Summary and Analysis of the 2008
Gasoline Benzene Pre-Compliance
Reports
United States
Environmental Protection
Agency
-------
Summary and Analysis of the
2008 Gasoline Benzene
Pre-Compliance Reports
Compliance and Innovative Strategies Division
Office of Transportation and Air Quality
U.S. Environmental Protection Agency
v>EPA
NOTICE
This technical report does not necessarily represent final EPA decisions or
positions. It is intended to present technical analysis of issues using data
that are currently available. The purpose in the release of such reports is to
facilitate the exchange of technical information and to inform the public of
technical developments.
United States EPA-420-R-08-022
Environmental Protection _. , „„„
Agency December 2008
-------
Table of Contents
I. Executive Summary i
II. Gasoline Benzene Program Overview 2
III. Gasoline Benzene Pre-Compliance Reporting Requirements 3
IV. Summary Data 4
A. Nationwide Analysis 4
1. Refinery Numbers and Production 4
2. Projected Credit Generation and Use 5
3. Project Scope and Timing 7
B. PADD Analysis 7
1. PADD 1 10
2. PADD 2 11
3. PADD 3 12
4. PADD 4 13
5. PADD 5 14
-------
I. Executive Summary
I. Executive Summary
Most refiners planning to produce gasoline after January 1, 2011 are required to
submit to the U.S. Environmental Protection Agency ("EPA" or "the Agency") annual pre-
compliance reports indicating their progress toward complying with EPA's gasoline benzene
standards. Reports are due annually by June 1 from 2008 through 2011 under the gasoline
benzene regulations finalized in February, 2007, in order to provide updates on refiners'
compliance plans. This report summarizes information received from refiners in their June
2008 pre-compliance reports.
Refiners' benzene pre-compliance reports must contain estimates of average daily
gasoline production and annual average benzene concentration from June 1, 2007 through
December 31, 2015. For those refiners planning on participating in the credit program, the
reports must contain a projection of how many credits will be generated or used by each
refinery. The pre-compliance reports must also contain information outlining each refinery's
timeline for complying with the gasoline benzene standards and provide information
regarding engineering plans (e.g., design and construction), and capital commitments for
making the necessary modifications to produce gasoline which meets the gasoline benzene
standards.
EPA received benzene pre-compliance reports for 110 refineries in 2008. The 2008
benzene pre-compliance reports showed that:
- refiners are planning to comply with the benzene standards on time by installing
new benzene removal equipment at many of their refineries and using the
averaging, banking and trading provisions in the regulations to comply at the rest
58 refineries are planning to install equipment to reduce gasoline benzene
42 refineries are not planning to install equipment to reduce gasoline benzene
because they already comply with the gasoline benzene standards, or are
planning to use credits for compliance
12 refineries are planning to generate early credits from 2007 through 2010, and
42 refineries are planning to generate standard credits beginning in 2011
overall average reported benzene levels are expected to decrease from 1.05
volume percent (vol%) in 2007 to 0.59 vol% in 2015
This data represents estimates made by refiners whose final actual compliance plans
may change prior to January 1, 2011. While the reported information is preliminary, the
results provide the clearest snapshot of refiners' aggregate benzene compliance plans
available as of June, 2008. They represent the assessment of those who have first-hand
knowledge of the unique situation faced by each refinery. EPA expects that next year's
benzene pre-compliance reports will contain more definite information on refiners' plans to
produce gasoline which meets the benzene standards beginning January 1, 2011.
-------
II. Gasoline Benzene Program Overview
II. Gasoline Benzene Program Overview
The Mobile Source Air Toxics (MSAT2) final rule (72 FR 8428, February 26,
2007) contains a two-step approach to reducing the benzene content of gasoline.
Beginning January 1, 2011, importers and most refineries are required to import or
produce gasoline containing no more than 0.62 vol% benzene on an annual average basis.
This 0.62 vol% benzene standard can be met by using credits. In addition, beginning July
1, 2012, importers and most refineries are required to import or produce gasoline with a
maximum annual average gasoline benzene content of 1.3 vol%. A refinery's or
importer's actual annual average gasoline benzene level may not exceed this maximum
average standard. Credits may not be used to meet the 1.3 vol% standard.
The MSAT2 rule includes provisions for refiners and importers to generate
gasoline benzene credits. Refiners may generate early benzene credits from June 1, 2007
through December 31, 2010 if a refinery's annual average gasoline benzene is at least
10% less than its average benzene from January 1, 2004 through December 31, 2005, and
the refinery reduces their benzene by implementing certain technological improvements
specified in the regulations. Refiners and importers may generate standard benzene
credits beginning in 2011 if a refinery's or importer's annual average gasoline benzene is
less than 0.62 vol%. Early benzene credits may be used to comply with the 0.62 vol%
standard during the 2011, 2012 and 2013 averaging periods, while standard benzene
credits may be used to comply with the 0.62 vol% standard within five years from the
year they were generated. For both early credits and standard credits, one credit is
equivalent to one gallon of benzene removed from gasoline. Gasoline benzene credits
may be transferred nationwide.
Small Refiner Flexibilities
Additional compliance flexibilities are provided for small refiners in the gasoline
benzene regulations. The criteria for qualification as a gasoline benzene small refiner are
similar to those under the Gasoline Sulfur and Diesel Sulfur rules. To qualify as "small",
a refiner must: 1) produce gasoline by processing crude oil through refinery processing
units from January 1, 2005 through December 31, 2005; 2) employ no more than 1,500
people company-wide, based on the average number of employees for all pay periods
from January 1, 2005 through December 31, 2005; and, 3) have a corporate crude oil
capacity less than or equal to 155,000 bpcd for 2005.
Small refiners are allowed an additional four years to comply with each benzene
standard. They must begin complying with the 0.62 vol% standard no later than January
1, 2015, and begin complying with the 1.3 vol% standard no later than July 1, 2016.
Other Flexibilities
In addition to allowing refiners and importers to use credits to meet the 0.62 vol%
annual average standard, the gasoline benzene regulations also allow refiners and
-------
II. Gasoline Benzene Program Overview
importers to carry forward a benzene deficit from one year to the next year. If a refinery
or importer exceeds the 0.62 vol% annual average standard, and does not procure
sufficient credits to meet the standard, they may offset the deficit during the following
year by reducing their benzene concentration below 0.62 vol%, and/or procuring credits.
Benzene deficits for one year must be offset during the following year, and may not be
carried over for a second consecutive year.
III. Benzene Pre-Compliance Reporting Requirements
The gasoline benzene regulations require refiners to submit annual pre-
compliance reports for each of their refineries to EPA. The first pre-compliance report
was due by June 1, 2008 and subsequent reports are due annually through 2010.
The pre-compliance reports must contain the following information:
1. Any changes in the refiner's basic company or facility information since
registration.
2. Estimates of the average daily volume of gasoline produced at each refinery.
The volume estimates must include gasoline produced during the periods of
June 1, 2007 through December 31, 2007, and calendar years 2008 through
2015.
3. An estimate of the average gasoline benzene concentration for the periods
above.
4. For refineries expecting to participate in the benzene credit program, estimates
of the number of credits generated and/or used during the periods above.
5. Information on project schedule by known or projected completion date (by
quarter) for each stage of the project (strategic planning, front-end
engineering, detailed engineering and permitting, procurement and
construction, and commissioning and startup).
6. Basic information regarding the selected technology pathway for compliance
(e.g. re-routing of benzene precursors or other technologies, revamp versus
grassroots, etc.).
7. Whether capital investments have been made or are projected to be made.
8. An update of the progress in each of these areas.
The pre-compliance reporting requirements do not apply to certain types of
gasoline, including imported gasoline, gasoline produced for and used in California,
gasoline produced by small refiners, gasoline exported for use outside the United States,
and gasoline produced through distillation of transmix. These products are not included
in this summary and analysis.
We recognize that the pre-compliance reports contain preliminary information
and that final decisions on benzene removal plans may not have been made in all cases as
of the reporting deadline. Accordingly, the information in this summary and analysis is
based on the best available refinery information as of June 1, 2008. The information
-------
III. Benzene Pre-Compliance Reporting Requirements
presented here will be updated with more current analyses from subsequent annual pre-
compliance reports in 2009 and 2010.
IV. Gasoline Benzene Summary Data
A. Nationwide Analysis
1. Refinery Numbers and Production
We received benzene pre-compliance reports in 2008 for 110 refineries. Refiners
indicated that, for most of their refineries, they have made decisions on producing
gasoline which meets the benzene standards beginning January 1, 2011. Table 1 shows
the aggregated results for all reporting refineries for the four years leading up to the
beginning of the gasoline benzene standards, and Table 2 shows the aggregated results
for the first five years when the standards are in effect.
Table 1
Reported Data for Total U.S., 2007-2010
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol% and < or = 1.3 vol%
# refineries with benzene > 1.3 vol%
2007
110
7,009,410
1.05
22
42
46
2008
110
7,321,248
1.07
22
40
48
2009
110
7,523,745
1.06
22
40
48
2010
110
7,690,694
1.04
24
41
45
Table 2
Reported Data for Total U.S., 2011-2015
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2011
110
7,953,682
0.65
66
44
2012
110
7,968,849
0.61
69
41
2013
110
7,968,195
0.59
72
38
2014
110
7,957,194
0.59
71
39
2015
110
7,968,537
0.59
74
36
Table 1 shows that in 2007, only 22 refineries produced gasoline averaging 0.62
vol% benzene or less. Also in 2007, 88 refineries produced gasoline averaging greater
than 0.62 vol% benzene, including 46 refineries that produced gasoline averaging greater
than 1.3 vol% benzene. Table 2 shows that 44 of these 88 refineries plan to begin
producing gasoline averaging 0.62 vol% benzene or less by 2011, as the number of
refineries producing gasoline averaging 0.62 vol% benzene or less increases from 22 in
-------
IV. Gasoline Benzene Summary Data
2007 to 66 in 2011. The number of refineries producing gasoline averaging 0.62 vol%
benzene or less further increases to 72 by 2013, after the 1.3 vol% benzene maximum
annual average standard takes effect in mid-2012, and increases to 75 by 2015.
Table 2 shows that the average benzene concentration for all reporting refineries
is slightly greater than 0.62 vol% in 2011, as some refineries plan to use early credits to
meet the 0.62 vol% standard in 2011. Refiners begin producing gasoline averaging 0.62
vol% benzene or less in 2012, when average benzene concentration decreases to 0.61
vol%. Table 2 also shows that refiners plan to significantly increase production of
gasoline from 2007 to 2011, by approximately 940 thousand bbls/day.
Figure 1 illustrates reported gasoline production, by benzene concentration, for
each reported year. By 2012, approximately 80 percent of all gasoline will contain 0.62
vol% benzene or less.
Figure 1. Reported U.S. Gasoline Production and Benzene Content, 2007-2015
8,000
a % 7,000
| 1 6,000
•g 1 5,000
«• •§ 4,000
i §
3,000
2,000
1,000
0
J L
J L
Year
D < or = 0.62% • > 0.62%
2. Projected Credit Generation and Use
Table 3 shows total reported gasoline benzene credits generated and used for each
reported year. Twelve refineries indicated they plan to generate a total of 74.2 million
benzene credits (1 credit = 1 gallon benzene) during the early credit generation period
from June 1, 2007 through December 31, 2010. Nine of these refineries are owned by
refiners who own multiple refineries. To spread out the transition to the 0.62 vol%
benzene standard, refiners plan to use some of these early credits during the first
compliance period in 2011. In 2011, 42 refineries indicated they plan to generate a total
of 95.8 million credits, and 44 refineries indicated they plan to use a total of 128.0
-------
IV. Gasoline Benzene Summary Data
million credits. Annual generation of standard credits begins to exceed annual usage of
standard credits in 2012, when 42 refineries plan to generate 96.3 million credits and 41
refineries plan to use only 83.6 million credits. By 2015, credit generation exceeds credit
usage by 33.6 million credits, as 43 refineries plan to generate 99.4 million credits and 36
refineries plan to use only 65.6 million credits.
Table 3
Reported Gasoline Benzene Credits for Total U.S., 2007-2015
Year
# refineries generating benzene credits
Benzene credits generated, millions
Year
# refineries generating benzene credits
# refineries using benzene credits
Benzene credits generated, millions
Benzene credits used, millions
2007
4
9.4
2011
42
44
95.8
128.0
2008
3
8.7
2012
42
41
96.3
83.6
2009
7
18.5
2013
44
38
99.6
68.8
2010
9
37.5
2014
43
39
98.7
67.5
total
12
74.2
2015
43
36
99.4
65.8
Figure 2 shows cumulative projected generation and usage of gasoline benzene
credits for each reported year. Refiners are planning to generate sufficient credits for
compliance during each annual compliance period from 2011 onward.
Figure 2. Cumulative U.S. Gasoline Benzene Credits
aj
S a
ffl 'g
Year
D Generated • Us ed
3. Project Scope and Timing
In addition to providing projections of gasoline production, benzene
concentration, and credit generation/usage, refineries must also include information
outlining both their timeline for compliance with the gasoline benzene standards and their
-------
IV. Gasoline Benzene Summary Data
engineering plans (e.g., design and construction) in their pre-compliance reports. We
requested that refineries report their progress according to the following five stages: 1)
strategic planning, 2) planning and front-end engineering, 3) detailed engineering and
permitting, 4) procurement and construction, and 5) commissioning and start-up.
In the 2008 benzene pre-compliance reports, refiners indicated they have plans to
install new benzene reduction facilities at 58 refineries. These refineries are generally in
the early stages of their projects to comply with the gasoline benzene standards. Most
have completed their strategic planning phase, and have started front-end engineering
design work
Most of the 58 refineries indicated that they plan to use one or more of the
gasoline benzene reduction strategies identified by EPA in the gasoline benzene
rulemaking. Reported scopes for benzene compliance projects are summarized in the
following list:
-14 refineries plan to install additional naphtha pre-fractionation capacity to
reduce the amount of benzene precursors in their naphtha reformer feed
-16 refineries plan to install a new reformate splitter tower
-15 refineries plan to install a new benzene saturation unit
- 4 refineries plan to install new benzene extraction facilities
- 3 refineries plan to revamp existing benzene extraction facilities.
- 3 refineries plan to install new isomerization units
- 4 refineries plan to revamp existing isomerization units
- 7 refineries plan to outhaul benzene-rich light reformate to other refineries for
processing
In addition, 6 refineries indicated they planned to make operational changes to
reduce gasoline benzene.
Refiners indicated they were not planning to install benzene reduction facilities at
42 refineries, either because these refineries already comply with the gasoline benzene
standards, or because they are planning to use credits for compliance.
B. PADD Analysis
This section presents information specific to each Petroleum Administration for
Defense District (PADD). Tables 4, 5 and 6 show aggregated reported data for 2007,
2011 and 2015, by PADD1. From 2007 to 2011, reported national average benzene
concentration decreased by 39 percent, with the largest decrease occurring in PADD 5
(48 percent), followed by PADD 2 (44 percent), PADD 3 (40 percent), PADD 4 (35
percent), and PADD 1 (15 percent). Also from 2007 to 2011, the number of refineries
producing gasoline containing 0.62 vol% benzene or less triples from 22 to 66, with the
largest increase occurring in PADD 3 (21 refineries), followed by PADD 2 (10
1 These tables do not include imported gasoline, gasoline used in California, gasoline produced by small
refiners, gasoline exported outside the U.S., and gasoline produced by transmix processors.
-------
IV. Gasoline Benzene Summary Data
refineries), PADD 4 (5 refineries), and PADDs 1 and 5 (4 refineries). From 2011 to
2015, reported average benzene concentration decreases further in each PADD, with the
largest decreases occurring in PADDs 1, 4 and 2, while projected gasoline production
changes little in each PADD. From 2011 to 2015, eight additional refineries begin
producing gasoline containing 0.62 vol% benzene or less, including 5 refineries in PADD
1, 2 in PADD 2 and 1 in PADD 3.
Table 4
Reported Data by PADD for 2007
area
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
PADD1
14
1,160,559
0.80
4
10
PADD 2
21
1,697,295
1.29
1
20
PADD 3
45
3,521,434
0.95
10
35
PADD 4
11
231,461
1.55
0
11
PADDS
19
398,661
1.41
7
12
total U.S.
110
7,009,410
1.05
22
88
Table 5
Reported Data by PADD for 2011
area
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
PADD1
14
1,231,487
0.68
8
6
PADD 2
21
1,866,053
0.72
11
10
PADD 3
45
4,195,310
0.57
31
14
PADD 4
11
255,526
1.00
5
6
PADDS
19
405,307
0.73
11
8
total U.S.
110
7,953,682
0.65
66
44
Table 6
Reported Data by PADD for 2015
area
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
PADD1
14
1,206,725
0.55
13
1
PADD 2
21
1,895,695
0.64
13
8
PADD 3
45
4,205,545
0.55
32
13
PADD 4
11
255,265
0.91
5
6
PADDS
19
405,307
0.69
11
8
total U.S.
110
7,968,537
0.59
74
36
Figure 3 illustrates the effect of the benzene standards on national average
benzene levels from 2007 through 2015. Figure 3 also shows the volume-weighted
contribution of each PADD to national average benzene concentration for each reported
year. PADD 3 consistently has the greatest volume-weighted contribution because
PADD 3 consistently produces the most gasoline of any PADD (even though PADD 3
has the lowest gasoline benzene concentrations among all PADDs from 2011 through
2015). Conversely, PADD 4 consistently has the smallest volume-weighted contribution
-------
IV. Gasoline Benzene Summary Data
because PADD 4 consistently produces the least gasoline of any PADD (even though
PADD 4 has the highest gasoline benzene concentrations among all PADDs in every
reported year).
Figure 3. PADD Contributions to National Average Benzene, 2007-2015
1.20
0.
2007 2008 2009 2010 2011 2012 2013 2014 2015
Year
More detailed information for each PADD is shown below in Tables 7 through
16.
-------
IV. Gasoline Benzene Summary Data
1. PADD I2
Data for 14 reporting PADD 1 refineries is summarized below in Tables 7 and 8.
PADD 1 average gasoline benzene concentration decreases from 0.80 vol% in 2007 to
0.68 vol% in 2011, as the number of refineries producing gasoline containing 0.62 vol%
benzene or less increases from 4 to 8. PADD 1 average gasoline benzene concentration
decreases further to 0.55 vol% by 2015, as 2 more refineries reduce their gasoline
benzene concentration to 0.62 vol% or less. Projected gasoline production also increases
slightly from 2007 to 2015, by 46 thousand bbls/day.
Table 7
Reported Data for PADD 1, 2007-2010
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2007
14
1,160,559
0.80
4
10
2008
14
1,212,887
0.85
5
9
2009
14
1,218,671
0.82
5
9
2010
14
1,224,865
0.81
5
9
Table 8
Reported Data for PADD 1, 2011-2015
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2011
14
1,231,487
0.68
8
6
2012
14
1,231,487
0.58
10
4
2013
14
1,206,725
0.56
11
3
2014
14
1,206,725
0.56
11
3
2015
14
1,206,725
0.55
13
1
2 These tables do not include imported gasoline, gasoline produced by small refiners, gasoline exported
outside the U. S., and gasoline produced by transmix processors.
10
-------
IV. Gasoline Benzene Summary Data
2. PADD 23
Data for 21 reporting PADD 2 refineries is summarized below in Tables 9 and 10.
PADD 2 average gasoline benzene concentration decreases from 1.29 vol% in 2007 to
0.72 vol% in 2011, as the number of refineries producing gasoline containing 0.62 vol%
benzene or less increases from 1 to 11. PADD 2 average gasoline benzene concentration
decreases further to 0.64 vol% by 2015, as 2 more refineries reduce their gasoline
benzene concentration to 0.62 vol% or less. Projected gasoline production also increases
moderately from 2007 to 2015, by 200 thousand bbls/day.
Table 9
Reported Data for PADD 2, 2007-2010
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2007
21
1,697,295
1.29
1
20
2008
21
1,750,086
1.29
1
20
2009
21
1,802,617
1.28
1
20
2010
21
1,825,587
1.25
1
20
Table 10
Reported Data for PADD 2, 2011-2015
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2011
21
1,866,053
0.72
11
10
2012
21
1,871,815
0.66
12
9
2013
21
1,900,405
0.64
13
8
2014
21
1,887,128
0.64
13
8
2015
21
1,895,695
0.64
13
8
3 These tables do not include imported gasoline, gasoline produced by small refiners, gasoline exported
outside the U. S., and gasoline produced by transmix processors.
11
-------
IV. Gasoline Benzene Summary Data
3. PADD 34
Data for 44 reporting PADD 3 refineries is summarized below in Tables 11 and
12. PADD 3 average gasoline benzene concentration decreases from 0.95 vol% in 2007
to 0.57 vol% in 2011, as the number of refineries producing gasoline containing 0.62
vol% benzene or less increases from 10 to 30. PADD 3 average gasoline benzene
concentration decreases further to 0.55 vol% by 2015, as 1 more refinery reduces its
gasoline benzene concentration to 0.62 vol% or less. Projected gasoline production also
increases significantly from 2007 to 2015, by 683 thousand bbls/day.
Table 11
Reported Data for PADD 3, 2007-2010
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2007
45
3,521,434
0.95
10
35
2008
45
3,691,742
0.96
11
34
2009
45
3,831,826
0.95
11
34
2010
45
3,964,707
0.94
13
32
Table 12
Reported Data for PADD 3, 2011-2015
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2011
45
4,195,310
0.57
31
14
2012
45
4,203,037
0.56
31
14
2013
45
4,199,192
0.55
32
13
2014
45
4,200,577
0.55
31
14
2015
45
4,205,545
0.55
32
13
4 These tables do not include imported gasoline, gasoline used in California, gasoline produced by small
refiners, gasoline exported outside the U.S., and gasoline produced by transmix processors.
12
-------
IV. Gasoline Benzene Summary Data
4. PADD 45
Data for 11 reporting PADD 4 refineries is summarized below in Tables 13 and
14. PADD 4 average gasoline benzene concentration decreases from 1.55 vol% in 2007
to 1.00 vol% in 2011, as the number of refineries producing gasoline containing 0.62
vol% benzene or less increases from 0 to 5. PADD 4 average gasoline benzene
concentration decreases further to 0.91 vol% by 2015, as refineries further reduce their
gasoline benzene concentration. Projected gasoline production also increases slightly
from 2007 to 2015, by 24 thousand bbls/day.
Table 13
Reported Data for PADD 4, 2007-2010
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2007
11
231,461
1.55
0
11
2008
11
248,451
1.67
0
11
2009
11
253,560
1.68
0
11
2010
11
258,958
1.68
0
11
Table 14
Reported Data for PADD 4, 2011-2015
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2011
11
255,526
1.00
5
6
2012
11
257,205
0.95
5
6
2013
11
256,566
0.91
5
6
2014
11
257,458
0.91
5
6
2015
11
255,265
0.91
5
6
5 These tables do not include imported gasoline, gasoline used in California, gasoline produced by small
refiners, gasoline exported outside the U.S., and gasoline produced by transmix processors.
13
-------
IV. Gasoline Benzene Summary Data
5. PADD 56
Data for 19 reporting PADD 5 refineries is summarized below in Tables 15 and
16. PADD 5 average gasoline benzene concentration decreases from 1.41 vol% in 2007
to 0.73 vol% in 2011, as the number of refineries producing gasoline containing 0.62
vol% benzene or less increases from 7 to 11. PADD 5 average gasoline benzene
concentration decreases further to 0.69 vol% by 2015, as refineries further reduce their
gasoline benzene concentration. Projected gasoline production also increases slightly
from 2007 to 2015, by 7 thousand bbls/day.
Table 15
Reported Data for PADD 4, 2007-2010
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2007
19
398,661
1.41
7
12
2008
19
418,083
1.44
5
14
2009
19
417,071
1.43
5
14
2010
19
416,578
1.41
5
14
Table 16
Reported Data for PADD 4, 2011-2015
Year
# reporting refineries
Reported gasoline production, bbls/day
Average benzene concentration, vol%
# refineries with benzene < or = 0.62 vol%
# refineries with benzene > 0.62 vol%
2011
19
405,307
0.73
11
19
2012
19
405,307
0.73
11
19
2013
19
405,307
0.69
11
19
2014
19
405,307
0.69
11
19
2015
19
405,307
0.69
11
19
6 These tables do not include imported gasoline, gasoline used in California, gasoline produced by small
refiners, gasoline exported outside the U.S., and gasoline produced by transmix processors.
14
------- |