ILLINOIS
POLLUTION
CONTROL
BOARD
April
14,
1971
Mt.
Cannel
Public
utility
Company
)
)
V.
)
PCB 71-15
)
Environmental
Protection
Agency
)
Opinion
of
the
Board
(by
Mr.
Icissel):
On
February
1, 1971,
the Mt. Camel
Public
utility
Company
(“utility”)
filed a petition for variance with this Board in
which
it asked the Board to allow
itto
operate its coal fired boilers in
violation of the stack enssion
standards until the boilers were no
longer used for the gener&tion of electricity.
Its program for
phasing out the boilers was to take 10 years during which time the
utility would progressively increase its purchases of power from a
neighboring utility to make up for its loss of generated capacity.
It
was
further
alleged
‘in
the
netition
that
to
require
the
Utility
to
install any control devices for the particulate omissions, or to
install gas conversion units in place of the existing coal fired units,
would impose an arbitrary or unreasonable hardship on the utility
and
the connunity at large.
In order to properly evaluate the petition for variance a descrip-
tion of the operations of the utility is necessary.
The Mt. Cannel
Public Utility Company
is a orivate cornocation which purchases and
produces electr’ical energy for distribution to some 4600 and purchases
natural gas for distribution to some 3600 customers.
In addition, it
furnishes steam to the Flintkote Conpany
(30,000 pounds ncr hour).
Its
service area includes that area in and around Mr. Cannel,
Illinois.
The utility owns and onerates a steam-electric power plant on the Wabash
River in the City of
Mt.
Cannel.
It nresently has the rated capacity
to
produce
approximately
20
MWe
and
has
the
right
to
purchase
an
additional
2OMWe
from
the
Central
Illinois
Public
Service
Company
(CIPC0).
This
firm
purchase power
is
available
through
a
recently
installed
69KV
interconnection line with CIPC0.
While its generating capacity is
20
EWe, in the past
few
years it has not produced un to this canacity.
The greatest production
at any one time to date has been 18. 2?.lWe, but
in the last
two
years it has only oroduced 14.5 MIte at peak times.
In order to produce the electricity, the generating station has five
coal burning boilers.
Two of the boilers, however, are low pressure
ones and have not been used for a number of years.
The three boilers
in normal service have an aggregate maximum capacity for burning 25,130
pounds per hour of coal.
Actually, the three boilers burn about 60,000
tons of coal per year.
Each of the boilers is equipped with a primitive
settling chamber, but not other control devices are present on the stacks.
1
—483
Financially,
the Utility seems rather successful.
Its operating
revenues
are about
$2.5 million
and in
the calendar year of 1970
its
net profit was $206,832.44.
Of
the net profit
65
of it has been paid
to the stockholders of
the utility and the remainder
is used
for
capital improvements.
A~oroximately 75
of the net income
is obtained
from the sale
of electric power and the balance is realized from the
sale of natural gas and steam.
The utility expressed some doubt
as to whether
this petition for
variance should be filed at
all.
In
the words
of
its attorney,
the
utility did
“not intend
to admit that we are committing any pollution.”
Previously,
the Utility
did have dealings with
the Air Pollution Control
Board
(Air Board)
and the Environmental
Protection Agency
(“Agency”)
on this
subject.
In July,
1967,
the Utility filed
a Letter of Intent
with
the Air Board which,. according
to the testimony
of Mr.
Baldwin,
the Executive Vice-President,
indicated that
the plant was being
operated
within oermissible
stack emission rates.
In February
of 1970
the utility was advised by
the Technical
Secretary of
the Air Board
that the weighted collection efficiency used by the utility in computing
its stack emissions should have been 40
instead of
the
60
used by
the utility.
The utility
was
a~ked to recalculate
the emissions using
the
40
weighted collection efficiency,
and when this was done,
it
demonstrated
a particulate emission rate
of
.95 pounds per million
BTU
~fl~UtJ
The regulation apolicable
to this utility
is Section
2—2.53 of
the Rules
and Regulations Governing Air Pollution which state
in part:
.However,
irrespective of stack height or number of stacks,
the
maxirnuhi
allowable emissions
for each stack or plant shall
be
0.8 pounds
of particulate per million BTU input.”
On March
25,
1970,
the Air Pollution Control Board approved
an extension
of time
for
the Utility
to September
1,
1970,
in which
the Utility could
file
an Air Contaminant Emission Reduction Program
(ACERP)
.
This pro-
gram is provided
for
in Section 2-2.41
in the Rules
and Regulations
Governing the Control of Air Pollution and provides
for
the filing of
a specific program of installation of gas cleaning devices,
the
replacement or alteration
of specified facilities
“such that emissions
of air contaminants
are reduced to the levels required by these Regula-
tions.”
Again on August
11,
1970,
the Utility advised the Technical
Secretary of
the Air Board that
it was unable to meet
the date
for
filing
an emission control program.
Since the Environmental Protection
Act had gone into effect on July
1,
1970,
the Technical Secretary
advised
the Utility
to file
a Petition
for Variance.
On August
14,
1970,
an alleged request
for variance was filed with
the Agency.
The
petition was not filed
in accordance with the Act,
according
to the
Chief Enforcement Officer of
the Agency.
Subsequently
this Petition
1.
A stack test done by
the Utility confirmed that the computed
.95
lbs/million BTU was accurate.
1
—
464
was
filed on February
1,
1970, and that petition forms
the basis for
this hearing.
A hearing on the petition was held on March
19,
1971,
in Mount
Carmel,
Illinois.
Before discussing the merits of the case, several motions must
be considered.
1.
The Agency’s motion to dismiss——Instead of filing a recommenda-
tion
with the Board,
as
is required by the Rules of
the Board,
the
Agency filed
a motion
to dismiss the~petition for variance on the grounds
that the Utility did not propose any abatement program which was
designed to bring its boilers and stack emissions into compliance with
the regulations.
The Agency alleged that the petition for variance
was merely-an
“open—ended request to continue air nollution” and that
this request was
“outrageous”.
~1hileit
is
true
that
the Utility did
request in the hearing that controls not he required,
it did in its
petition state that alternative methods had been considered.
The
Board assumed that the Utility would,
as
they did to
a slight degree,
introduce testimony
as
to alternative control- systems
(other than
reduced the generating capacity) which could be incorporated on the
existing facilities
to reduce the emissions from the stack.
Since
the petition did contain such alternatives, the motion
to dismiss was
properly denied.
2.
The Utility’s motion for a continuance--The Utility asked
the
hearing officer to continue the case because it had~‘notreceived the
recommendations of the Agency regarding what disoosition should be made
of the Utility’s petition.
The hearing officer properly denied the
motion.
It is hard to believe that in this case the petitioner was
prejudicedin
any way in not having received a formal recommendation
from the Agency.
In essence the Agency did make
a recommendation in
its motion to dismiss, that is,
the Utility should have detailed
control programs other than just reducing its generating capacity.
Essentially then,
the Utility really knew what the Agency’s position
~as much before the day of the hearing and in this
case were not
prejudiced by not having received the specific formal recommendation
of the Agency called for in the Rules.
3.
The Utility’s motion upon conclusion
of the hearin~-OnMarch
26,
1971,
the Utility filed a motion challenging the reasonableness
of Section 2—2.53 of the Air Pollution Regulations, challenging the
constitutionality of Section
9(a), of the Ac.t and challenging the power
of the Board under the Act to regulate the conduct of public utilities.
All three contentions are without merit and the motion is hereby denied.
A discussion as
to each contention
is necessary.
As
to the first con-
tention, the Utility stated that section 2-2.53 isunreasonable
as
applied to this Utility because emission~standards,which that section
imposes, does not take into account the “rural character”
Of the area
1
—
465
in which the Utility is located and because emission standards generally
ale but a “vestigial remain of early attempts by large metropolitan
areas containing enormous and compabted populations to control the quali-
ty of the air.”
Section 2-2.53, along with the other parts of the
Rules and Regulationi for the Control of Air Pollution, wer.e enacted
by the Air Pollution Control Board in 1965.
Those regulations contain
a comprehensive set of emission standards which are applicable
throughout the State of Illinois.
They distinguish between the urban
areas
of
the
State
and
other
areas, in that more strihqent rules are
made applicable to those areas in the state which are not in Standard
Metropolitan Statistical Areas
(SI4SAs).
The ve±~y
regulation which the
utility questions snecifically refers to emissions outside of the
SMSAs and therefore on its face recognizes a difference between the
large concentrated area and those areas of the
State
which
are
not
so
concentrated.
Further,
the
Utjlity states that it is located in a rural
area.
By its own admission, however, it is located in a concentrated
population area which has 8096 people according to the 1970 census.
Tile definition of “rural” as used by the Census Bureau belies calling
the City of lit. Carmel,a rural area.
To be a rural area, under the
census definition, the ponulation of the area to be so desicinated must
have less than 2500 peonle oar square nile.
Indeed, the City of
Mt.
Camel has over 8000 people within its bounds.
Finally,
as to this
point, the Utility makes the point that emission standards do not take
into account the air quality in and around the emissions source.
Emis-
sion standards are not new tools used in fiqhting air nollution, but
they are. effective tools.
The narticular standard found in Section
2-2.53 is based on an ASME publication which takes into account what
emission rates can be allowed from one source in order to meet the
air quality standard at ground level which would not cause health effects
from that source.
True,
it does not take into account more than one
source, but then it shouldn’t if it is to adequately protect the
public from air pollution hazards.
In addition, emission standards
are really the fairest standard to apply to any discharger or emitter
since they advise him in advance as to the exact amount which he is
allowed to discharge in order to comnly with the law.
If all
dischargers meet the emission standards,
the air quality needed to
protect the public health may be reached and the oublic will have
clean air to breath.
In
summary
then on this point, we find that the
emission regulations are in fact reasonable and do annly to the Utility.
As to the second contention, the Utility states that Section 9(a) of
the Act is “arbitrary, unreasonable and. canricious and violates
petitioner’s rights under the 14th Amendment to the Constitution of
the United States and Section 2 of Article II of the Constitution of
the State of Illinois.”
This issue was raised by Granite City Steel
Company in a case now pending before the Board.
The Board held in a
recent opinion denying Granite City’s motion to dismiss that Section 9(a)
does not violate any constitutional right.
EPA v. Granite City Steel
Company, PCB 70-34.
In that oninion the Board cited the recent ruling
of the Illinois Supreme.Court which upheld a statute which prohibited
pollution and didn’t even define the word as it is explicitly defined
in the Act.
Metropolitan Sanitary District v. U.S. Steel Corp., 41
Ill. 2d 440,
1968.
As to the third contention,
the Utility
1—488
stated that
the Illinois Commerce Commission has “exclusive
jurisdiction”
over
the Utility,
and therefore,
the Utility is not
subject to
the
prohibitions of the Environmental
Protection Act.
This
contention
is
totally absurd and has not been raised by any
other utility which
has come before
the Board.
One need only look
to
the language
of the Environmental Protection Act
in its definition
of the word “person”, which includes
any corporation.
There are no
exemptions
in the Act.
In fact,
Title VI-A of the Act specifically
applies
to public utilities who wish to build or operate nuclear
power generating facilities.
If the legislature had intended to exclude
utilities from the Act,
it would. have said so--it didn’t.
We can now turn
to the merits of the case.
In order to sustain
its burden of proof the tJtility must prove
to the Board that compliance
with existing
regulation-s wo~ildimpose an arbitrary
or unreasonable hard-
ship.
The Poard
has consistently held that
in determining whether there
is
an
arbitrary
or
unreasonable
hardship,
it
will
balance
the
detriment
to
the
public
in allowing
the emission source to operate against the
benefit to community ~n allowing
the source to continue and the
detriment
to the petitioner in not allowing
it to operate.
The
balancing will
he much in favor of
the publicinterest
and will
be
an
equal balance.
After reviewing
the evidence presented
in this case
within, the parameters
of
the doctrine
of
“arbitrary and unreasonable
hardship”
as defined bythis Board
in previous rulings,
the petition
in this case must he denied.
What
the
petitioner
seeks
in
this
case
isreally
a
license
to
pollute.
It proposes
no
program
for the control of
its emissions other
than
a reduction of
the
use of
its facilities over
a period of ten
(maybe
five)
years.
It states that
it does not have
the funds to
install control devices which are now technically feasible to control
the particulate emissions.
Yet,
it admits
to having
a net profit of
over $200,000 per year.
Even
the scanty search by the Utility evidenced
that control
devices are available
at
a cost of about $20,000 per year.
This seems
to be
a
sthall
cost to bring the Utility’s
facilities into
compliance with what
is
a reasonable requlation
to free
the air of
dirty pollutants.
The Utility argues that if itis required to
spend
the money it will be required
to charge higher rates and therefore
will
be
taken
over by
the larger utilities.
This argument does not
take into account
the fact that
the
Utility is now making
a substantial
profit from
its operations-—$200,000
with
operating revenues of $2.5
million.
Perhaps
the shareholders
of the Utility should share in the
supposed burden of paying
for
the additional facilities,
and perhaps
the cost will not
h,e transferred directly
to the consumers.
The
money
is
there, and
it should be used
to clean up
the
air.
1 —467
The
Utility
argues
that
it’s
not
polluting
the
air
“very
much.”
It says that
it is
“only” emitting 0.95 pounds of oarticulates per
BTU of thermal input, and the regulation
(Section 2-2.53)
requires
not more than 0.8 pounds.
Actually,
the Utility
is putting about
300 pounds of particulates into the air each hour it onerates its
boilers.
This
is not a minor source of pollution.’
The Utility is
1.
The Utility had certain air quality tests done in
and
about its
plant~ At
a sarnnlinq station located at
~the
Utility’s office
building,
the average concentration
of
particulate matter was
82.5 ug/mJ
,
and
at Mr. Baldwin’s home,
it
was
69.5
u~/m3,
and
at the coal
pile,
concentration was 105.11 up/rn3.
Referring
to
the Air Quality Criteria for Particulate Matter,
the
publication
of the U.S. Department
of Health, Education
and
welfare, dated
January 1969,
the following aunears on page 189:
“g.
-
WHERE CONCE~TRATIONS
RANGE
FROM
80
up/rn3 to 100 up/rn3
for
particulates
(annual
geometric
mean)
with
suifation
levels
of
about
30
rng/cm2-mo.
,
increased
death
rates
for
persons
over
50
years of age may occur.
(American
data;
see Chapter
11, Section
C—2)
“4.
Effects
on Materials
AT
CONCENTRATIONS
RANGING
~RO~
60
ue/m3
(annual
geometric
mean)
,
to
180
uq/m3
for
narticulates
(annual
geometric
mean)
,
in
the
presence
of
sulfur
dioxiae
and
moisture,
corrosion
of
steol
and
zinc
panels
occurs
at
an
accelerated
rate.
(American
data;
see
Chapter
4,
Section
B)”
Based
upon
this
cornorehensive
work,
-
it
has
been
demonstrated
that
health
effects
could
occur
as
a
resOit
of
the
concentrations
o~
particulate
matter
for
those
people
exuosed
in
and
about:
the
otfice
buildinc
of
the
Utility.
In
addition,
there
could
be~
as
damon—
strated
by
the
document,
effects
on
materials
such
as
corrosion
with
concentrations
about
60
up/rn3
since
the
Utility
has
admitted
that
there
i_s
nresent
in
the
atmosnhere
sulfur
dioxide.
—
4&4
located on the edge of an urbanized area--an area with over 8000
people.
The particulates fall on those 8000 people in
the
area
-and
should be controlled sooner than
5 or
10 years from now.
One group
of citizens cornnlained that the particulates from the Utility’s opera-
tion was bothersome to them.
True, there was
a letter introduced
that these persons at the
Mt.
Cannel Sand and Gravel Company would
not object to the 5-10 year phase out program of
the Utility.
However, the fact that the people were complaining is clear evidence
that the Utility’s emissions are affecting people in the area.
They
are not minor.
Yes,
the
affected people were willing to wait to
get control of the emissions, but we are not.
The Utility has the money
and the technology
is available to control the emissions.
As
a matter of nolicy,
this Board does not favor the granting of
any variances without, som~definite assurance that the emissions will
be controlled by available pollution control devices
as soon
as possible.
Except for cases
of
“no technology available,”
this Board must require
that those
who
seek a “shield against enforcement cases”
(which
is
what
a variance is) mu~thave
a
definite program to control
the
emissions with existing control ‘technology.
Phasing a plant out over
a
5
to
10 year period does
not’ meet the policy of this Board, ospecia
where the omission source
is
located in a metropolitan area of the
state,
where
the
emission
source
has
been
shown
to
have
an
effect
o
people
in
the
area,
where
control
technoloqy
is
available
and
where
the Utility
has
the
money
to
buy
the
control
technology.
The Utility argued that
if
the variance were not granted that
employees would lose their jobs and the Flintkote Company would not
be able
to
purchase steam from the facility
(because the Utility
would have
to
shut down its boilers).
It must be pointed out in
this
opinion that
this Board
is not ordering
that the uti:Lity close
down
its
onerations,
We
are
merely
saving that
the
Utility
will
not
be granted
a
“shield against, an enforcement
case”
for 5 to 10 years
while
it ohases but
the boiler oneration.
Presumably,
if an adequate
control program
were
presented,
the Utility could continue its operation
as long
as
it
wished.
‘
It would be the Utility’s choice if it closed
down
Its
operation
because
‘of
the
Board’s
decision in this case.
Its
choice,
if
made
to close
down
the facility, would be that the
shareholders
are not willing
to accept the obligation that the
facilities
should
comolv
with
pollution
control
laws
of
the
state.
The
Utility
argued
that
it
should
be
allowed
to
control
pollution
by using
its
‘~ohaseout program” because other utilities
in the
state
have been allowed
to do this.
The utility cited
a few examples,
over the Agency’s objection, where phase out orograrns may have been
allowed
by
the Illinois Commerce Commission and Air Board.
What the
Illinois Commerce Commission and Air Board have allowed, or not~allowed,
I
~—
469
is not relevant to this proceeding.
In addition,
those
proceedings
are irrelevant
and immaterial
to
this case since
if allowed as ordered
here,
they would
raise
all of
the collateral
issues qermane
to each
of those cases, hut not
imoortant
here.
This
Board has considered
the
facts of this case, and finds that the “phase out
nroqram”
cannot
be
the basis for the
granting
of
a
variance
under
the
Act.
The Petition for variance
filed by the Mt.
Carmel Public Utility
Company
is hereby denied.
This Opinion constitutes
the
Board’s
findings of fact and
conclusions
of
law.
I,
Regina
E.
Ryan,
Clerk
of
the
Pollution
Control
Board,
certify
that
the
Board
adopted
the
above
opinion
this
14th
day
of
April,
1971.
:~-
1
—
410