Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and...

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Evan H. DeLucia February 2018 GI-CoRE

Transcript of Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and...

Page 1: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

Evan H. DeLuciaFebruary 2018GI-CoRE

Page 2: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 3: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 4: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 5: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 6: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 7: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

Approximate Geographic Distribution of Potential Dedicated Biomass Crops

Page 8: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 9: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

Paterson et al. (2010) Annu. Rev. Plant Biol. 61: 349

chromosomes number: sorghum 10, Miscanthus 19, Saccharums at least 40

Page 10: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 11: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

FEEDSTOCK ICON HERE

Page 12: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 13: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

Producing oil in the plant factory

Page 14: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

Zale et al. 2016. Plant Biotech. J.

Producing oil in the plant factory

Page 15: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

GCB BioenergyVolume 10, Issue 2, pages 92-107, 7 SEP 2017 DOI: 10.1111/gcbb.12478http://onlinelibrary.wiley.com/doi/10.1111/gcbb.12478/full#gcbb12478-fig-0001

BIOREFINERY FOR COMBINED PRODUCTION OF JET FUEL AND ETHANOL FROM LIPID-PRODUCING SUGARCANE: A TECHNO-ECONOMIC EVALUATION

Page 16: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

Biorefinery for combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation

GCB BioenergyVolume 10, Issue 2, pages 92-107, 7 SEP 2017 DOI: 10.1111/gcbb.12478http://onlinelibrary.wiley.com/doi/10.1111/gcbb.12478/full#gcbb12478-fig-0010

Page 17: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 18: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
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Kromdijk et al. Science 2016;354:857-861

Page 20: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

https://www.agry.purdue.edu/ext/corn/news/timeless/yieldtrends.html

Page 21: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 22: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 23: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 24: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

Illinois Biological Foundry for Advanced Biomanufacturing (iBioFAB)

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iBioFAB: A scalable and automated platform for metabolic engineering

Ethanol fermentation with 1.1% (v/v) acetic acid by the wild type and a mutant yeast strain isolated using iBioFAB.

Si et al. Nature Communications DOI: 10.1038/ncomms15187

• fully automated workflow for yeast strain engineering

• CRISPR-assisted δ-integration to enable automation

• diverse genome-scale mutations (over-expression and down-regulation)

• a yeast strain with the highest reported acetic acid resistance was generated within a month, which harbors 68 kb mutations targeting 26 different genetic targets

• Platform can be used to rapidly engineer model and non-model yeasts for industrial applications

Page 26: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
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3.8 ha

0.7 ha

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Flux measurements

NEP = GPP - ReNPP + Ra

Ra + Rh

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Ecosystem Carbon Flux 2008 - 2013

-600

-400

-200

0

200

400

600

2008 2009 2010 2011 2012 2013

NE

CB

[g

C m

-2]

Year

Net ecosystem carbon balance (NECB)

Maize/Soybean

Miscanthus

Switchgrass

Prairie

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Hudiburg et al. 2016. Nature Energy

Page 33: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

Hudiburg et al. 2016. Nature Energy

Page 34: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

Hudiburg et al. 2016. Nature Energy

Page 35: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy

OUR TEAM

Page 36: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy
Page 37: Evan H. DeLucia February 2018 GI-CoRE - CABBI · Biorefineryfor combined production of jet fuel and ethanol from lipid-producing sugarcane: a techno-economic evaluation GCB Bioenergy