BIOTECHNOLOGY INDUSTRY ORGANIZATION 1
Brent Erickson
EVP
Biotechnology Industry Organization (BIO)
The RFS: Driving
Biofuels Investment
BIOTECHNOLOGY INDUSTRY ORGANIZATION 2
Existing and Planned Biorefineries
Currently 29 states have at least
one existing or planned
biorefinery, 85 facilities in all.
Innovation includes renewable
chemicals and advanced biofuels.
Commercial and pilot facilities
have created 7,500 permanent
employment opportunities and
more than 6,000 construction jobs.
Companies have invested $5.8
billion in private capital.
100 million gallons of commercial
cellulosic biofuel coming online in
2014.
Additional 100 million gallons in
planning for future years.
BIOTECHNOLOGY INDUSTRY ORGANIZATION 3
EPA Proposed RVO: Impact on the
Environment Is Clear
Decreased use of biofuels
automatically increases use of
petroleum and associated
CO2e emissions.
Undercutting development of
advanced biofuels foregoes
future emission reductions.
Effect is as large as adding
5.9 million cars to the road or
opening 7.5 new coal-fired
power plants. 1,700,000
1,750,000
1,800,000
1,850,000
1,900,000
1,950,000
2,000,000
2,050,000
2,100,000
2,150,000
2,200,000
2,250,000
2013 2014 2015 2016 2017 2018 2019 2020 2021 2022
Emissions (CO2e) under Modeled RFS (thousand metric tons per year)
Source: GREET1.2013, w/LUC
Emissions (CO2e) under Statutory RFS (thousand metric tons per year)
Source: GREET1.2013, w/LUC
44
DuPont
Industrial Biosciences
Cellulosic Ethanol Facility- Nevada, IA
29 April 2014 DuPont Confidential 4
Aaron Whitesel, Government Affairs
DuPont Cellulosic Ethanol Business
Copyright © 2014 DuPont. All rights reserved 6
Operating commercial plant
to demonstrate technology
Global licensing strategy
Support licensees globally
Initial focus on: corn stover, bagasse, energy crops
Full service licensing offering to global customers:
Technology package
Proprietary Equipment
Technical Support
Biocatalyst Supply
Feedstock Supply Consulting
February 2014
DuPont is building the largest commercial CE biorefinery
in the world located in Nevada, IA
Site Progress on track for 2014 opening
February 2014 Copyright © 2014 DuPont. All rights reserved 7
Construction progress
February 2014 Copyright © 2014 DuPont. All rights reserved 8
Site on track for 2014 opening
All major vessels installed
Copyright © 2014 DuPont. All rights reserved 9February 2014
Phases of fermentation construction
Author
Author’s Title
Event
Date
Presentation Title
POET-DSM Advanced Biofuels:
Two Innovative Companies
One Shared VisionDoug Berven
Vice President of Corporate Affairs, POET
Project LIBERTY
Page
Project LIBERTY facts
• Joint venture between POET
and DSM
• 25 million gallons per year
• Consumes 770 tons/day of
crop residue (corn cobs,
leaves, husk, stalk)
• 80%+ reduction in
Greenhouse Gasses
• 40 biorefinery jobs
• $1.6 million annual
payroll/benefits
• $1 million+ annual impact on
local taxing entities
• $20-$25 million annual revenue
for farmers from feedstock
Page
Page
Page
Page
POET’s corn
ethanol efficiency
• POET spends millions annually
on R&D to improve corn ethanol
efficiency.
• Increased ethanol yield by more
than 8% since 2001
• Cut energy use by 30% since
2001
• Cut water use from 17 gal/gal of
ethanol in 1987 to 2.6 gal/gal of
ethanol today
Page
Quad County Corn Processors
Adding Cellulosic Ethanol (ACE)
Galva, Iowa
Delayne D. Johnson, CEO
delaynej@Quad-County.com
(712) 282-4305 Ext 102
Quad County Corn Processors
Adding Cellulosic Ethanol (ACE)
ACE Process Schematic
Beer
Stripper
Rectifier Side
Stripper
2nd Whole
Stillage
Centrifuge
Thin Stillage Evapor-
ators
Syrup
Wetcake
Evap
Condensate to
Slurry
Thin Stillage
to Slurry
Side Stripper Bottoms
to Slurry
Drying
Dry Storage
Whole Stillage
PreTreatment
Whole Stillage Fermentation
Whole
Stillage
Distillation
Beer from
Beerwell
Thin Stillage
to Slurry
190 Proof to Mole
Sieves
Fueling America... Energizing Livestock
ACE Bolt-On Technology Industry Impact
 ACE creates additional 6% cellulosic ethanol from
corn kernel cellulose
 840 MGPY
 ACE creates additional 1.1# of distillers oil per
bushel of corn processed
 2 billion gallons per year
 Biodiesel production
 Feed
 High Protein Feed
 Phase II - ACE will create additional 5% cellulosic
ethanol from corn kernel hemi-cellulose
 700 MGPY
Fueling America... Energizing Livestock
Significantly Reduced
Carbon Footprint!
 Cellulosic ethanol increases yields 6%
 Increase corn processing capacity by 15-20%
 Combo decreases natural gas usage by 20-25%
ACE +
Fueling America... Energizing Livestock
ACE and the RFS
Fueling America... Energizing Livestock
Cellulosic Ethanol Produced by
ACE Technology
 Planned 2013: 1BILLION
 Revised 2013: (850 MGPY)
 ACE potential: 840 MGPY
 ACE (Phase II) potential: 700 MGPY
 ACE Total Potential: 1.54 BILLION
Fueling America... Energizing Livestock
Quad County Corn Processors
ACE Production Begins June 2014

Nat’l Press Club | Cellulosic Ethanol | 2014.04.29

  • 1.
    BIOTECHNOLOGY INDUSTRY ORGANIZATION1 Brent Erickson EVP Biotechnology Industry Organization (BIO) The RFS: Driving Biofuels Investment
  • 2.
    BIOTECHNOLOGY INDUSTRY ORGANIZATION2 Existing and Planned Biorefineries Currently 29 states have at least one existing or planned biorefinery, 85 facilities in all. Innovation includes renewable chemicals and advanced biofuels. Commercial and pilot facilities have created 7,500 permanent employment opportunities and more than 6,000 construction jobs. Companies have invested $5.8 billion in private capital. 100 million gallons of commercial cellulosic biofuel coming online in 2014. Additional 100 million gallons in planning for future years.
  • 3.
    BIOTECHNOLOGY INDUSTRY ORGANIZATION3 EPA Proposed RVO: Impact on the Environment Is Clear Decreased use of biofuels automatically increases use of petroleum and associated CO2e emissions. Undercutting development of advanced biofuels foregoes future emission reductions. Effect is as large as adding 5.9 million cars to the road or opening 7.5 new coal-fired power plants. 1,700,000 1,750,000 1,800,000 1,850,000 1,900,000 1,950,000 2,000,000 2,050,000 2,100,000 2,150,000 2,200,000 2,250,000 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 Emissions (CO2e) under Modeled RFS (thousand metric tons per year) Source: GREET1.2013, w/LUC Emissions (CO2e) under Statutory RFS (thousand metric tons per year) Source: GREET1.2013, w/LUC
  • 4.
    44 DuPont Industrial Biosciences Cellulosic EthanolFacility- Nevada, IA 29 April 2014 DuPont Confidential 4 Aaron Whitesel, Government Affairs
  • 6.
    DuPont Cellulosic EthanolBusiness Copyright © 2014 DuPont. All rights reserved 6 Operating commercial plant to demonstrate technology Global licensing strategy Support licensees globally Initial focus on: corn stover, bagasse, energy crops Full service licensing offering to global customers: Technology package Proprietary Equipment Technical Support Biocatalyst Supply Feedstock Supply Consulting February 2014
  • 7.
    DuPont is buildingthe largest commercial CE biorefinery in the world located in Nevada, IA Site Progress on track for 2014 opening February 2014 Copyright © 2014 DuPont. All rights reserved 7
  • 8.
    Construction progress February 2014Copyright © 2014 DuPont. All rights reserved 8
  • 9.
    Site on trackfor 2014 opening All major vessels installed Copyright © 2014 DuPont. All rights reserved 9February 2014 Phases of fermentation construction
  • 18.
    Author Author’s Title Event Date Presentation Title POET-DSMAdvanced Biofuels: Two Innovative Companies One Shared VisionDoug Berven Vice President of Corporate Affairs, POET Project LIBERTY
  • 19.
    Page Project LIBERTY facts •Joint venture between POET and DSM • 25 million gallons per year • Consumes 770 tons/day of crop residue (corn cobs, leaves, husk, stalk) • 80%+ reduction in Greenhouse Gasses • 40 biorefinery jobs • $1.6 million annual payroll/benefits • $1 million+ annual impact on local taxing entities • $20-$25 million annual revenue for farmers from feedstock
  • 20.
  • 21.
  • 22.
  • 23.
    Page POET’s corn ethanol efficiency •POET spends millions annually on R&D to improve corn ethanol efficiency. • Increased ethanol yield by more than 8% since 2001 • Cut energy use by 30% since 2001 • Cut water use from 17 gal/gal of ethanol in 1987 to 2.6 gal/gal of ethanol today
  • 24.
  • 25.
    Quad County CornProcessors Adding Cellulosic Ethanol (ACE) Galva, Iowa Delayne D. Johnson, CEO delaynej@Quad-County.com (712) 282-4305 Ext 102
  • 26.
    Quad County CornProcessors Adding Cellulosic Ethanol (ACE)
  • 27.
    ACE Process Schematic Beer Stripper RectifierSide Stripper 2nd Whole Stillage Centrifuge Thin Stillage Evapor- ators Syrup Wetcake Evap Condensate to Slurry Thin Stillage to Slurry Side Stripper Bottoms to Slurry Drying Dry Storage Whole Stillage PreTreatment Whole Stillage Fermentation Whole Stillage Distillation Beer from Beerwell Thin Stillage to Slurry 190 Proof to Mole Sieves Fueling America... Energizing Livestock
  • 28.
    ACE Bolt-On TechnologyIndustry Impact  ACE creates additional 6% cellulosic ethanol from corn kernel cellulose  840 MGPY  ACE creates additional 1.1# of distillers oil per bushel of corn processed  2 billion gallons per year  Biodiesel production  Feed  High Protein Feed  Phase II - ACE will create additional 5% cellulosic ethanol from corn kernel hemi-cellulose  700 MGPY Fueling America... Energizing Livestock
  • 29.
    Significantly Reduced Carbon Footprint! Cellulosic ethanol increases yields 6%  Increase corn processing capacity by 15-20%  Combo decreases natural gas usage by 20-25% ACE + Fueling America... Energizing Livestock
  • 30.
    ACE and theRFS Fueling America... Energizing Livestock
  • 31.
    Cellulosic Ethanol Producedby ACE Technology  Planned 2013: 1BILLION  Revised 2013: (850 MGPY)  ACE potential: 840 MGPY  ACE (Phase II) potential: 700 MGPY  ACE Total Potential: 1.54 BILLION Fueling America... Energizing Livestock
  • 32.
    Quad County CornProcessors ACE Production Begins June 2014

Editor's Notes

  • #3 The cellulosic industry has made visible progress in commercialization, with commercial-size, pioneer production facilities reaching construction completion and commissioning phases. Stability in the RFS is crucial at the present stage.EPA’s proposed rule has done damage, chilling investment in the sector.First generation ethanol and biodiesel production capacity provides infrastructure for next-generation technologies. It also provides supply chain logistics for residues and other cellulosic feedstocks. EPA’s proposal to put the RFS on a (quote-unquote) “manageable trajectory” should trigger an assessment of the impact on a range of economic and environmental measurements.
  • #4 BIO recently published an analysis of the impact of EPA’s proposal on greenhouse gas emissions. We built on a recent analysis by Michael Wang of Argonne National Labs, which found that the GHG emission profile of biofuels are rapidly improving as technology improves. But the environmental impact of U.S. petroleum use continues to get worse – as the US relies more and more on Canadian oil sands. So our major finding is that if more of the US petroleum fuel mix comes from Canadian oil sands – which is what will happen with the proposed changes to the RFS -- the resulting increase in GHG emissions will be unavoidable. Because the RFS is the only Congressionally authorized greenhouse gas reduction program, EPA cannot afford backsliding.
  • #8 Include more images as time progresses
  • #20 JV = Two innovative companies that have one shared vision: making cellulosic ethanol a (commercial) reality;Two companies leading the transition from a petroleum-based economy to a bio-based economy. POETone of the world’s largest ethanol producersleader in biorefining through its efficient, vertically integrated approach to production25-year-old companypilot-scale cellulosic bio-ethanol plant (Scotland)production capacity in excess of 1.6 billion gallons of ethanol and 9 billion pounds of DDGS annually from its 27 production facilities.DSMglobal science-based company active in health, nutrition and materialsconnecting its unique competences in Life Sciences and Materials Sciencesdriving economic prosperity, environmental progress and social advances to create sustainable value for all stakeholders22,000 employees extensive global footprint annual net sales of about € 9 billion/ US$ 11 blnJVAnnounced Jan 23, 2012commercialize and license cellulosic bio-ethanolObjective: make advanced biofuels a reality by 2013Based in Sioux Falls (SD)
  • #24 Photo: Distillation/Evaporation
  • #25 Final slide – keep up as long as possible while you finish speech and move back to your seat.