Transportation Sector is Important
• Significant reductions are needed to achieve 2020 target and 2050 goal
• GHG emissions from transportation are large and increasing
Large GHG Reductions Required
0
100
200
300
400
500
600
700
1990 2000 2004 2020 2050
GH
G E
mis
sion
s (M
MTC
O2e
) -169MMT
-341MMT
LCFS Established by the Governor
• Governor Schwarzenegger established the LCFS in January 2007
• ARB identified LCFS as AB 32 discrete early action measure in June 2007
• Board approved LCFS on April 23, 2009– Directed the staff to make changes/additions
• The LCFS will become law by Jan. 1, 2009
Regulated Parties?
• Petroleum and biofuels providers are the ‘regulated parties’
• Providers of other fuels that meet 2020 levels must ‘opt in’ to earn credits:– Electricity– Hydrogen – Natural Gas
LCFS Requirements
• Requires a 10 percent reduction in the carbon intensity(CI) by 2020; baseline 2006– Applies to (fossil fuel+biofuel) mix– Separate standards for Gasoline and Diesel– Other fuels allowed to opt-in
• ARB has established CI values for some fuels and will establish CI values for other potential fuels.
Compliance and Enforcement Requirements
• ARB to provide software tools for fuel carbon reporting and credit tracking (under development)
• Regulated parties required to report quarterly and annually
• Enforcement includes records review, field inspections, audits, and penalties
LCFS Flexibility (Market-Driven Compliance)
• Supply a mix of fuels with average carbon intensity(over a year) equal to the standard
• Allow the use of purchased or banked credits to meet the standard
• Allow companies to generate their own CI values or the tailoring (adjustment) of CI to specific processes (certain criteria must be met)
LCFS Benefits
• Reduces 16 MMT GHG emissions from the transportation sector by 2020
• Creates durable framework for near and long term transition to low carbon fuels
• Encourages technology innovation
• Establishes a model for regional and national standards
• Sets stage for future reductions
Benefits: Pavley and LCFS Reverse GHG Trend
125
150
175
200
225
250
2005 2010 2015 2020
GH
G (M
MT)
GHG Transportation Trends
Pavley
Pavley & LCFS
LCFS: Impact on Fuels
• Increase use of:– Low carbon corn or sugarcane ethanol– Cellulosic ethanol– Renewable diesel and biodiesel– Electricity, hydrogen, natural gas
• And decrease the use of:– Petroleum– High carbon biofuels
Lifecycle Analysis Basis for LCFS
• Lifecycle analysis considers the GHG emissions from all facets of fuel production, distribution, and use
• Methodological approach
– Direct effects: CA GREET
– Land Use Change effects (or iLUC)
• GTAP for land use change
• External analysis to estimate GHG impacts
Direct Effects: Fuel Lifecycle – Gasoline(CA GREET)
73 g/MJ
Vehicle
Gasoline Gasoline 96 g/MJ96 g/MJ
Transportation
7 g/MJ
Oil Well1 g/MJ
14 g/MJ
Refinery1 g/MJ
Transportation
Complete Fuel Lifecycle – Corn Ethanol(CA GREET+GTAP)
Corn Ethanol 97 g/MJ
Vehicles
Emissionsare
Offset
Corn Field
36 g/MJ
2 g/MJ
Transportation
Co-products
3 g/MJ
Blend with gasoline
Bio-Refinery
38 g/MJ
-12 g/MJ
Transportation
30 g/MJ
Land Use Change
GTAP
Determining LUC Carbon Intensity(GTAP+ external)
IncreasedBiofuel
Demand
AdditionalLand
Converted
AdditionalGHG
Emissions
LUCCarbon
Intensity
GTAPEconomicModeling
ApplyEmissionFactors
TimeAccounting
LCFS Treats All Fuels Fairly
• Land use change contributes to carbon intensity of certain biofuels
• Staff have not identified any significant indirect effects from non-biofuels, though research is ongoing
• Open process; results and assumptions shared with stakeholders
Fuel pathways completed
• For gasoline and fuels substitute for gasoline– 13 corn ethanol, 3 sugarcane ethanol, 4 CNG, 9
LNG, 2 electricity, 5 hydrogen
• For diesel and fuels substitute for diesel– 2 biodiesel, 2 renewable diesel, 4 CNG, 9 LNG, 2
electricity, 5 hydrogen
0
20
40
60
80
100
120
140C
arbo
n In
tens
ity (g
CO
2e/M
J)
Gasoline
Carbon Intensities of Gasoline and Ethanol
Gasoline
Sugarcane Ethanol Corn Ethanol Hi CI Corn Ethanol Low CI
0
10
20
30
40
50
60
70
80
90
100C
arbo
n In
tens
ity (g
CO
2e/M
J)
Diesel
Carbon Intensities of Diesel and Biodiesel
Diesel
Tallow Renewable Diesel
UCO Biodiesel
Soybean Biodiesel and Renewable Diesel
?
Pending iLUC
?
Next steps
• Establish an expert workgroup to evaluate issues on LUC and report to the Board by 2011. Formal review by 2012 and 2015.
• Continue to work on additional fuel pathways
• Prepare a guidance document on the evaluation process for additional pathways
Next Steps
• Create a work plan to evaluate
sustainability criteria (by end of 2009)
• Establish the details of reporting and
credit trading program
• Coordinate with regional, national, and
international groups
Expert Workgroup: Overall Structure
Facilitator
ARB Staff Lead
Core Workgroup[20 members]
C DBAWorking Subgroups
08/05/2009
Potential Topics for Evaluation
• Land Use Change Effects of Biofuels– GTAP: Elasticity values, yield changes, land resolution, co-
products, impacts on food consumption– Other: Yield changes over time, time accounting, emission
factors
• Effects of Other Fuels– Land use effects, secondary effects in the energy market
• GREET– Fertilizer use, water use, co-products
• Comparative Modeling Approaches– FAPRI-FASOM, other approaches
Expert Workgroup Meetings
• Bimonthly meetings (at least)– If appropriate, additional working subgroup meetings
• All meetings will be public– Meetings will be webcast when possible
• Meeting summaries will be published for public view
08/05/2009
Summary
• LCFS reduces emissions from transportation fuels by 10% by 2020
• Emissions from land use changes are real, and positive
• LCFS complements goals set forth by federal mandates
• LCFS is structured so program can extend beyond 2020
• Significant stakeholders interest in improving and establishing new pathways