Biofuel Policies of the United States
description
Transcript of Biofuel Policies of the United States
Biofuel Policies of the United States
The Role of the Tax Credits for BiodieselMarcel Adenäuer (Bonn University)
Seth Meyer (FAO)Pierre Charlebois (Consultant)
Facts regarding US biofuels• Ethanol production will require slightly more than 40%
of American coarse grain production• But production of DDG returning in the feed market will
represent around 13% of the coarse grain production• The USA is expected to produce almost half of global
ethanol production• Their influence in the biodiesel market is much more
limited • But: Biodiesel counts as advanced biofuel
US ethanol Mandates
RFS2 Baseline0
20
40
60
80
100
120
140
160Biodiesel CellulosicOther advanced Other conventional
bnl
2022
60 bnl 16 bnl
12 bnl 15 bnl
1.2 bnl
Other support measures• Blender tax credit – expired for Ethanol
supposed to expire for Biodiesel in 2014
• State specific Level tax support
• Small ad valorem tariff on ethanol
• Low carbon fuel standard in California
US biofuels in AGLINK/COSIMO• Global endogenous coverage of biofuels and
the model is policy specific for both biofuels• The different feedstocks used are also well
represented• DDGS are represented as returning to maize,
but in the new feed system (2014) they will compete with all feeding stuff (e.g. soybean meal)
When the tax credit expires• For ethanol the knowledge of the expiring in
2013 led to a huge use of the rollover possibility. Parts of the 2013 RINS were produced already in 2012.
• Same thing is assumed to happen for biodiesel this year leading to a peak in biodiesel production
Stochastic Analysis• 2 Scenarios – 500 draws on yields for Wheat, Maize, Rice and
Oilseeds from historic distribution as shocks to the model
• Scenario TAX1: – Blender’s tax credit for Biodiesel (27 $) only in 2013
(as in current legislation)• Scenario TAX2: – Blender’s tax credit for Biodiesel in 2013 - 2022
• US biodiesel prices on average 13 $ higher in TAX2
• Distribution flatter in TAX2 –> less volatility in Tax1
• General: Higher upwards risk for prices than downwards
US biodiesel producer price distribution• Tax1 = tax credit only
in 2013• Tax2 = tax credit
2013-2022• mean: normal line• median: dotted line • q1/q3 percentiles:
dashed lines
• Given the low importance of the USA on the biodiesel world market, the distributions of the world biodiesel price are less distinct. The tendency is the same as in the US, but on a lower level
World biodiesel price distribution• Tax1 = tax credit
only in 2013• Tax2 = tax credit
2013-2022• mean: normal
line• median: dotted
line • q1/q3
percentiles: dashed lines
• Without the Tax credit, the biodiesel mandate is binding for many more draws than in TAX2
• Average consumption 0.8 bnl higher
US biodiesel consumption distribution• Tax1 = tax credit
only in 2013• Tax2 = tax credit
2013-2022• mean: normal
line• median: dotted
line • q1/q3
percentiles: dashed lines
Mandate
US biodiesel consumption deviations
US biodiesel devoted to the advanced mandate
The other side of the medal: US Ethanol imports from Brazil
• About 1.1 bnl less imports necessary
• Tax1 = tax credit only in 2013• Tax2 = tax credit 2013-2022
• The influence of higher biodiesel producer prices on the major biodiesel feed stock vegetable oil is smaller compare to biodiesel prices.
• Distributions less asymmetric
US vegetable oil producer price distribution• Tax1 = tax credit
only in 2013• Tax2 = tax credit
2013-2022• mean: normal
line• median: dotted
line • q1/q3
percentiles: dashed lines
• The influence of higher biodiesel producer prices on soy beans is small.
• Almost no difference in both distributions
US soy bean producer price distribution• Tax1 = tax credit
only in 2013• Tax2 = tax credit
2013-2022• mean: normal
line• median: dotted
line • q1/q3
percentiles: dashed lines
It’s vegetable oil imports that react
• The blender’s credit for biodiesel reduces the probability that the biodiesel mandate is binding considerably
• Effects on the vegetable oil market are comparable low
• Cross effects to US ethanol sector low but• Devotion of biodiesel to fill the other advanced
gap is higher => more competitive against Sugar cane based Ethanol from Brazil
Conclusions