carly filler 2013 masccc

AGreen Energy, LLCAGreen Energy, LLC

Sustainability  Conference  –  April  2013    

Carly  Filler  –  203-­‐417-­‐3937      cfiller@agreenenergyllc.com    

AGreen  Mission  •  Combine  organics  with  manure  in  anaerobic  digester  to  

create  energy  and  ferFlizer  •  Help  make  farms  more  economically  sustainable  by  adding  

income  streams  •  Help  food  processors  be  more  sustainable  by  recycling  food  

scraps  for  a  zero-­‐waste  food  chain    •  Compliment  current  composFng  efforts  to  divert  maximum  

amount  of  organics  from  landfills  •  Reduces  Green  House  Gases  (GHG)  by  capturing  methane  

from  manure  and  replacing  “dirty”  electricity    •  Replace  chemical  ferFlizer  used  on  farms  and  grows  more  

feed  for  animals  •  Makes  way  for  greenhouses  using  “waste”  heat,  ferFlizer,  and  

CO2  in  winter  for  more  local  foods.  www.agreenenergyllc.com  ©  April  2012   2  AGreen Energy, LLCAGreen Energy, LLC

Jordan  Dairy  Farm,  Rutland,  Mass.  

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How  it  works?  

www.agreenenergyllc.com  ©  April  2012   3  AGreen Energy, LLCAGreen Energy, LLC

Benefits  of  Organics  to  Energy  to  FerFlizer  MA  Rural  Clean  Renewable  

Energy  Rural  Development  and  

Rural  Job  Making  

1  project  =  12  FTE  Jobs  Created      $3M  per  digester  plus  $2M  in  infrastructure  for  organics  

diversion    

Organics  Diversion  to  ferLlizer  from  landfill  

Environmental  Benefits  

1  cow  reduces  GHG  emission  =  3  cars    Produces  organic  ferLlizer  Improve  air/water  quality  

BeVer  nutrient  management    on  farms  

1  cow  =  power  for  1  MA  house  plus  power  and  heat  to  farm  

Build  MA  Renewables  PorXolio    

AGreen Energy, LLCAGreen Energy, LLC www.agreenenergyllc.com  ©  April  2012   Slide  4  

Use of liquid fertilizer from Jordan Farm doubled the hay output with no chemicals used – no GHG – doubled the food used to feed the cows to make the milk. A enclosed food chain.

Opportunity  for  dairy  anaerobic  digesters  model  to  contribute  to  U.S.  bio-­‐economy  

Dairy industry can generate value by repurposing food waste from landfills, converting into renewable energy and providing for ecosystem services.

$2.9 Billion

Source: Innovation Center DMI presented to GMA Washington. Now task force for next steps is formed using Jordan Farms as the model.

Source: Informa Economics for DMI

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One  out  of  three  food  calories  is  wasted  -­‐  POTENTIAL  

•  29% of America’s food supply lost consumption

•  Estimated total value at retail and consumer levels was $165.6 billion

•  273 pounds of food per person per year

•  Disposal costs add one billion dollars in local taxes annually

•  Coming State bans on organics in landfills – MA set for 2014 to start organics ban

Source: J. Buzby, and J. Hyman. “Total and per capita value of food loss in the United States”, Food Policy, 37(2012):561-570.

Food waste by retail value ($165.6B total)

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•  17 tons Nitrogen •  1.3 tons Phosphorus

Dairy digester

Source: Frear et al, 2011 Clean – Soil, Air, water 2011, 39 (7), 697-704

What if 2 tons/wk of food waste were repurposed for fertilizer?

What if 2 tons/wk of food waste were added to manure in a digester?

2 tons/week

2 tons/week

•  226 tons Nitrogen •  28 tons Phosphorus • Green Power for 2 to 4

homes per cow

Nutrients (N & P)

(Annual Values)

(Annual Values)

Challenge to Food Processors let Dairy Industry Create Value from Waste (Feedstock)

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MA  SSO  Streams  –  Plenty  for  power  and  ferFlizer  from  organic  food  sources  

Massachuse\s  Organic  Waste  1,600,000  TPY1  

Massachuse\s  Food  Waste  

1,050,000  TPY2  

 LIQUIDS  

 “SOLIDS”  

ACCESSIBLE  WITH  PULPER  EQUIPMENT  

ACCESSIBLE  WITH  CURRENT  EQUIPMENT  

2%*  Accessible  Liquid  Stream  21,000  

TPY  

4%  Restaurant  Grease  

42,000  TPY4  

47%  Food  Producers  497,000  TPY3  

11%  Supermarket  97,000  TPY3  

15%  Restaurant  126,000  TPY3  

8%  University,  Hospital,  CorrecFonal,  School  

85,000  TPY  

AGreen Energy, LLCAGreen Energy, LLC

Measurable  results    Clean  electricity  producFon  

January 2013 February 2013 March 2013 April 2013

Measurable  results  Avoided  greenhouse  gas  emissions  

AGreen Energy, LLCAGreen Energy, LLC

Remaining  Challenges  

•  LogisFcs  and  infrastructure  of  gathering  and  removing  contaminants  from  organics  from  many  sources,  is  sFll  a  huge  challenge,  parFcularly  with  residenFal  

•  Permikng  pathway  is  cumbersome  –  to  be  helped  by  new  DEP  regulaFons  but  will  need  conFnued  work  as  organics  processing  develops  

•  Finance  barriers  to  developing  anaerobic  digesFon  –  banks  require  10  year  agreements  on  all  feedstocks  

•  Change  –  move  all  of  the  food  industry  to  see  re-­‐purpose  of  organics  as  a  source  of  power;  less  GHG;  and  more  food.  

www.agreenenergyllc.com  ©  April  2012   11  

AGE  Developed  Permikng  Pathway  for  AD  –  Not  Simple  or  Quick  

www.agreenenergyllc.com  ©  April  2012   Slide  12  

Manure  

 Source  Separated  

Organics  

 Inputs  

AD  System  

Electricity  

 Recycled  FerFlizer  

Digester  Fiber  

Outputs  

MDAR   NRCS  DPU  ULlity   DEP  

DEP  

MDAR  

DEP  

MDAR/APR  

NRCS  

Muni  

Each  color  represents  what  part  of  the  process  needs  a  permit  Substrate  /  

Product   Emissions  Site   Energy  

AGreen Energy, LLCAGreen Energy, LLC

AGreen Energy, LLCAGreen Energy, LLC

Thank You Carly  Filler  –  203-­‐417-­‐3937      cfiller@agreenenergyllc.com    

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