John Farrell, National Renewable Energy Laboratory M-PACT 2016 … · 2016-06-13 · 1 John...

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1 John Farrell, National Renewable Energy Laboratory M-PACT 2016 March 24, 2016 Indianapolis, Indiana NREL/PR-5400-66567 NREL is a national laboratory of the U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy, operated by the Alliance for Sustainable Energy, LLC.

Transcript of John Farrell, National Renewable Energy Laboratory M-PACT 2016 … · 2016-06-13 · 1 John...

Page 1: John Farrell, National Renewable Energy Laboratory M-PACT 2016 … · 2016-06-13 · 1 John Farrell, National Renewable Energy Laboratory M-PACT 2016 March 24, 2016 Indianapolis,

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John Farrell, National Renewable Energy Laboratory

M-PACT 2016March 24, 2016

Indianapolis, Indiana NREL/PR-5400-66567 NREL is a national laboratory of the U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy, operated by the Alliance for Sustainable Energy, LLC.

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Goal: better fuels and better

vehicles sooner

Fuel and Engine Co-Optimization

o What fuel properties maximize engine performance?

o How do engine parameters affect efficiency?

o What fuel and engine combinations are sustainable, affordable, and scalable?

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30% per vehicle petroleum

reduction via efficiency and displacement

source: EIA 2014 reference case

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Co-Optimization:

9-14% GHG reduction

(beyond “business as usual”)

National goal:

80% reduction in transportation GHG by

2050

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Why is this

effort

needed?

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Engines

will

dominate

fleet

for

decades

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higher efficiency, low emission engines

are possible

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8 8 Current fuels constrain engine design

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Fuel is more than just octane

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Parallel thrust efforts are underway

Low reactivity fuel High reactivity fuel Range of fuel properties TBD

Thrust 1: Spark Ignition (SI)

Thrust 2: Advanced Compression Ignition (ACI) kinetically-controlled and compression-ignition combustion

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Spark ignition (gasoline)

Compression ignition (diesel)

Kinetically controlled combustion

Fundamentally different combustion dynamics require different fuel properties

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New fuels open up engine design options

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13 13 Applicable to light, medium, and heavy-duty engines

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Co-Optima: Leveraging expertise and facilities from 10

national labs

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Broad Diversity of Skills Critical for Success

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Mobilize world-class research facilities

CRF-SNL JBEI

ORNL PNNL

APS-ANL NREL

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Integrated multi-lab teams with significant

external stakeholder engagement

8 Biofuel companies

13 Light and heavy duty vehicle manufacturers

10 Oil companies/ refiners

End consumer organizations 2

Regulatory agencies 4

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identify and mitigate

barriers to wide-scale

deployment

Identify and mitigate

barriers to wide-scale

deployment

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Reality

check time

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Why another

new fuel?

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Why not just use ethanol

blends?

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Will the new fuels be

compatible with current station

hardware?

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What about mis-fueling?

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• Ambitious new Department of Energy initiative

• Accelerating introduction of affordable, scalable, and sustainable fuels and high-efficiency, low-emission engines

• Engagement with industry stakeholders critical to success

Summary

All photos in this presentation courtesy of Co-Optima national lab partners or iStock.

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Thank You!

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