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By Catie Thompson

FECAL ENERGY
POOP POWER                      21ST CENTURY INNOVATION
   Reuse animal waste to generate
    energy
       Energy Plants
       Natural Gas Derived from Cow
        Manure
       Electricity Generated from Animal
        Waste
       Generates775 kilowatts of energy
        = powering 600 homes.
WHY IS ENERGY FROM MANURE AN
INNOVATION?
  2005 Energy Policy Act
  Clean Renewable Energy
   Bond (CREB)- Gov’t
   Funding
  NRECA focused on
   generating 25 percent of our
   nation’s energy from
   renewable, homegrown
   resources by 2025.
SOCIAL/ ENVIRONMENTAL CONCERN
ADDRESSED
   Social                               Environmental
       Operation and                        Abundant and “natural” to
        maintenance of the plant              the region.
        is contracted through                Reduced Air and Water
        Microgy, so the digester is           Pollution
        not a burden for the                 Weed seeds and
        farmer.                               pathogens are killed during
       Odor reduced by 95                    the digestion process.
        percent by the manure                Byproduct of digestion
        digesters.                            used as natural bedding.
       Job Creation                         Minimized Potential
       New Markets                           Pollutants to ground/water
       Sustaining Development
ENCOURAGEMENT TO USE
THE NEEDED SHIFT
 Need for an understanding between renewable
  supporters and those in the established utility
  industry, so that expectations are reasonable
  and achievable.
 Electric co-ops are working at the state and
  federal levels to educate regulators and
  legislators on our support for:
       Renewables, electric utility industry realities and our
        plans to meet a growing demand for reliable, cost-
        effective power with improved technology.
RECOMMENDATION FOR INCLUSION

 To Succeed: need good design & installation
  materials
 Cost-effective and easily managed manure
  management techniques are still needed
  (small farms)
     Benefits   exist monetarily and environmentally
 Promising future waste-to-profit activities
 Gathering similar industries- i.e. processors
  of milk, meat, food, fiber, and
  pharmaceuticals
CONCLUSION

 Poop Power           Methanogenic bacteria

 Why Innovative

 Sustainability

 Encouragement for
  Use
 Needed Shift

 Recommendation for
  Inclusion
REFERENCES
   Methane. Poop Power. Retrieved from http://ecoble.com/2009/01/04/top-15-eco-
    innovations-of-the-21st-century/ on 9.6.10.

   REB. NRECA: Electric Cooperatives and Renewable Energy. Retrieved from
    http://www.touchstoneenergy.com/about/Documents/RenewableEnergyBrochure
    .pdf on 9.6.10.

   Cow Power. Dairyland Power: Animal Waste-to-Energy.
    http://www.dairylandpower.com/energy_resources/animal.php on 9.6.10.

   Lusk, P. (1998). Methane Recovery from Animal Manures: A Current
    Opportunities Casebook. 3rd Edition. NREL/SR-25145. Golden, CO: National
    Renewable Energy Laboratory. Work performed by Resource Development
    Associates, Washington, DC. Retrieved from
    http://biosystems.okstate.edu/Home/robert.frazier/AD%20Case%20Study%20Pa
    per.PDF on 9.6.10.

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Fecal Energy

  • 2. POOP POWER 21ST CENTURY INNOVATION  Reuse animal waste to generate energy  Energy Plants  Natural Gas Derived from Cow Manure  Electricity Generated from Animal Waste  Generates775 kilowatts of energy = powering 600 homes.
  • 3. WHY IS ENERGY FROM MANURE AN INNOVATION?  2005 Energy Policy Act  Clean Renewable Energy Bond (CREB)- Gov’t Funding  NRECA focused on generating 25 percent of our nation’s energy from renewable, homegrown resources by 2025.
  • 4. SOCIAL/ ENVIRONMENTAL CONCERN ADDRESSED  Social  Environmental  Operation and  Abundant and “natural” to maintenance of the plant the region. is contracted through  Reduced Air and Water Microgy, so the digester is Pollution not a burden for the  Weed seeds and farmer. pathogens are killed during  Odor reduced by 95 the digestion process. percent by the manure  Byproduct of digestion digesters. used as natural bedding.  Job Creation  Minimized Potential  New Markets Pollutants to ground/water  Sustaining Development
  • 6. THE NEEDED SHIFT  Need for an understanding between renewable supporters and those in the established utility industry, so that expectations are reasonable and achievable.  Electric co-ops are working at the state and federal levels to educate regulators and legislators on our support for:  Renewables, electric utility industry realities and our plans to meet a growing demand for reliable, cost- effective power with improved technology.
  • 7. RECOMMENDATION FOR INCLUSION  To Succeed: need good design & installation materials  Cost-effective and easily managed manure management techniques are still needed (small farms)  Benefits exist monetarily and environmentally  Promising future waste-to-profit activities  Gathering similar industries- i.e. processors of milk, meat, food, fiber, and pharmaceuticals
  • 8. CONCLUSION  Poop Power Methanogenic bacteria  Why Innovative  Sustainability  Encouragement for Use  Needed Shift  Recommendation for Inclusion
  • 9. REFERENCES  Methane. Poop Power. Retrieved from http://ecoble.com/2009/01/04/top-15-eco- innovations-of-the-21st-century/ on 9.6.10.  REB. NRECA: Electric Cooperatives and Renewable Energy. Retrieved from http://www.touchstoneenergy.com/about/Documents/RenewableEnergyBrochure .pdf on 9.6.10.  Cow Power. Dairyland Power: Animal Waste-to-Energy. http://www.dairylandpower.com/energy_resources/animal.php on 9.6.10.  Lusk, P. (1998). Methane Recovery from Animal Manures: A Current Opportunities Casebook. 3rd Edition. NREL/SR-25145. Golden, CO: National Renewable Energy Laboratory. Work performed by Resource Development Associates, Washington, DC. Retrieved from http://biosystems.okstate.edu/Home/robert.frazier/AD%20Case%20Study%20Pa per.PDF on 9.6.10.

Hinweis der Redaktion

  1. Cow manure is collected and heated in the digester tank, a process that creates methane gas. This biogas fuels a large engine to produce renewable electricityThe main energy source is cow manure, which undergoes a process called anaerobic digestion. The manure is collected and heated in a digester tank at 120 degrees for approximately three weeks. The methane gas that is the byproduct of that process is the fuel used to power the generators.
  2. The plants in operation or underconstruction represent productioncapacity of 3 billion gallons ofEthanolSince 1970s, focus on renewable energy2005 CREBs give electric co-ops the authority to issue zero-interest bonds to support renewable energy projects. In theprogram’s first year, the U.S. Treasury authorized electric co-ops to issue $300 million in CREBs.CREBs are an example of how incentive-based programs translate into almost immediate local action. Other federalprograms have also fostered local renewable projects.Rural Development at the United States Department of Agriculture (USDA) has supported renewable energy throughthe electric co-op Cushion of Credit Program and the Rural Electric Development Loan & Grant program. In addition,electric co-ops have actively supported the USDA’s Section 9006 grant program, which provides support for thepurchase of renewable energy systems and energy-efficiency improvement.
  3. Unlike someforms ofrenewable generation, this fuel is a constant,steady source. As long as there are livestockfarms, there will be an available supply ofmanure.Clean air and water pollution issuesassociated with manure disposal aresignificantly reduced, as is the odor problem.
  4. Co-ops aggressively promote energy efficiencyand conservation:• 92% actively educate consumers on energyconservation.• 77% offer residential users energy-savingaudits.• 64% offer commercial and industrial usersenergy-saving audits.• 49% offer financial incentives for consumerefficiency/conservation efforts.• 41% offer weatherization services.Electric co-ops work closely with and supportlocal renewable energy projects:• 120 current and planned ethanol plants,with total capacity of 3.9 billion gallonsThat idea grew, and today, more than 900 locallyowned electric cooperatives in 47 states are bringingelectric energy to 75 percent of America’s landmass.Because most renewable energy projects take root inthe rural areas we serve, electric co-ops are naturallyand increasingly at the forefront of local renewabledevelopments, either through start-up loans, facilityinvestment, partnerships, energy expertise and counsel,direct ownership or renewable-friendly policies andpractices.
  5. innovation and growth in renewable energywill come only through a cohesive national policy drivenby incentives.