for $30 in gasoline round trip. The balance of the fuel was wood gas
from a gasifier in the bed of the truck.
We are currently working with an Indian retired professor to place
gasifiers for electrical and heat energy and distilled water in
southern India. We are also working to place them in South African
refugee camps, a Cental American medical clinic, and Mexican dairy
farms.
The Mexican units will use dairy manure as the fuel to operate.
Regards,
Cornelius Van Milligen
Kentucky Enrichment Inc
www.kentuckyenrichment.com
ca...@aol.com
-----------------------------------------------------------------------------------------------------------------------------------------
On Jan 14, 10:21 am, "Jacky Foo" <jacky....@gmail.com> wrote:
> On 14/01/07, C...@aol.com <C...@aol.com> wrote:
>
> > Jacky, several US landfills have separate composting sections. While it
> > would be logical for distillers grains to be directed to that section I am
> > unaware of whether this is the case. .....
> > I would prefer that Black Soldier Fly larvae be employed since they will
> > produce a new feed, fuel and fertilizer product with enhanced marketability
> > over compost. Failing that I would recommend that the ethanol byproduct be
> > used in a gasification system to produce heat, power and clean water.I think it was (1996 info) at Kirin Brewery (Japan) where brewer spent
> grains was air dried and sold as animal feed but any accumulated
> surplus was burnt as fuel. Their objective was zero waste.
>
> I saw your description (posted to IOBB Bioenergy WG) on the simple
> Imbert style gasifier (http://groups.google.com/group/iobb-bioenergy-wg/browse_thread/thread...)
> and was attracted to
>
> >While we used dry sawdust in this test we have conducted tests of
> >similar gasification equipment using animal manures and produced a high
> >energy hydrogen gas for these uses.I visited Centre for Livestock and Agriculture Development (located
> outside Phnom Pehn in Feb 2006; CelAgrid -http://www.utafoundation.org/utacambod/utacam.htm) with friends from
what is distilled water used for in your project ?
> We are also working to place them in South African
> refugee camps, a Cental American medical clinic, and Mexican dairy
> farms.
My thinking is to take us away from the practice of burying all the
biomass at landfills and instead use combustible materials from dump
site to feed gasifiers. What I have not figured out is how can the
energy be used on-site so that a commercial product can be generated
that can make the operation financially sustainable and at the same
time create employment.
Please tell us more about feed sources and how the energy is used at
the refugee camp and dairy farm.
regards
jacky
Hanns-Andre
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could you explain to us what the advantage of
gasification would be over biogas (for wet wastes) or
plain firing (for wood or pellets)? The latter could
be used to fire a boiler that is hooked to a turbine,
like in regular power plants.
Regards,
Hanns-Andre
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could you explain to us what the advantage of
gasification would be over biogas (for wet wastes) or
plain firing (for wood or pellets)? The latter could
be used to fire a boiler that is hooked to a turbine,
like in regular power plants.
Regards,
Hanns-Andre
--- "C.Van Milligen" <ca...@aol.com> wrote:
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The Renewable Fuels Association (RFA) estimates that U.S. production of
ethanol fuel reached 5 billion gallons in 2006, an increase of about 28
percent over 2005, when about 3.9 billion gallons were produced. The
RFA attributes the industry growth to the phase-out of MTBE as a fuel
additive (with ethanol providing the best replacement option), federal
renewable fuels production requirements, and growing demand for clean
fuels. At year's end, the industry had 110 ethanol biorefineries with
enough combined capacity to produce more than 5.3 billion gallons of
ethanol per year, plus enough projects set to go online in the next 18
months to more than double that capacity. Ethanol is also finding new
outlets to the consumer, as 1,000 fuel pumps in the United States are
selling E85, a mixture of 85 percent ethanol and 15 percent gasoline.
++++
Greetings to everybody,
Hanns-Andre
--- Jacky Foo <jack...@gmail.com> wrote:
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Your comment is interesting, although I think for too long the poor world
has depended too much on handout and not enough energy on using the availble
resources that are indigenous and are better suited to our local contions.
If we could get the world to think differently about food scurity. Too often
we just give the person fish instaed of teaching them how to fish. Food
security in the poor world could easily be adressed by more utilisation of
basic technology like hydorponics, aqau farming and more efficient use, of
energy. I like the idea of the cellulose option. When I refer to the
poor-world I'm refering to africa only.
Luke
I completely agree with what you are saying. Which
part of Africa do you come from? In Mauritius, they've
built a first bioethanol plant that is fed with sugar
(or syrup, I'm not sure). As you are probably aware
of, Mauritius is a small country with a big sugar
industry. I think this kind of thing can be copied in
many parts of Africa as sugar cane grows very easily
if the rainfall is high.
The other thing would be to develop technology that
would convert cellulose into sugars. That could
include the bagasse from sugar cane, but it could also
be based on other ag residues, on woody wastes, or
wood specifically grown for that purpose. So far, such
processes are generally biotech based and patented in
developed countries. But there is still plenty of room
for exploration and research!
Hanns-Andre
--- Luke <lu...@headst.org> wrote:
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