BIONEER



REDUCE
REUSE
RECYCLE
RETHINK




Bioneers was conceived to conduct educational and
economic development programs in the conservation
of biological and cultural diversity, traditional
farming practices, and environmental restoration.
A vision of environment encompasses the natural
landscape, cultivated landscape, biodiversity,
cultural diversity, watersheds, community economics,
and spirituality. Bioneers seeks to unite nature,
culture and spirit in an Earth-honoring vision,
and create economic models founded in social justice.







GLOSSARY

BIONEER

BIOAUGMENTATION

BIO-CULTURE

BIOENGINEERING

BIOMIMICRY

BIOREGIONAL

BIOREACTOR

BIOREMEDIATION

BIOSCIENCE

BIOSTIMULATION

MUSHROOMS

ETHNOSPHERE

BIOTECHNOLOGY

HYPERACCUMULATOR

SEAWEED

ACID RAIN

LEACH FIELDS

BIOCHEMICAL

CHEMURGY

BIOACCUMULATION

BIOGEOCHEMICAL CYCLES

BIOTRANSFORMATION/XENOBIOTICS

APPROPRIATE TECHNOLOGY

INDUSTRIALISATION INDUSTRIALIZATION

BIOREACTOR

BIOREACTOR LANDFILL





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SECTION 1



GLOSSARY




ENVIRONMENT
All that surrounds us, things produced
both by people and by the the natural
world, which provides our important
resources.


ENVIRONMENTAL SCIENCE
The study of how humans interact with
their environments and of what can be
done to improve these interactions.


PRESERVATIONISTS
Believes in saving wilderness unspoiled.

CONSERVATION
The reduction of waste and of
unnecessary use of resources.


CONSERVATIONISTS
Believes in sustainable use of national land.
Conservation involves changing wasteful habits and investing
in energy-efficient building, vehicles and appliances.


HUMAN AFFECT ON THE ENVIRONMENT
The environmental impact of agriculture
includes population growth and also

1. Destruction of natural habitats and species.

2. Destruction of hunter-gather societies.

3. Soil erosion, due to less trees and shrubs.

4. Food simplification, less number of plants species.

Industrialization has accelerated every kind of
human impact on the environment, this includes
population growth, resource depletion and
pollution to name a few. Each land has it's
own type of solution to it's problems.




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SECTION 2



BIONEERS




BIONEERS
Offers pragmatic solution that honors the living
web of the natural world as the most fertile source
of inspiration and models.




BIONEERS

They come from interdisciplinary fields:
environmental,
socio-political activism,
"green",
biology,
chemistry,
design,
architecture,
urban planning,
organic "beyond organic" farming gardening,
indigenous perspectives,
biodiversity,
wildland preservation,
alternative energy,
engaged spirituality,
literature and the arts,
holistic,
"ecological" medicine,
ethno-botany,
socially-responsible entrepreneurship,
business and philanthropy,
the environmental justice,
women's and youth movements,
independent media.




BIONEERS
LINKS:



ACRES U.S.A.
http://www.acresusa.com/

BIONEERS
http://www.bioneers.org

BIOSIS
http://www.biosis.org/

CENTER FOR ECOLITERACY
http://www.ecoliteracy.org/

CULTURAL SURVIVAL
http://www.culturalsurvival.org/

CULTURES ON THE EDGE
http://www.culturesontheedge.com/

CYTOCULTURE ENVIRONMENTAL
http://www.cytoculture.com/

ECO-LIVING
http://www.eco-living.org/

ECORESULTS
http://www.ecoresults.org/

FUNGI PERFECTI LLC
http://www.fungi.com/

THE GLOBAL ACADEMY
http://www.globalacademy.org/

GROXIS
http://www.groxis.com/

THE LAND INSTITUTE
http://www.landinstitute.org/

LEWIS CENTER FOR
ENVIRONMENTAL STUDIES

http://www.oberlin.edu/envs/ajlc/

NATURAL CAPITAL INSTITUTE
http://www.naturalcapital.org/

OCEAN ARKS INTERNATIONAL
http://www.oceanarks.org/

QUIVIRA COALITION
http://www.quiviracoalition.org/

ROCKY MOUNTAIN INSTITUTE
http://www.rmi.org/

SEED SAVERS EXCHANGE
http://www.seedsavers.org/

SOCIETY FOR ECOLOGICAL
RESTORATION INTERNATIONAL

http://www.ser.org/

TREE PEOPLE
http://www.treepeople.org/

WATER STEWARDS NETWORK
http://www.waterstewards.org/

THE WILDLANDS PROJECT
http://www.wildlandsproject,org/



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SECTION 3



BIOAUGMENTATION




BIOAUGMENTATION
BioAugmentation is the addition of naturally
occurring microbes to sites. There is a use
of bacteria and enzymes to improve water
quality, reduces oder, discoloration, and
sludge. Also used in the tasks of decomposing
waste in sewers, grease traps and septic
tanks.




BIOAUGMENTATION
LINKS:



WASTEWATER BIOAUGMENTATION
RESOURCE WEBSITE

http://www.bioaugmentation.com/

JRW BIOREMEDIATION
http://www.jrwbioremediation.com/

IWA PUBLISHING
http://www.iwapublishing.com/



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SECTION 4




BIO-CULTURE




BIO-CULTURE
A system that converts municipal waste and
garbage into safe organic fertilizer as well
as other basic organic goods.




BIO-CULTURE
LINKS:




NATIONAL BIOTECH REGISTER
http://www.biotech-register.com/

BIOCULTURE.CO.UK
http://www.bioculture.co.uk/

BIOCULTURE.AU
http://www.bioculture.com.au/

THE EDGE
http://www.edge.org/



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SECTION 5




BIOENGINEERING




BIOENGINEERING

Application of engineering principles
to problems in biology.

Application of biological principles
to engineering processes.





BIOENGINEERING
LINKS:




BIOENGINEERING.CH
http://www.bioengineering.ch/

THE BIOENGINEERING GROUP
http://www.bioengineering.com/

NATIONAL SCIENCE FOUNDATION
http://www.nsf.gov/

SNS BIOENGINEERING
http://www.snsbio.co.uk/

UNIVERSITY OF CALIFORNIA
SAN DIEGO
http://www.bioeng.ucsd.edu/

UNIVERSITY OF ILLINOIS CHICAGO
http://www.uic.edu/

THE WHITAKER FOUNDATION
http://www.whitaker.org/




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SECTION 6




BIOMIMICRY




BIOMIMICRY
The conscious copying of examples and
mechanisms from natural organisms and
ecologies.


BIO:
MEANING LIFE

MIMESIS:
MEANING TO IMITATE

Biomimicry:
Innoviation Inspired by Nature.
Janine Benyus



Biomimicry is a new science that studies
nature's models and then imitates or takes
inspiration from these designs and processes
to solve human problems, e.g., a solar cell
inspired by a leaf.
Biomimicry uses an ecological standard to
judge the rightness of our innovations.
After 3.8 billion years of evolution,
nature has learned:

What works.
What is appropriate.
Biomimicry is a new way of viewing and
valuing nature. It introduces an era based
not on what we can extract from the natural
world, but on what we can learn from it.




BIOMIMICRY
LINKS:



BIOMIMICRY GUILD
http://www.biomimicry.net/

BUCKMINSTER FULLER INSTITUTE
http://www.bfi.org/



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SECTION 7




BIOREGIONAL




BIOREGIONAL
A proposal to ground the human culture within
a natural system, to get to know one's place
intimately in order ot fit human communities
to the earth, not distort the earth to our
demands.

THINK NATIVE PLANTS:



BIOREGIONAL
LINKS:


BIOREGIONAL
http://www.bioregional.com

CO-INTELLIGENCE INSTITUTE
http://www.co-intelligence.org

CONSERVATION ECONOMY
http://www.conservationeconomy.net

CONTINENTAL BIOREGIONAL CONGRESS
http://www.bioregionalcongress.org

IN CONTEXT
http://www.context.org

GREAT RIVER EARTH INSTITUTE
http://www.greatriv.org

MOUNT SHASTA BIOREGIONAL
ECOLOGY CENTER

http://www.mountshastaecology.org

PLANET DRUM
http://www.planetdrum.org



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SECTION 8




BIOREACTOR




BIOREACTOR
A landfill that rapidly transforms and
degrades organic wastes. this is done
through the addition of liquids and air
to enhance the microbial processes.




BIOREACTOR
LINKS:




AWWA RESEARCH FOUNDATION
http://www.awwarf.com/

PERCHLORATE INFO
http://www.perchlorateinfo.com/

WASTE MANAGEMENT
http://www.wm.com/



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SECTION 9




BIOREMEDIATION




BIOREMEDIATION
Bioremediation refers to any method that uses
microbes (microorganisms) to recycle organic
materials and sequester inorganic ions. Because
the primary responsibility of microbes is to
recycle organic material, they must be present
in sufficient quantities and diversity in order
to do this. Under careful controlled conditions,
bioremediation can be a practical and cost effective
method to remove hydrocarbons from contaminated
hydrocarbons from contaminated.






ADVANTAGES OF BIOREMEDIATION

It is a natural and safe process.

It is cost effective.

It represents a true closure solution.

It is non-disruptive and non-invasive.

It can be performed on site, with a
low profile.





BIOREMEDIATION
LINKS:



BATTELLE
http://www.battelle.org/

REMEDIATION TECHNOLOGIES DEVELOPMENT FORUM
http://www.rtdf.org/

BIOREMEDIATION DISCUSSION GROUP
http://bioremediationgroup.org/



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SECTION 10




BIOSCIENCE




BIOSCIENCE
Systematic knowledge or study
concerned with bio material.




BIOSCIENCE
LINKS:




ACTION BIOSCIENCE
http://www.actionbioscience.org/

BIOEXPLORER
http://www.biolinks.net.ru/

CABI BIOSCIENCE
http://www.cabi-bioscience.org/

FRONTIERS IN BIOSCIENCE
http://www.bioscience.org/



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SECTION 11




BIOSTIMULATION




BIOSTIMULATION
The modification of sites to enhance the growth
of indigenous microbes already present. The
addition of nutrients, oxygen or other electron
donors and acceptors so as to increase the
number of indigenous microorganism available for
degradation of contaminants. Generally any process
that will increase the rate of biological
degradation.




BIOSTIMULATION
LINKS:



AMERICAN SOCIETY FOR MICROBIOLOGY
http://aem.acm.org/

HUMIN TECH
http:/www.humintech.com/

U.S. MICROBICS INC
http://www.bugsatwork.com/



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SECTION 12




MUSHROOMS




MUSHROOMS
TIP:
In bioremediation mushrooms can be used
to detoxofy contaminated environment. The
mushrooms that are grown in polluted
environments can absorb toxins directly
into their tissues. As a result, mushrooms
grown in these environments should not be
eaten.

Not only are mushroom a protein-rich food
source for human, but the by-products unlock
nutrients for other members of the ecological
community. Many species can be incorporated
into the permaculture model. A strategy that
uses mushrooms to help repair the environment,
due to natural disasters such as hurricanes,
tornadoes and floods. Mushrooms are a rich
source for amino acids(proteins) minerals and
vitamins.







MUSHROOMS
LINKS:



BRITISH MYCOLOGICAL SOCIETY
http://www.britmycolsoc.org.uk/

DOCTOR FUNGUS
http://www.doctorfungus.org/

FUNGI.CA
http://www.fungi.ca/

FUNGI PERFECTI
http://www.fungi.com/

GOURMET MUSHROOM
http://www.gmushrooms.com/

GROW MAGIC MUSHROOMS
http://www.growmagicmushrooms.co.uk/

THE HIDDEN FOREST
http://www.hiddenforest.co.nz/

MUSHROOM ADVENTURES
http://www.mushroomadventures.com/

THE MUSHROOM-DIRECTORY
http://www.mushroom-directory.com/

THE MUSHROOM GROWERS NEWSLETTER
http://www.mushroomcompany.com/

MYCOINFO
http://www.mycoinfo.com/

MYCOLOG.COM
http://www.mycolog.com/

MYCOLOGICAL SOCIETY OF AMERICA
http://msafungi.org/

MYCOWEST
http://www.mycowest.org/

MYKOWEB
http://www.mykoweb.com/

MYXOWEB
http://www.myxoweb.com/

NORTH AMERICAN MYCOLOGICAL ASSOCIATION
http://www.namyco.org/

THE SHROOMERY
http://www.shroomery.org/





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SECTION 13





ETHNOSPHERE
WADE DAVIS





ETHNOSPHERE
The term ethnosphere was use to describe a
concept suggesting that just as there is a
biosphere, a biological web of life, so too
there is a cultural fabric that envelops the
earth.A cultural web of life, the sum todal
of all thoughts and dreams, beliefs, myths,
intuitions and inspirations brought into
being by the human imagination, Since the
dawn of consciousness. The ethnosphere is
humanity's great legacy. It is the product
of our dreams, the embodiment of our hopes.
The symbol of all that we are and all that
we have created as a wildly inquisitive
and astonishingly adaptive species.





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SECTION 14




BIOTECHNOLOGY




BIOTECHNOLOGY
Use of biological systems in pharmaceutical
and environmental problem solving.




BIOTECHNOLOGY
LINKS:



BIOSPACE
http://www.biospace.com/

BIOWORLD ONLINE
http://www.bioworld.com/

COUNCIL FOR BIOTECHNOLOGY INFORMATION
http://www.whybiotech.com/

OPPENHEIMER BIOTECHNOLOGY
http://www.obio.com/



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SECTION 15




HYPERACCUMULATOR




HYPERACCUMULATOR
The use of plants that can take heavy metals
out of the soil. These plants then can be
processed to recover the heavy metals and
at a low cost.




HYPERACCUMULATOR
LINKS:




ARAMIS RESEARCH
http://www.aramis-research.ch/

NEW PHYTOLOGIST
http://www.newphytologist.org/

PLANT STUFF
http://www.plant-stuff.net/






SECTION 16




SEAWEED




SEAWEED
Seaweeds are marine algae, seaweed are
found throught the world's oceans and
seas and none is known to be poisonous.



SEAWEED
LINKS



SEAWEED
http://www.seaweed.ie/

MENDOCINO SEA VEGETABLE
http://www.seaweed.net/



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SECTION 17




ACID
RAIN






PH VALUE
Plants can absorb water and nutrients
through their roots, only if the PH of
the soil is within a certain range.

The acidity or alkalinity of a solution
is indicated by a number known as PH.
T PH scale goes from 0 to 14, a PH of 7
is neutral. The PH values below 7 are
acidic, and those above 7 are alkaline.
Pure water is neutral, with a PH of 7.
Cow's milk,human milk, human saliva are
closed to neutral on the scale.

Pure water has a PH of 7. Acid rain has a
PH of less than 5. Showing that it contains
high concentrations of acid substances. The
most important of these are sulfur compounds
which form surfuric acid when they dissolve
in water.

There is also nitric acid, which when it is
dissolved with others, fall as acid rain.
Acid rain corrodes various substances, and
kill fish,and aquatic organisms when it
lowers the PH of water.




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SECTION 18




LEACH
FIELDS




LEACHING
Washing out of soluble substances by
water passing down through soil.


LEACH FIELDS
A drainage area where minerals in water
are gradually dispersed in soils and are
absorbed by plants.






LEACH
FIELDS
LINKS




ALL SEPTIC SYSTEM
INFORMATION WEBSITE

http://www.inspect-ny.com/

BIOREACTOR
http://www.bioreactor.org/

IOWA WASTE REDUCTION CENTER
http://www.iwrc.org/

THE NATURAL HOME
http://www.thenaturalhome.com/

SEPTIC-SYSTEM
http://www.septic-system.com/

TOOLBASE SERVICES
http://www.toolbase.org/

VIRINIA COOPERATIVE EXTENSION
http://www.ext.vt.edu/






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SECTION 19




BIOCHEMICAL




BIOCHEMISTRY
Chemistry of living matter.



BIOCHEMICAL
LINKS





BIOCHEMIST EVOLUTION
http://www.biochemist.org/

BIOCHEMICAL JOURNAL
http://www.biochemj.org/

BIOCHEMICAL SOCIETY
http://www.biochemistry.org/

EXPASY
http://www.expasy.org/

GEPASI
http://www.gepasi.org/

KLOTHO BIOCHEMICAL INFO
http://www.biocheminfo.org/




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SECTION 20




CHEMURGY




CHEMURGIST
Was a term used to describe the utilization
of organic materials (in particular farm and
southern argiculture products) for industrial
applications. It was never a widely accepted
term to describe industrial chemistry from
organic matter. In the late 1960's the term
chemurgy was replaced with biochemical
engineering and that seems to be the term
most often used to describe natural product
chemistry with industrial applications.



George Washington Carver
The term Chemurgy describing the work of
George Washington Carver is used because
of the wide and substantial impact of his
exploration farm products in industrial
uses. The origin of the term is not
explicit in the Oxford English Dictionary,
2nd edition, but the derivation of
CHEMURGIST comes from combining
CHEMIST with METALLURGIST.


METALLURGIST
Metallurgy, science of working with
metals, including the study of their
qualities and structures, separation
and refining of metals from their ores,
and the production of alloys.


In this interpretation, Dr. Carver was
creating new combinations of products
without trying to create new chemical
compounds, in the way a metallurgist
will mix two metals to form an alloy.
The two metals are not synthesised
before their use but the end product
is something different from the two
beginning substances. Since
Dr. Carver did not have a formal
chemical education, this makes his
explorations even more impressive;
a true gentleman scientist,
comparable to Michael Faraday or
Lord Kelvin in physics.




TUSKEGEE UNIVERSITY
http://www.tuskegee.edu/



CHEMURGY
The branch of applied chemistry concerned
with preparing industrial products from
agricultural raw materials. Among such
products are plastics manufactured from
casein and soybean; soaps derived from
animal and vegetable fats; cellulose
fiber products made from, for example,
straws, stubble, cobs, and hulls; and
starches derived from surplus grains.
Chemurgy is a wide-ranging discipline
involving chemistry, genetics,
bacteriology, and physics.




CHEMURGIST
a specialist is chemurgy.




CHEMURGY
LINKS




NASA EXPLORES
http://www.nasaexplores.com/

REVOLUTION AGAINST EVOLUTION
http://www.rae.org/

WOW ESSAYS
http://www.wowessays.com/





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SECTION 21





BIOACCUMULATION






BIOACCUMULATION
The concentration of a substance
as it passes through the food chain.
In most cases this will occurs in the
aquatic food chain, when toxins such
as heavy metals that dissolve in fat
sometimes becomes concentrated as they
pass through the food chain.





BIOACCUMULATION
LINKS




AQUA SURVEY
http://www.aquasurvey.com/

CLEAN WATER ACTION COUNCIL
http://www.cwac.net/

QEA ENVIRONMENTAL SERVICES
http://www.queallc.com/



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SECTION 22





BIOGEOCHEMICAL

CYCLES








BIOGEOCHEMICAL CYCLES
The movements of nutrient elements
the ecosystem. They are called cycles
because minerals are used over and over
again, By living things unless they
are lost from the ecosystem by erosion.
Microorganism play a key role in the
biogeochemical cycles, particulary the
carbon cycle.



CARBON CYCLE
Carbon gets into an ecosystem when
plants convert carbon dioxide into
carbohydrate durning photosynthesis.
Taken in durning photosynthesis and
released during respiration. In a
cycle this is recycle indefinitely.
All living matter contain carbon,
that will be recycled.




BIOGEOCHEMICAL
CYCLES
LINKS




AGU
http://www.agu.org/

ALASKA GEOBOTANY CENTER
http://www.geobotany.uaf.edu/

THE ENVIRONMENTAL
LITERACY COUNCIL

http://www.enviroliteracy.org/

USRA
http://www.usra.edu/



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SECTION 23





BIOTRANSFORMATION
XENOBIOTICS






BIOTRANSFORMATION
Is the alteration of organic compounds
by microbial action, sometimes by the
use of microorganisms.



XENOBIOTICS
Any foreign compound that are resistant
or recalcitrant to biodegradation.





BIOTRANSFORMATION
XENOBIOTICS
LINKS




FRONTIERS IN BIOSCIENCE
http://www.bioscience.org/

INTERNATIONAL SOCIETY FOR
THE STUDY OF XENOBIOTICS

http://www.issx.org/

STEVE'S PLACE
http://www.steve.gb.com/

XENOTECH LLC
http://www.xenotechllc.com/



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SECTION 24



APPROPRIATE
TECHNOLOGY




APPROPRIATE
TECHNOLOGY


Appropriate technology is technology
that is most appropriate to the
environment and culture it is intended
to support. Suitable for use in the
developing nations or underdeveloped
rural areas of industrialized nations,
which may lack the money and specialised
expertise to operate and maintain high
technology.

In practice, it is often something that
might be described as using the simplest
and most benign level of technology that
can effectively achieve the intended
purpose in a particular location.

The terminology is not very precise.
Isolated rural communities in developed
nations may also benefit by using some
of the same technologies. On the other
hand, large cities in developing countries
may find it more appropriate to use these
technologies usually found in wealthy
countries.

An expensive technology may be the most
appropriate in a wealthy community with
the ability to pay for and maintain it.




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SECTION 25



INDUSTRIALISATION
INDUSTRIALIZATION




INDUSTRIALISATION
INDUSTRIALIZATION


Industrialisation, industrialization:
or an industrial revolution is a
process of social and economic change
whereby a human society is transformed
from a pre-industrial (an economy where
the amount of capital accumulated is low)
to an industrial state.

This social and economic change is closely
intertwined with technological innovation,
particularly the development of large-scale
energy production and metallurgy.
Industrialisation is also related to some
form of philosophical change, or to a
different attitude in the perception of
nature, though whether these philosophical
changes are caused by industrialisation or
vice-versa is subject to debate.




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SECTION 26



BIOREACTOR




Bioreactor, laboratory bioreactor,
fermentor, fermenter, biotechnology,
microbiology, process control,waste,
bioprocess controll, controller,
fermentations, landfill, systems
microorganisms cultivation, mixing,
electromagnetic drive, modernisation.




What is a Bioreactor?

A bioreactor may refer to any
device or system that supports
a biologically active environ-
ment.

On the basis of mode of operation,
a bioreactor may be classified as:

batch,

fed batch,

continuous.


WHAT-IS-NET
http://www.what-is-net.info/




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SECTION 27



BIOREACTOR
LANDFILL




What is a Bioreactor Landfill?

A bioreactor landfill operates to
rapidly transform and degrade
organic waste. The increase in waste
degradation and stabilization is
accomplished through the addition of
liquid and air to enhance microbial
processes.

This bioreactor concept differs from
the traditional “dry tomb” municipal
landfill approach.

A bioreactor landfill is not just a
single design and will correspond to
the operational process invoked.

There are three different general
types of bioreactor landfill
configurations:



Aerobic:

In an aerobic bioreactor landfill,
leachate is removed from the bottom
layer, piped to liquids storage tanks,
and re-circulated into the landfill
in a controlled manner.

Air is injected into the waste mass,
using vertical or horizontal wells,
to promote aerobic activity and
accelerate waste stabilization.



Anaerobic:

In an anaerobic bioreactor landfill,
moisture is added to the waste mass
in the form of re-circulated leachate
and other sources to obtain optimal
moisture levels.

Biodegradation occurs in the absence
of oxygen (anaerobically) and produces
landfill gas. Landfill gas, primarily
methane, can be captured to minimize
greenhouse gas emissions and for energy
projects.



Hybrid:
(Aerobic-Anaerobic)


The hybrid bioreactor landfill accelerates
waste degradation by employing a sequential
aerobic-anaerobic treatment to rapidly
degrade organics in the upper sections of
the landfill and collect gas from lower
sections.

Operation as a hybrid results in the earlier
onset of methanogenesis compared to aerobic
landfills.



EPA-BIOREACTOR
http://www.epa.gov/epaoswer/non-hw/muncpl/landfill/bioreactors.htm/




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BIOREACTOR
LINKS




Air Force Center for Environmental
Excellence (AFCEE)

http://www.afcee.brooks.af.mil/

Ag Marketing Resource Center
http://www.agmrc.org/

Bioreactors.net
http://www.bioreactors.net/

Brownfields Technology Support Center
http://www.brownfieldstsc.org/

Center For Public Environmental Oversight
http://www.cpeo.org/

Cool Companies
http://www.cool-companies.org/

Defense Environmental Network and
Information Exchange (DENIX)

http://www.denix.osd.mil/



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Earth Vision
http://www.earthvision.net/

Envirobiz
http://www.envirobiz.com/

Environmental Security Technology
Certification Program

http://www.estcp.org/

GETF
http://www.getf.org/

GETF Networks
http://www.getfnetworks.com/

Global Network of Environment
And Technology

http://www.gnet.org/

National Defense Center for
Enviromental Excellence(NDCEE)

http://www.ndcee.ctc.com/



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National Technology Transfer Center
http://www.nttc.edu/

Natural Resources Database
http://www.nrdb.co.uk/

Strategic Environmental Research
And Development Program (SERDP)

http://www.serdp.org/

SU Network
http://www.sustainableusa.com/

Tech Know
http://www.techknow.org/

WHAT-IS-NET
http://www.what-is-net.info/



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ALTERNATIVE BUILDING


BAREFOOT COLLEGE


BAMBOO


CODEX


GASIFICATION


GREEN INDEX


GREEN SUB-INDEX


HOME


HUMANURE


LIVINGWALLS


POST CONSUMER WASTE


STOVE


UPCYCLE


E-MAIL




APPROPEDIA
SUSTAINABILITY
INTERNATIONAL DEVELOPMENT

http://www.appropedia.org/




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