Pyrolysis Plant
hydrogen, biofuel and charcoal from organic waste
EPRIDA
Bioconversion Center, University of Georgia

renew our regional farm economy
Soil Fertility, Biofuels,
& Carbon Sequestration
local agriculture and global climate
workshop for farmers and our future

2-5pm, Sunday, July 15
potluck community dinner after workshop
Saratoga Apple
1174 Route 29, Schuylerville, NY
518-695-3131 — 518-330-2587
$10
per person
$15
per farm
click here for 1-page poster

Farming and forestry begin with soils,
which begin as immutable mineral elements,
dissolved, decayed and digested
out of bedrock, bone and stone.

Full spectrum fertility assures access
to the full menu of minerals needed by life—
not just the 12 major minerals—
or even only the 18 minor and trace elements.

Mounting evidence suggests biological life requires
nearly all 92 natural elements discovered by science.

The heaviest metals may be needed in parts per trillion
currently biochemistry's lowest limit of detection—
as keys to biochemicals such as enzymes, hormones,
neurotransmitters, DNA configuration and replication,
reproduction, and immune system
.

sun-dried
Seaside Salt Bed
Nature's ideal balanced blend of minerals

Sea-Agri

Dunwoody, Georgia

Beginnings

Nature's perfect solution is The Sea,
    brewed in a billion years of erosion and evolution,
    with all 90 elements that dissolve in water
    the womb where life began on Earth.

And life insists on a specific range of ratios
    among all these elements.
Get the most from the least—
    the trace elements.

Earth's thin skin of living sea and soil
    gave birth to life,
    created our atmosphere,
    give us our climate and weather.

Earth is entering an era of unprecedented change.
To face climate change, peak oil and continued global war,
    we must prepare and be ready to feed our communities
    when oil costs $100 a barrel.

Organic Farmer
Tom MacDonald

grins about giant, sturdy weeds
growing in glacial gravel dust
Questions for the Future

How do we put fertility in soil?
How do we keep fertility in soil?
How do we make soil fully alive again?

Can farms produce and use energy to power our machines?
Can farms produce more fuel than they consume?
Can renewable energy produce enough?
And still increase soil fertility?

Can we remove greenhouse gases from the air?
Can we reverse global warming?
How does Nature sequester carbon?
Can farmers sequester carbon in soil?
Can farmers get carbon credits for sustainable soil practices?

L.I.F.E.: Locally Integrated Food Economy

A new view for the future of farming sees a renewable, re-localized, sustainable food system that begins by putting full spectrum fertility in soil to produce nutrient dense foods. This emerging vision emphasizes circular connections that are complex, local and personal. Soil is no longer a chemical storehouse, but a community food web, and customers become neighbors and friends again. This new view is no theory, but alive as growing markets served by networks of farmers, businesses, homeowners, and activists committed to renewable lifestyles and earth-sensible culture. Being green is a way of life.

After Ten Years
Glacial Gravel Dust

still imparts raw mineral power
to soil and plant
Molybdenum
Missing Element
in the Climate Equation
Katrina
takes aim on the Gulf Goast

Sustainable soil renewal begins by restoring abundant fresh minerals, emphasizing local materials and natural methods. Organic farming pointed in the right direction, and a few pioneers took giant steps beyond reacting against conventional chemical farming. Soil life population density and diversity rapidly rebound with proper applications of minerals, organic matter and inoculants. Ultimately, it's carbon that holds minerals and microbes in a soil matrix.

Pyrolysis—low temperature, low oxygen burning—extracts energy from organic matter as gases and biofuels, with a by-product of bio-char—organic charcoal. This pure, reduced carbon is stable in soil—it can persist for decades, even centuries. In soil, bio-char is a sponge to retain water and nutrients, to supply residences for bacteria, fungi and microscopic life,and to create "microbial reefs" in soil ecology.

This extraction of energy and carbon from organic matter is carbon negative. Even when biofuels are burned, this energy-from-waste technology still sequesters more carbon that it releases. This is the key we need to reverse the greenhouse effect and mitigate global warming.

If carbon and trace minerals are returned to soil each year, then the next year's vegetation will grow thicker and quicker, to sequester even more carbon as new growth. This synergy in successive seasonal surges of green growth can accelerate the removal of carbon from Earth's atmosphere—and improve many other ecological conditions, including nutrient density of food, health of our bodies, and soundness of mind.

Kyoto Protocols' cap & trade carbon exchange economy allows farmers to be paid for carbon captured in soil. Farmers are thus paid to farm sustainably while growing food & fiber—plus biofuel & biochar from organic wastes. Scientists calculate as much carbon can be sequestered in soil as is released by fossil fuels.

EPRIDA
Charcoal Peanut Shell Pellets

after 400 degree pyrolysis

Seen as soil, the new green is black. And the new black is gold in a carbon economy. Kyoto's carbon-trade economy will need more farms—and many more farmers—to grow more local, fresh, full spectrum foods and fuels.

Nine Northeast states—taken together, as if a single nation—are Earth's seventh largest greenhouse gas emitter. New York's new Governor Elliot Spitzer should have this charcoal sequeseter in soil provision included in the new Northeast Regional Greenhouse Gas Initiative (RGGI), and put a financial foundation under a new carbon-accountable rural economy.

And the best is saved for last. A new marketing strategy for solar energy systems from citizenre allows homeowners to lease photo-voltaic solar arrays—rather than buy them. Rental removes three main barriers that stop homeowners from switching to renewable PV technology: 1) large initial expense, 2) liability for maintenance & repair; 3) investment risk by obsolesence due to new technology. Citizenre's goal is 25% of U.S. households on solar electric by 2050. This will generate a foundation of carbon-free, renewable electricity to jumpstart a carbon-negative biofuel energy system.

Web Links
International Agrichar Initiative
EPRIDA, Danny Day, Univ. of GA, Athens
Johannes Lehmann, Cornell Univ., NY
Renew the Earth
Agri-char/Bio-char/Terra Preta forum, Britain
Dr. Bruno, Germany
Hypography Science forum Terra Preta
Bioenergy forum Terra Preta
EPRIDA
Charcoal in Red Clay

after two years
one day workshop for farmers and our future
Soil Fertility, Biofuels,
& Carbon Sequestration
local agriculture and global climate
2-5pm, Sunday, May 20
Saratoga Apple
Route 29, Schuylerville, NY
$10 per person — $15 per farm
* explain full spectrum soil fertility
* introduce emerging technologies
* detail current research & applications
* where to obtain materials & equipment
* how plants produce oxygen & fix carbon
* L.I.F:E.: Locally Integrated Food Economy
* outline basic operating methods
* discuss forming a biofuel cooperative
renew our regional farm economy
for further information
518-695-3131 — 518-330-2587
dyarrow@nycap.rr.com

Corn Test Plots
with charcoal at EPRIDA, Univ. of Georgia
July 2005

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The Earth Renewal and Restoration Alliancewww.championtrees.orgupdated 12/31/2005