FEDERAL MINE SAFETY AND HEALTH REVIEW COMMISSION
601 New Jersey Avenue, N.W., Suite 9500
Washington, D.C. 20001-2021
Telephone: (202) 434-9958
Fax: (202) 434-9949
September 2, 2011
PINNACLE MINING COMPANY, Contestant
v.
SECRETARY OF LABOR MINE SAFETY AND HEALTH ADMINISTRATION (MSHA), Respondent |
: : : : : : : : : : |
CONTEST PROCEEDING
Docket No. WEVA 2011-1758-R Order No. 4201901; 05/20/2011
Mine: Pinnacle Mine Mine ID: 46-01816 |
DECISION AND ORDER
Appearances: R. Henry Moore, Esq., Jackson Kelly PLLC, Three Gateway Center, 401 Liberty Avenue, Suite 1340, Pittsburgh, Pennsylvania 15222, for Contestant
Samuel Charles Lord, Esq., U.S. Department of Labor, 1100 Wilson Boulevard, 22nd Floor West, Arlington, Virginia 22209, for Respondent
Judith Rivlin, Esq., United Mine Workers of America, 18354 Quantico Gateway Drive, Suite 200, Triangle, Virginia 22172, for Intervenor
Before: Judge McCarthy
I. Statement of the Case
This case is before me on a Notice of Contest filed by Pinnacle Mining Company, LLC
(“Pinnacle” or “Contestant”) pursuant to sections 105 of the Federal Mine Safety and Health Act
of 1977, 30 U.S.C. §§ 815 (the “Mine Act”). Order No. 4201901 was issued to Contestant on
May 20, 2011,
pursuant to section 103(j) of the Federal Mine Safety and Health Act of 1977
(“the Act”), 30 U.S.C. § 813(j). On May 25, the Order was modified to a Section 103(k) Order.
On May 25, Respondent filed a Notice of Contest, and a Motion to Expedite, pursuant to
29 C.F.R. 2700.52. On May 26, Contestant gave notice that it was withdrawing its request for
an expedited hearing, but not its Notice of Contest. On May 26, the undersigned issued an Order Approving Contestant’s Motion to Withdraw Its Motion to Expedite.
On June 27, after several modifications to the 103(k) Order and after unsuccessful
negotiations with MSHA, Respondent filed its Renewed Motion to Expedite. An expedited
hearing was held on July 13. The parties stipulated to jurisdictional issues.
Post-hearing briefs
were filed on August 1.
The issues presented by the contest are twofold: Whether the Section 103(k) order was
improperly issued because no accident occurred, and whether MSHA’s refusal to modify the
103(k) order to permit rentry of the mine and re-ventilation of the longwall was unreasonable or
arbitrary and capricious?
On the entire record, including my observation of the demeanor of the witnesses,
and after
considering the post-hearing briefs, I make the following:
II. Findings of Fact
Pinnacle’s Longwall Mining Operations
Pinnacle Mining Company, LLC, owned by Cliffs Natural Resources, operates a large
underground coal mine that contains numerous mined-out longwall panels, an active longwall
section, and multiple continuous miner sections to develop future longwall gate entries. G. Ex. 2.
Basically, under the Pinnacle longwall mining system, two parallel gate entries, i.e., the headgate and
tailgate, are developed and connected to another set of entries at the back to form a longwall panel
that is typically 800 to 1,200 feet wide and several thousand feet long. Tr. 60. A mining machine
or “plow” advances outby incrementally across the width of the longwall panel to cut and extract the
coal, which falls onto a conveyor system for transport out of the mine. Tr. 60, 180. As cutting
occurs, mechanized roof supports or “shields” advance behind the longwall face, and as the shields
advance, the roof above the mined-out coal seam falls. This area where the coal has been extracted
and the roof has fallen is called the “gob.” Tr. 60.
The Pinnacle Mine is a gassy mine that liberates in excess of one million cubic feet of
methane per day. Methane is explosive in the range of 5 to 15 percent of mine atmosphere, with at
least 12 percent oxygen. Tr. 61. The Pinnacle Mine is subject to methane spot inspections every
five days under Section 103(i) of the Act. 30 U.S.C. § 813(i). Multiple fans are used to ventilate
the mine, including the ASCO fan, which is located in back of the longwall bleeders and serves as
a bleeder fan. Stip. 2; G. Ex. 6.
The Unusual Carbon Monoxide Buildup on May 19
On May 19, Pinnacle was operating a longwall mining unit in the 9F panel. Stip. 1. The
block of coal was located between the 9E entries on the tailgate side and the 9F entries on the
headgate side. Stip. 1; G. Exs. 3 and 4. The 9E entries consisted of three separate entries with the
No. 3 entry immediately adjacent to where the longwall panel removed coal. G. Exs. 3 and 4. The
9F longwall panel is 65 crosscuts in length, and the longwall unit was currently mining between
crosscuts 56 and 55. The area of the longwall panel behind the longwall unit from crosscuts 56
through 65 was gob. G. Exs. 3 and 4. Between crosscuts 56 and 65, the No. 3 entry was
inaccessible because the longwall unit had already advanced beyond those locations and the roof had
collapsed behind it. Tr. 73, 355.
At various times during the day on May 19, levels of carbon monoxide (CO) in the range of
12-32 parts per million (ppm) were detected on handheld gas detectors by various Pinnacle
examiners in crosscut Nos. 59-63 between the No. 2 and No. 3 entries in the 9E entries in the
longwall gob area. Stip. 3; Tr. 224-26.
Pinnacle claims this is a low level of CO (Tr. 101), in areas
of low air flow (Tr. 161-62; G. Ex.4), and that CO readings were lower in areas with more air flow
inby and outby (G. Exs. 4 and 9). Mark Nelson, the mine’s general manager, testified that CO
readings of 12 to 26 ppm are “not typically encountered by our examiners” and the CO readings of
May 19 gave mine managers a “signal that we may have an issue.” Tr. 226. In fact, the event
prompted management to withdraw miners from the longwall area and shut off power to the section
as required by a provision in the operator’s MSHA-approved ventilation plan. Mine management
subsequently evacuated the entire mine. MSHA and State (WVOMHST) representatives were
contacted prior to 10 p.m. on May 19. Stip. 3; Tr. 226.
The 103(j) and 103(k) Orders
MSHA issued a verbal order pursuant to Section 103(j) at 10:15 p.m. on May 19. Stip. 3. The written Order, No. 4201901, was issued on May 20, pursuant to section 103(j) of the Act, 30 U.S.C. § 813(j). The Order alleges the following “Condition or Practice:”
An event has occurred on the sites MMU (Longwall mining section) whereas approximately 22 parts per million Carbon Monoxide has been detected. This CO was measured between the No. 2 + No. 3 crosscut inby the Longwall tail. This order was initially issued verbally to the operator and is now being reduced to writing. This order is intended to protect all miners on site, including those involved in rescue + recovery of operations or investigation of this event. Also, this order is to prevent the destruction of evidence that would aid in investigation of the accident.
Stip. 5.
On May 20, at 3:30 a.m., the Order was modified to a Section 103(k) Order, which alleged as follows:
The initial order is modified to reflect that MSHA is now proceeding under the authority of Section 103(k) of the Federal Mine Safety and Health Act of 1977.
This Section 103(k) order is intended to protect the safety of miners on site, including those involved in the rescue and recovery operations or investigations of the event. The operator shall obtain prior approval from an Authorized Representative of the Secretary for all actions to recover and/or restore operations in the affected area.
Additionally, the mine operator is reminded of its existing obligation to prevent the destruction of evidence that would aid in investigating the cause or causes of this event.
Stip. 7.
There have been a number of subsequent modifications to the 103(k) Order, but none has
allowed production to resume. Stip 9.
MSHA officials determined that the CO readings that
had been reported by Pinnacle on May 19 were elevated and cause for concern since they
exceeded ambient levels of 1 to 2 parts per million (“ppm”), which MSHA inspectors normally
encountered. Tr. 215.
Extensive Sampling and the Retention of Experts
On the morning of May 20, MSHA consulted with John Urosek, Chief of Mine
Emergency Operations, for expert guidance and opinion regarding MSHA’s response to
developments at the Pinnacle Mine. Tr. 51, 83; G. Ex 1. Urosek is a mining engineer, who
graduated from Pennsylvania State University in 1979. He is a registered professional engineer
in Pennsylvania. Tr. 52;G. Ex 1. He has responded to most of the nation’s major mine disasters
during the past thirty-five years, including seventy-four mine emergencies, most of which
involved mine fires or explosions. G. Ex. 1. In addition, Urosek is a former Chief of MSHA’s
Ventilation Division, who has conducted sixty-six investigations into mine ventilation systems in
an effort to ensure that harmful dust and gas are ventilated out of working faces and mined-out
gob areas. Id. Urosek has frequently testified as an expert witness for MSHA, and he has made
numerous presentations on mine ventilation and emergencies. Id. He responds as needed to any
fire, explosion or inundation in U.S. mines, and directs MSHA efforts in such emergency
scenarios. Tr. 51-52. At the hearing, he was qualified as an expert in mine ventilation, fires and
emergencies. Tr. 55.
On May 20, sampling at the ASCO fan commenced and no CO was detected. Stip. 6. No
gases indicative of a fire, such as ethylene or propylene, were detected. Tr. 235-36; G. Ex. 5. At
5 a.m. on May 20, MSHA and Pinnacle representatives went underground and collected “bag
samples” of the atmosphere from crosscuts 59 through 63. Stip. 8. The parties stipulated that
bag sampling provides a more reliable analysis of CO levels than handheld detectors, assuming
the samples were collected properly. Stip. 10.
The May 20 bag samples confirmed CO levels of 13 ppm in crosscut 62 between the No.
2 and former No. 3 entries. G. Ex. 5. The bag sample from crosscut 62 also showed over 10
percent methane, well into the explosive range given the 18 percent oxygen present. G. Ex. 5.
Meanwhile, samples taken from other areas of the longwall panel, including the bleeder shaft and
the longwall face, contained no detectable amounts of CO. G. Ex. 5.
Urosek reviewed the bag samples of May 20. Tr. 85. He was concerned about the 13
ppm of CO in crosscut 62, which came from somewhere in the mine. He initially thought that
the single sample could have been taken in error or had been analyzed incorrectly. Tr. 85-88.
Three days later, on May 23, results of bag sampling conducted by MSHA again
confirmed the presence of CO in crosscuts 59 through 62, including 13 ppm (versus 40 ppm on
the handheld unit) in the presence of an explosive quantity of methane in crosscut 61. Tr. 93; G.
Ex. 8; Stip 10.
Samples from other crosscuts revealed 0-5 ppm CO levels. Stip. 10; G. Ex. 9.
No detectable amounts (NDA) of CO were present in other sampled areas of the 9F panel,
including six samples from the longwall face and eleven samples from the headgate entries. Tr.
91-92; G. Exs. 6 and 7.
Based on the May 23 sampling from crosscut 61 (G. Ex. 8), Urosek concluded that the
May 20 sample of 13 ppm of CO in crosscut 62 was not the result of sampling error, and given
the mix of greater than 5.51 percent methane and 19.2 percent oxygen in crosscut 61 on May 23,
there was an explosion hazard present in this area. Tr. 93-95.
On May 23 or 24, Pinnacle retained Robert Lincoln Derick as a consultant and expert,
and began including Derick in meetings with MSHA, WVOMHST, and the United Mine
Workers of America (UMWA). Tr. 308. Derick has been involved in responses to twelve mine
emergencies, all west of the Mississippi. Tr. 299; C. Ex. 1. Ten of those twelve emergencies
involved mines prone to spontaneous combustion. The parties stipulated that the Pinnacle Mine
was not a spontaneous combustion mine. Tr. 300; 302-303. All of Derick’s writings on mine
fires were based on his experiences at a spontaneous combustion mine (Orchard Valley) back in
1986. Tr. 300-01; C. Ex. 1, p. 2. Unlike Urosek, Derick is not a mining engineer. Tr. 297.
On May 23, MSHA, WVOMHST, and Pinnacle representatives revisited the underground
longwall area and increased the sampling locations for 9F and 9E along the gob line and longwall
face. Stip. 11. On the evening of May 24, MSHA and Pinnacle personnel re-entered the
longwall to establish sample lines at crosscut Nos. 61 and 62, which could be monitored from the
surface. Stip. 12. Other sampling sites were established at the ASCO bleeder fan at the top of
the 9F entries, at the 9F-1 degasification hole above the longwall gob, and, since June 10, at
crosscut 53 of the 9E entries. Stip. 20; G. Ex. 9 (complete sampling results as of July 8, five days
before the hearing). Each of these locations have been sampled several times a day by MSHA
and Pinnacle. G. Ex. 9; Tr. 101-102.
MSHA’s samples were evaluated at MSHA’s Mt. Hope facility in West Virginia and
Pinnacle’s samples were evaluated at Phoenix First Response lab in Glassport, Pennsylvania.
Stip. 13. To verify the levels of CO sampled, MSHA retested certain samples at its Pittsburgh
laboratory. Tr. 101. Urosek testifed that MSHA’s and Pinnacle’s sampling was substantially
consistent. Tr. 101. Pinnacle does not challenge the accuracy of MSHA’s bag sample results,
just the comparisons that were made for determination of the ambient level of CO. The sample
results consistently show heightened CO levels in the tailgate side of the 9F longwall panel at
crosscut 61 until temporary seals were installed on June 12. No fire gases, such as ethylene
(C2H2) or acetylene (C2H4), were capable of being detected with current technology. G. Ex. 9;
Tr. 119-121.
The Water Pumping Operation through the 9F-1 Degasification Borehole
On May 31, Pinnacle devised a plan to flush water down the 9F-1 degasification borehole
in an effort to cool any potential “hot spot” near the mine floor. Stip. 14. Ideally, the water
would spray out over the gob, saturating the material, and then flow toward the lowest point of
the tailgate at about crosscut 50 (Tr. 241-42, 275, 282, 309-10; Jt. Ex.1, Attachment E). Pinnacle
concluded that there was a “chance” that the water would run through the area of the gob near the
59-62 crosscuts on its way to a lower elevation outby near crosscut 50 (Tr. 275-276), but there
was little expectation that the water actually would pool in the area of any potential “hot spot,”
and Pinnacle could not determine with certainty that the water ever reached the targeted area of
the gob. Tr. 241, 310, 316.
On June 4, the pumping operation was completed and about 1.89 million gallons of water
had been injected down the 9F-1 surface borehole into the gob area. Stip. 17. The CO levels
from the array of sampling tubes in the longwall gob did not change as a result of the injection of
such water. Tr. 260; G. Ex. 9.
About early June, Urosek learned during face to face questioning of operator
representatives that they had encountered an odd odor around the 61 and 62 crosscuts during
initials visits to the area on May 19. Tr. 191-193. MSHA inspector Jerry Cook and Pinnacle
general manager Nelson confirmed the “unusual” and “unique” smell. Tr. 194-195, 228, 230.
Urosek credibly testified that he specifically asked mine personnel if there had been an unusual
smell based on an incident “from personal experience [at another mine] . . . where [he] actually
smelled heating and was downwind of it and saw that it was a fire, [he] noticed an unusual
smell.” Tr. 193. Apart from the unusual smell, however, no smoke, haze, or recognizable
burning or sulfur odor was reported at the Pinnacle Mine. Tr. 195, 227-28.
Pinnacle claims that there was no event which triggered a rise in the CO levels (Tr. 238).
There was no lightning strike, and no cutting and welding in the vicinity of the tailgate (Tr. 238).
In addition, there was no smoke or smell of burning (Tr. 227-28, 230, 232-33). Furthermore, the
coal at Pinnacle is not susceptible to spontaneous combustion (Tr. 302-03), and the sampling did
not show evidence of gases associated with burning (Tr. 235-36).
Pinnacle further notes that CO can be released by normal oxidation, which is not
necessarily accompanied by a detectable rise in temperature. Tr. 310. Moreover, the
supplemental support in the No. 3 entry of the tailgate consists of wooden cribs, some of which is
older wood in poor condition. Tr. 233-34. Pinnacle notes that the decay of wood can result in
the release of CO. Tr. 311.
Inert Gas Injection Before and After Sealing
On June 7, because there was no change in the CO readings after the deluge of water,
Pinnacle developed a plan to partially inert the gob area with a gas injection mixture of carbon
dioxide (CO2) and nitrogen (N2) under reduced ventilation pull from the ASCO fan. Stip. 18; Tr.
244. Between June 7 and June 10, this injection of inert gases – 4.8 cubic feet of CO2 and 5.1
cubic feet of N2 – failed to achieve lasting reductions in the targeted CO levels. Stip. 18-19.
During this period of inert gas injection, the gate entries of the 9F panel were not sealed off from
the mine ventilation system, and oxygen levels at the sampling sites remained above 16 percent
(G. Ex. 9), a level sufficient to sustain any smoldering gob fire. G. Ex. 20.
With MSHA approval, Pinnacle then moved from partial inertion of the gob to full
inertion of the gob. Tr. 244. On June 11, MSHA approved Pinnacle’s construction of temporary
seals between the Nos. 4 and 5 crosscuts across the mouths of the 9E and 9F entries. Stip. 21.
On June 12, shortly after 5:00 a.m., the ASCO fan was turned off and final temporary seals, i.e.
ventilation curtains, were completed. At 11 a.m., CO2 injection recommenced via the 9F-1
borehole. Nitrogen injection recommenced into the capped ASCO fan shaft. Stip. 22. On June
13, an inert state for methane ignition was achieved for all sampling locations. This was defined
as less than 10% oxygen, a level of oxygen that is 2% below the amount necessary to ignite
methane. Stip. 23; Tr. 167-68.
As a result, oxygen levels and CO levels began to fall. G. Exs. 11 and 12. On June 17,
oxygen levels decreased to 7% or below at all sampling locations. Stip. 24. CO2 continued to be
injected on June 18 and 19. Stip. 25- 26. The injection of inert gases such as CO2 and N2
reduced the percentages of other gases such as oxygen and CO, as the injection occurred. Tr.
167. On June 20, Pinnacle requested modifications of the 103(k) Order to evaluate necessary
repairs for the ASCO fan. Stip. 27.
Pinnacle’s June 21 Plan to Re-Ventilate the Longwall Area
On June 21, less than ten days after completion of the temporary seals, Pinnacle gave
MSHA its plan (Jt. Ex. 1) to re-ventilate the longwall area. Stip. 21. Pinnacle’s request stated,
as follows:
Please find attached a summary review of all actions and information
collected May 19, 2011 through June 20, 2011 which are being used as
the basis for requesting the Pinnacle Mine be permitted to re-establish
ventilation to the 9F longwall mining area, conduct a thorough
examination of this area once the atmosphere is stabilized, and upon
no adverse findings or sudden changes in atmospheric samples to
resume normal mining operations.
From the initial finding of slightly elevated carbon monoxide levels
near the longwall gob area, Cliffs management has taken the initiative
in our conservative approach to the situation and working with
agencies in remedial efforts to eliminate the potential for a
heating/combustion type event. Even with no signs of an actual event,
management completed an exhaustive number of projects (intake air,
flooding, inert gases, gas chromatographic gas analysis, etc) in order to
ensure there were no heating activities and therefore ensuring the
safety of our employees prior to their return to work.
The attached supporting data reflects a steady carbon monoxide level
despite the various efforts over the last 32 days. And while no prior
baseline data is available, samples collected from underground
locations, as well as the 9F-1 surface degas borehole demonstrate
levels of hydrogen, methane, ethane, carbon monoxide, and other
higher hydrocarbons to be naturally occurring in this current longwall
gob/surface borehole area.
We are requesting that re-ventilation of the longwall commence on June 22, 2011, with underground sampling locations having been inert for in excess of 9 days by this time.
MSHA’s Rejection of Pinnacle’s Plan
On June 23, Derick and Pinnacle personnel met with Urosek and MSHA personnel and
with representatives of the UMWA and the state of West Virginia concerning Pinnacle’s request
to re-ventilate the longwall area, perform examinations and resume operations if no abnormal
conditions were found. MSHA orally denied Pinnacle’s request. Stip. 29. Gas samples
indicated that oxygen levels had not stabilized and were still trending downwards, and CO levels
remained elevated at up to 11 ppm. G. Exs. 9, 11 and 12.
MSHA declined to approve Pinnacle’s plan primarily because of disagreement over the
ambient level of CO and the provision that delayed withdrawal of miners in the unsealed area
until carbon monoxide levels reached 25 ppm. In addition, MSHA did not agree that the CO was
a naturally occurring condition, and the 8-hour waiting period proposed after reventilation fell far
short of MSHA’s typical 72-hour period. Tr. 119. MSHA also rejected the specifics of
Pinnacle’s June 21 plan to re-ventilate, re-enter and evaluate the longwall area, and resume
operations, as set forth in Jt. Ex. 2, p. 11.
By letter dated, June 30, MSHA set forth the written basis for its denial of Pinnacle’s
June 21 request. Jt. Ex. 2.
This is in response to your request sent by email on June 23, 2011, at 3:56 pm
requesting a letter regarding the denial of your action plan to re-ventilate and
examine the longwall area at the Pinnacle mine. During the 1:00 pm meeting on
June 23, 2011, concerns with re-ventilating the mine so soon following the
inerting process were discussed.
Those same concerns would apply to your plan to re-enter the mine dated June 21,
2011. Therefore, your request to modify the 103(k) to implement this action plan
cannot be granted for the following reasons:
● Uncertainty as to the origin of the carbon monoxide (CO) concentrations.
● Samples collected from another longwall panel within the mine on 5/27/2011 indicated limited carbon monoxide concentrations (1 ppm).
● Numerous samples collected from the 9F1 degasification borehole in another longwall panel from another area of the mine (8Q5) indicated carbon monoxide concentrations of 4-5 ppm.
● Samples collected in crosscuts along the perimeter of the worked-out area of this longwall panel on the headgate side and in the tailgate side outby 59 crosscut indicated 0 ppm CO.
● Carbon monoxide was not detected in the face area when elevated methane concentrations were detected due to the inundation of floor gas. However, carbon monoxide was detected in the tailgate crosscuts inby the face. This raises the concern that the carbon monoxide is not associated with higher concentrations of methane.
● This mine has a history showing the correlation between low concentrations of CO and subsequent explosions. Samples collected from another longwall bleeder system within the mine following re-ventilation of a sealed area after a series of events, fires and explosions, in 2003 indicated limited CO. Prior to sealing of this longwall panel, multiple explosions occurred in the mine when low concentrations of CO were being detected.
● The number and location of all ignition sources in the temporarily sealed area are unknown. Air sample analysis indicates portions of the sealed area were explosive when collected.
● The oxygen concentrations were not below 4 percent for all sampling locations for any significant length of time following the installation of the temporary seals when last sampled.
● Even though the oxygen concentrations have been decreasing, it appears the carbon monoxide concentrations have not stabilized. However, sufficient time has not expired in which a definitive determination could be made.
● The proposed procedure to restart the Asco fan and then sending miners underground to remove the temporary seals would expose miners to the hazards associated with moving explosive mixtures over an ignition source.
● The plan does not allow enough time for the mine to stabilize following a major change to the ventilation system.
● The plan does not discuss the criteria to evaluate the atmosphere during that time period before miners re-enter the mine for examination.
● As previously stated, the proposed levels of carbon monoxide are not acceptable. Ambient levels in the active mine appear to be on the order of 2 ppm or less. The carbon monoxide action level of 25 parts per million greatly exceeds the ambient level for this mine.
● The phrase “Pending no significant negative changes” is too vague to comprehend.
● There is no additional monitoring of the mine atmosphere proposed once the
initial evaluation of the longwall area is completed.
The Parties’ Primary Disagreement Over the CO Level Triggering
Withdrawal, and the Appropriate Length of Time Before Unsealing
It is undisputed that since late May or early June, MSHA held several meetings and
engaged in good faith negotiations with Pinnacle. Tr. 40, 117, 192. The primary point of
disagreement between the parties involved Pinnacle’s plan to withdraw miners after re-ventilation when CO levels reached 25 ppm. Jt. Ex. 1, p. 11; Tr. 40-41, 132-137. MSHA could
not agree to Pinnacle’s plan because 25 ppm was ten times higher than what MSHA considered
to be the ambient level of 1 to 2 ppm. Tr. 137.
In addition, during discussions with Pinnacle, Urosek opined that it was “too early” to
unseal the area because once oxygen was reintroduced, any fire that existed in the gob area could
be rekindled, and as CO readings rose, the efforts to monitor and quell any potential heating or
smoldering gob fire through sealing “would be wasted.” Tr. 124. Urosek credibly testified that
there is an inherent uncertainty upon re-ventilating an area where a suspected gob fire cannot be
seen, and if any smoldering fire is not extinguished when the oxygen reaches it, CO levels will
begin to grow, and if sufficient methane reaches the hot spot before resealing can take place, an
explosion may occur. Tr. 125-126. Urosek further testified about past mine fires that were
unsealed too soon, including the Galatia Mine fire in Galatia, Illinois in 1996 and the VP-5 Mine
fire in Vansant, Virginia in 1982, which caused rekindling of a diminished fire and led to
explosions. Tr. 125-126; Tr. 154; G. Ex. 19, p. 4.
Furthermore, a gob fire at the Pinnacle Mine in 2003 generated a series of explosions,
even with relatively low levels of CO at the 0 to 17 ppm range. Tr. 150; G. Ex. 19, p. 1; G. Ex.
21 (PowerPoint); R. Ex. 2, p. 30 (Powerpoint). Specifically, in early September 2003, a gob fire
caused a series of explosions and nine months of lost production at the Pinnacle mine. The mine
successfully resumed normal operations after remaining under seal for nearly two months from
March until May 2004. Tr. 150-154; G. Ex. 21 (PowerPoint). In MSHA’s view, past experience
at the Pinnacle, Galatia and VP-5 Mines established that it was prudent to wait an extended
period of time – far exceeding 10 days after the mine was sealed – before reopening and re-ventilating. Tr. 154; G. Exh. 19.
The Installation of Permanent 50-PSI Seals
The 9F panel remained under temporary seal with injection of inert gases until
Modification 21 to the Section 103(k) order, approved by MSHA on July 7, which allowed 50-psi seals in lieu of temporary seals to be installed at the mouths of the gate entries across the
longwall panel. Tr. 147-48; G. Ex. 17.
Installation of the 50-psi seals permitted mining and
production activities to resume outside of the sealed longwall area, including maintenance
throughout the mine and coal production and development on the multiple continuous miner
sections.
Meanwhile injection of inert gases to the longwall area was continued. Tr. 148.
In its post-hearing brief, the Secretary asserts that MSHA expected that the CO levels
would continue to decline after installation of the 50-psi seals, just as had occurred after
installation of the temporary seals on June 11. G. Exs.11 and 12. Once the CO levels stabilized,
the longwall area would remain sealed until the trends in the sampling indicated that unsealing
was safe. Sec. Br. at 9.
Pinnacle’s General Manager Nelson testified that the downside to keeping the 9F panel
sealed for an extended period is “the additional financial difficulty imposed upon the company.”
Tr. 268. He testified that resuming coal production from the continuous miner sections would
not be “profitable.” Id. He further testified that he did not believe an explosion was possible
upon re-ventilation with the monitoring and other protections in place. Tr. 262-63.
The intervenor, UMWA, whose miners are temporarily out of work due to the partial
shutdown, supports MSHA’s position in this case. Tr. 15; July 28 Letter of J. Rivlin on behalf of
UMWA.
Given the extensive resources that MSHA and Pinnacle have devoted to and continue to
devote to this matter, it is in all parties’ interest for MSHA to lift the Section 103(k) order and
return the longwall to normal production as soon as it is safe to do so.
III. Legal Analysis and Conclusions of Law
A. Was the Section 103(k) Order Properly Issued Because an “Accident” Occurred?
1. Position of the Parties
a. The Contestant’s Position
The term “accident” as set forth in Section 3(k) of the Act “includes a mine explosion,
mine ignition, mine fire, or mine inundation, or injury to, or death of, any person.” 30 U.S.C. §
802(k). Contestant argues that no “accident” occurred which could properly form the basis of a
Section 10(k) Order, which expressly requires an “accident.” Contestant relies on Aluminum
Company of America (Alcoa), 15 FMSHRC 1821, 1824 (Sept. 1993), where the Commission
affirmed Judge Mauer’s ruling vacating a 103(k) order “because . . . the Secretary did not prove
that an accident had occurred.”
Contestant notes that in Alcoa, the Commission determined that the definition of accident
in Section 3(k) was not exhaustive, because the word “includes” is a term of enlargement.
Contestant argues, however, that the Commission’s interpretation is not necessarily the
appropriate one, and a restrictive interpretation of “includes” is more appropriate given the
authority that Section 103(k) confers on the Secretary, citing Pennsylvania State Board of
Pharmacy v. Cohen, 292 A.2d 277, 280 (Pa. 1972). Contestant further highlights the Secretary’s
argument in Alcoa that “an event not specifically listed . . . falls within the definition of
‘accident’ if it is similar in nature or presents a similar potential for injury or death as a mine
explosion, ignition, fire or inundation.” 15 FMSHRC at 1825-26. Contestant argues that
although the Commission agreed with this argument in general, the Commission concluded that
whether a specific event is similar in nature must be determined on a case-by-case basis. Id. at
1826. Contestant further observes that in dicta, the Commission characterized “accidents” as
“sudden events that pose an immediate hazard to miners and require emergency action,” and that
the regulatory definition of “accident” implementing the accident reporting provisions found at
30 C.F.R. § 50.2(h) was consistent with this understanding. See, e.g., Homestake Mining Co., 4
FMSHRC 1829, 1839 (Oct. 1982) (ALJ Vail) (definition of “accident” appearing in 30 C.F.R. §
50.2(h) applied to uphold the validity of a 103(k) order); Emerald Coal Resources, LP, 30
FMSHRC 122, 124 (Jan. 2008) (ALJ Zielinski) (concluding that an unplanned roof fall was an
accident under the Act).
Contestant emphasizes that the 103(k) order in Alcoa was premised on a determination
that a mercury contamination had occurred. While the Commission agreed with the Secretary
that an injury or death occurring as a consequence of mercury exposure would constitute an
“accident,” Contestant notes that the Commission found no evidence of overexposure to, contact
with, or injury or illness arising from the presence of mercury. See 15 FMSHRC at 1825.
Although not specifically referenced by Contestant, the Commission found that “[t]he Secretary
presented no evidence . . . that the mercury contamination . . . was similar in nature or presented
a potential for injury similar to that of a mine explosion, ignition, fire or inundation,” i.e.,
“sudden events that pose an immediate hazard to miners and require emergency action.” Id. at
1826. Furthermore, the Commission emphasized in Alcoa that “the Secretary’s witnesses did not
attempt to relate the hazards associated with the conditions in the area to an event similar to a
mine explosion, fire or inundation . . . . and while an accident need not necessarily involve a
sudden occurrence that creates an immediate hazard, the evidence in this case fails to support the
Secretary’s argument that this particular gradual release of a toxic chemical was similar in nature
or presented the same potential for injury as the events set forth in the statutory definition of
accident.” Id. at 1827.
Contestant argues that analogous reasoning applies here. MSHA suspects, but cannot
demonstrate, that there is a heating or combustion in the gob or that an event identified in Section
103(k) has occurred, Contestant contends. Contestant argues that the levels of CO present do not
fit within the definition of “accident.” They were not a sudden event, and the Secretary can only
argue that they “might” represent a fire. Based on Derick’s expert opinion, following his
examination of the data from the sampling and inertion period, Contestant argues that there is no
definitive evidence to establish a fire or heating. Tr. 345 Contestant argues that the levels of CO
are low and do not constitute an event “similar” to those listed in section 3(k) because there can
be other causes for the CO. See Tr. 101, 333. Moreover, Contestant notes that when the initial
CO levels were detected, no other fire gases such as ethylene and acetylene were detected, (see
Tr. 235-36; G. Ex.5 and 9), and there was no heat, smoke or haze detected. See Tr. 227-28, 230,
232-33. In addition, the coal at Pinnacle is not prone to spontaneous combustion (see Tr. 302-03). Therefore, an event that would result in an ignition of coal or methane was necessary, such
as the lightning strike that led to the series of explosions at Pinnacle in 2003 (see Tr. 258; R. Ex.
2, p. 10), but such an event is absent here. See Tr. 308. Contestant relies on Derick’s testimony that CO can be produced by normal oxidation of
wood or coal without a detectable rise in temperature, and faults Urosek for unfamiliarity with
the relationship between oxidation and temperature. Tr. 310. In addition, Contestant notes that
hydrogen was also present in the gob (G. Exs. 5 and 9), which Urosek conceded was a product of
natural processes, not combustion. Tr. 187-88. Contestant argues that since the CO and
hydrogen track each other in the same relationship (Tr. 324-25; G. Ex. 13), and the hydrogen is a
product of normal processes in the upper gob, then the CO is also a product of natural processes.
This is confirmed by the fact that the relationship between CO and hydrogen remained the same
after the inertion process, Contestant argues. Tr. 324-25; G. Ex. 3; R. Ex. 4.
Contestant also
relies on Derick’s testimony that if there was a heating, CO would have been expected to rise
noticeably once ventilation stopped, and that did not occur. Tr. 318.
Contestant concludes that irrespective of what MSHA determined at the time of issuance
of the 103(k) order, the Order should now be vacated because after extensive sampling,
Contestant and its expert have determined that the CO was most likely the result of normal
processes within the longwall gob that resulted in the presence of gases in the upper levels of the
gob. See Tr. 311-12. Contestant further argues, based on Derick’s testimony, that there is a
direct conduit from the upper gob to crosscuts 61 and 62, which confirms that normal gases show
up there from the upper gob, not from a heating in the gob. See Tr. 317-18. In sum, Contestant
concludes that there was no predicate “accident” and the 103(k) Order should be vacated.
b. The Secretary’s Position
The Secretary argues that “[t]he smoldering fire occurring in the 9F longwall gob at
Pinnacle Mine is an ‘accident’ within the Mine Act’s meaning of the term, and therefore MSHA
could issue a Section 103(k) order to manage recovery activities until mining operations return to
normal.” The Secretary states that an “accident” is any event causing death or injury, or any
event that is “similar in nature or presents a similar potential for injury or death as” a mine
explosion, mine ignition, mine fire, or mine inundation, citing Aluminum Company of America,
15 FMSHRC 1821, 1825-26 (Sept. 1993). Given the central role that 103(k) control orders play
in MSHA’s statutory mission of advancing miner safety, Clinchfield Coal Co., 8 FMSHRC 1310,
1311 n. 2 (Sept. 1986), the Secretary argues that the term “accident” must be broadly construed
to effectuate the Act’s “primary purpose” of protecting miners. See Sec’y of Labor o/b/o
Bushnell v. Cannelton Industries, Inc., 867 F.2d 1432, 1437 (D.C. Cir. 1989); 30 U.S.C. § 801(a); Donovan o/b/o Anderson v. Stafford Contruction Co., 732 F.2d 954, 961 (D.C. Cir.
1984) (Mine Act must be broadly interpreted to further the congressional aim of making mines
safe places to work.); Sec’y of Labor v. FMSHRC (Jim Walter Resources), 111 F.3d 913, 920
(D.C. Cir. 1997); Walker Stone Co., Inc. v. Sec’y of Labor, 156 F.3d 1076, 1082 (10th Cir. 1998).
Furthermore, to the extent that the statute is at all ambiguous, the Secretary notes that the
agency’s interpretation of the term “accident” must be accepted as long as it is reasonable.
Chevron U.S.A. Inc. v. Natural Resources Defense Council, Inc., 467 U.S. 837, 842-43 (1984);
Secretary of Labor v. Excel Mining, LLC, 334 F.3d 1, 5 (D.C. Cir. 2003). The Secretary notes
that her litigating position before the Commission is as much an exercise of delegated lawmaking
powers as her promulgation of a health and safety standard, and deserves deference. Excel
Mining, 334 F.3d at 5. The Secretary concludes that the “smoldering gob” at Pinnacle meets the
statutory definition of “accident” for the simple reason that it is a “mine fire.” According to
Urosek, the term “mine fire” typically encompasses a gob heating of the type occurring at
Pinnacle. Tr. 73. In addition, the Secretary cites the treatise “Mine Fires,” credited by both
expert witnesses, which treats smoldering coal behind a seal as a “mine fire,” and makes no
distinction between combusting coal that is in flames and combusting coal that is smoldering. G.
Ex. 20 at 126 (no attempt should be made to unseal a mine fire until the oxygen is low enough to
make explosions impossible, and the carbon monoxide has disappeared). The Secretary also
cites American Geological Institute, Dictionary of Mining, Mineral, and Related Terms 208 (2d
ed. 1997)( defining “fire” as a “fuel in a state of combustion”).
Even assuming arguendo that the smoldering gob at Pinnacle is not a “mine fire,” the
Secretary argues that it still meets the statutory meaning of the term “accident” because it is
“similar in nature or presents a similar potential for injury or death as” a mine explosion, mine
ignition, or mine fire. Alcoa, 15 FMSHRC at 1825-26. The Secretary emphasizes that the
Pinnacle Mine liberates a high quantity of methane every day, and methane in the explosive
range of 5 to 15% was repeatedly detected in the immediate vicinity of the gob heating. G. Exs.
5 and 8; Tr. 61. Additionally, in Urosek’s opinion, the gob heating at Pinnacle was sufficient to
ignite methane and create an explosion. Tr. 74-75.
The Secretary emphasizes that the history of coal mining is replete with examples of mine explosions generated by gob heatings, including the VP-5, Galatia, and Pinnacle explosions discussed in the record. Tr. 125-126; G. Ex. 21. The Secretary argues that whether a gob heating is considered to be a mine fire or some sort of an incipient fire event, it poses a similar potential for injury or death as the mine explosions and methane ignitions that it can generate. In short, the Secretary argues that smoldering coal in a gassy underground mine poses obvious and serious hazards to miners, and the Mine Act should not be interpreted so narrowly as to prevent MSHA from issuing a Section 103(k) order to address this dangerous situation.
2. Analysis - The Section 103(k) Order was Properly Issued Because the Secretary Proved by a Preponderance of Evidence that an “Accident” Occurred
In Alcoa, the Commission concluded that whether a specific event is similar in nature and
severity to a mine explosion, ignition, fire, or inundation must be determined on a case-by-case
basis. 15 FMSHRC at 1826. The Commission rejected the Secretary’s argument that an
unplanned and uncontrolled release of mercury, including a gradual release that creates a long-term hazard, is an “accident” under the Mine Act, because the evidentiary record developed was
insufficient to establish that the hazards associated with the conditions in the alumina hydrate
production facility were similar in nature or presented the same potential for injury as a mine
explosion, ignition, fire or inundation. 15 FMSHRC at 1827-28.
That is not the case here. The Secretary’s expert (Urosek) specifically related the hazards
associated with the elevated CO buildup -- an event similar to, but not as extensive as, an
inundation of gas
-- to a smoldering gob fire (an accident)
and a potential methane ignition or
explosion (another accident).
It cannot be gainsaid that successful analysis of a potential gob fire requires advanced
knowledge of the causes, characteristics, and management of mine fires. In this regard, I give
Urosek’s expert opinion greater weight than Derick’s based on his more extensive, specialized
experience with mine fires, ventilation issues, explosions and related mine emergencies. Based
on Urosek’s superior credentials and empirical research through direct observation and
experience, I find that his expert opinion that there is a smoldering gob fire has a more reliable
scientific basis than Derick’s expert opinion to the contrary. Thus, where Derick’s expert
opinion conflicts with Urosek’s expert opinion, I give more weight to Urosek’s opinion based on
his superior qualifications and experience. See Asarco Mining Company, 15 FMSHRC 1303,
1307 (July 1993).
Pinnacle’s June 21 plan submission, endorsed by Derick, predicted that “[a] lengthy
continuation of applying inert gases into the temporary sealed area would most likely result in
continued levels of carbon monoxide and hydrogen.” Tr. 339; Jt. Ex. 1, p. 10, para. (e). Sample
results through July 10, however, belie this prediction, since the levels of oxygen and CO
consistently decreased and began to stabilize. G. Exs. 11 and 12.
On direct examination, Derick testified that based on sampling correlations between
methane and hydrogen levels and methane and CO levels, and the absence of physical evidence,
he concluded that there was no heating or actual fire occurring at the Pinnacle Mine. Tr. 245.
On cross examination, however, Derick conceded that he could not positively rule out the
possibility of a gob heating at the Pinnacle Mine. Tr. 340, 344.
By contrast, Urosek positively ruled out any source for the CO monoxide levels other
than a gob heating. Tr. 91-93, 139-140, 144-45, 168-69, 170-71, 216-17, 169. Moreover,
Urosek testified that Pinnacle’s assertion regarding the absence of higher order fire gases such as
acetylene and ethylene did not support the conclusion that there was no gob fire. He explained
that these gases do not form at the beginning of a fire, and once they do begin to form they do so
at concentrations in the parts per billion, an amount that is not detectable with current
technology. Tr. 119-120.
More importantly, Urosek considered and rejected Pinnacle’s various explanations for the
elevated CO readings around crosscut 61 of the 9F longwall panel. He rejected the notion that
such levels were ambient to that particular location, but nowhere else in the mine. During his
extensive experiences with mine fires and ventilation issues, Urosek had never heard of elevated
CO levels naturally occurring in a particular area of a mine, except when associated with a
heating. Tr. 145. Nor was he aware of any situation in which differences in the composition of
coal at one particular area of a mine created variations of ambient CO levels. Tr. 170-171. He
also rejected Pinnacle’s suggestion that oxidation of old wooden cribs could have caused the
elevated CO levels because in his experience, wood oxidation from old cribbing results in a
minimal rise in CO levels, up to 1 to 2 ppm, far less than the CO levels found in the 9F longwall
area. Tr. 207-08; 211-12. Urosek also rejected Pinnacle’s suggestion that the CO was coming
from a natural source based on a supposed correlation between CO and methane levels. Contrary
to Derick’s assertion that methane and CO correlate to one another, G. Exh. 13 shows that the
level of CO to methane fell sharply after the area was sealed on June 11. See G. Ex. 13,
depicting the ratios of CO divided by methane and CO divided by hydrogen. As Urosek put it,
“the methane and carbon monoxide don’t have that same track. So it can’t be coming from the
same location or it would track the same. So we don’t agree with D,” i.e., Jt. Ex. 1, p. 10, para.
(d) of Pinnacle’s June 21 plan submission. Tr. 129.
Based on Urosek’s credible testimony grounded in past experience with gob fires, I find
that the Secretary proved by a preponderance of the evidence that its was more likely than not
that the May 19 event, i.e., detection of 22 ppm CO measured between the No. 2 and No. 3
entries in the 9E entries of the longwall gob area, was the result of a smoldering gob fire in an
inaccessible area of the collapsed gob. As Urosek explained, this type of fire in a longwall gob
poses a difficult dilemma for MSHA: How do you extinguish or fight a fire that you cannot see?
Tr. 73-74.
Although the record reflects that CO may rise above ambient levels for a variety of
reasons besides a gob heating, including use of diesel equipment, heat-generating friction along a
belt line, oxidation of carbonaceous materials like wood, or the combustion of coal during a mine
fire (Tr. 145-46, 205, 310-11), Urosek persuasively rejected these alternative explanations as
proffered by Contestant, as set forth above. Rather, in Urosek’s expert opinion, the elevated CO,
which initially caused the operator to withdraw miners from the longwall and then shut down the
entire mine, could only be due to a fire or gob heating (Tr. 91-93, 139-140, 144-46; 168-69, 216-17). Urosek’s expert opinion was based on extensive experience with past gob fires at other
mines, including the Pinnacle Mine, and hundreds of bag samples that consistently indicated
elevated carbon monoxide localized around the suspected area of gob heating, while other areas
of the 9F longwall panel showed no detectable amounts of carbon monoxide. G. Ex. 9; Tr. 91-93; 139-140; 216-17. Urosek testified that the suspected gob fire could have begun as either a
small flame or an area of “very, very hot” smoldering coal. Tr. 67-68.
Furthermore, unlike the Secretary’s witnesses and evidence in Alcoa, Urosek specifically related the hazards associated with 22 ppm CO, an event similar to an inundation of gas, to a smoldering gob fire and a potential methane ignition or explosion in this gassy mine. Urosek testified that a smoldering gob fire poses a risk of a methane explosion, since a heating that produces CO can ignite methane. Tr. 74. Furthermore, Urosek testified that methane in the explosive range of 5 to 15% existed somewhere in the 9F longwall gob since the gob is located between the degasification well, where samples showed 50 percent methane, and the 9E entries, which range from 0 to 2 percent methane under normal conditions. Tr. 75, 360. The following testimony is instructive on this point:
Q. Does the gob heating at Pinnacle pose any risk of injury to miners?
A. Yes, it does. Because, just as an example, I stated at a similar mine, the
heating -- any heating that's producing carbon monoxide can be of a
temperature such that it can ignite methane. And as we discussed earlier,
for example, in the number 2 entry, located between crosscuts 56 back to
65, the oxygen levels there are greater than 20. The methane levels in that
particular entry are probably less than 2 percent. However, at the
degasification borehole, which is only a few feet, relatively speaking, into
the gob, we have methane concentrations as high as 50 percent.
Somewhere in between where that degasification hole would locate and the gob area, and where we have the fresh air, is an explosive mixture. The concern is that's the same area where this heating could be located.
Q. What would the risk to miners be? I understand what you're saying about the potential for an explosion. What would the risk of entry to miners be?
A. Well, that the heating would be hot enough that the methane levels could come in contact with the heated coals or the flame from a gas, possible gas burning, that could ignite that and propagate into a much larger explosion.
Furthermore, on rebuttal, Urosek testified as follows:
Q. Final question. Mr. Nelson testified --well, he was asked the question of whether or not -- if MSHA's theory that a -- or conclusion that a heating is occurring is correct, whether or not it risked entry to miners. Let me ask you this. Where would you expect explosive mixtures of methane to be on the F9 panel?
A. On the F9 panel, again, as we discussed, the ventilation occurs across the longwall face, coming from the headgate entries to the tailgate entries. And it goes along the tailgate entries to the back bleeder entries. In those entries that are open we know we have oxygen levels of 20 percent and methane levels less than 2 percent. In the gob itself we know from the degas where we're taking samples, we have levels in excess of 40 percent, as we just discussed. So in between there's a fringe. And the only open area, the major open area or airflow path in between is very close to the number 3 entry. That's also very close to the area where we're concerned that there is a heating. So the area of the explosive mixture is in the same proximity of the area where we're concerned there's a heating.
Q. All right. And just to be clear, if the explosive mixture of methane comes into contact with the area of heating, what would the result be?
A. There would be an explosion.
Based on this testimony, I find that the explosion hazard is real and not speculative, as samples repeatedly indicated explosive levels of methane in the area of suspected heating. G. Exs. 5 and 8. In sum, I conclude that the Secretary proved by a preponderance of the evidence that it was more likely than not that the May 19 event, i.e., detection of 22 ppm CO measured between the No. 2 and No. 3 entries in the 9E entries of the longwall gob area, was the result of a smoldering gob fire in an inaccessible area of the collapsed gob. I further find, unlike the evidentiary record in Alcoa, that the Secretary’s expert specifically related the hazards associated with the elevated CO buildup, an event similar to an inundation of gas, to a smoldering gob fire and a potential methane ignition or explosion. In these circumstances, I find that the Secretary has demonstrated by a preponderance of the evidence that an accident has occurred and that the Section 103(k) Order was appropriate.
B. Was MSHA’s refusal to modify the 103(k) order to permit re-entry of the mine and re-ventilation of the longwall unreasonable or arbitrary and capricious?
1. Position of the Parties
a. The Contestant’s Position
The Contestant argues that the Secretary abused her discretion by denying its plan to re-ventilate the longwall. The Contestant apparently concedes that under Commission precedent the
propriety of the continuance of a 103(k) order is reviewed under an abuse of discretion standard.
See, e.g., Emerald Coal Resources, 30 FMSHRC 122, n.1 (Jan. 2008) (ALJ Zielinski)(order
denying operator’s motion for summary judgment challenging 103(k) order based on argument
that unplanned roof fall was not an “accident”), citing Eastern Associated Coal Corp., 2
FMSHRC 2467; see also, Emerald Coal Resources LP, 29 FMSHRC 956, 966 (Dec. 2007).
Contestant further notes that the primary determination in adjudicating a 103(k) order is whether
the inspector acted “reasonably” in issuing or modifying the order, or establishing conditions
precedent to termination of the order. See Eastern, 2 FMSHRC at 2472; see also, Southern Ohio
Coal Co., 13 FMSHRC 1783, 1801 (Nov. 1991) (ALJ Koutras )(holding that the issuance of the
103(k) order was “not an unreasonable or arbitrary abuse of [the inspector’s] authority or
discretion”).
The Contestant notes that the abuse of discretion standard requires an agency to examine
the relevant data and articulate a satisfactory explanation for its action including a rational
connection between the facts found and the choice made. Put differently, the agency must
cogently explain why it has exercised discretion in a given manner, and that explanation must be
sufficient for a court to conclude that the agency’s action was the product of reasoned decision
making. Burlington Truck Lines, Inc. v. U.S., 371 U.S. 156 (1962) (contradictory positions and
inconsistency by the agency indicate an abuse of discretion); see also Alpharma Inc. v. Leavitt,
460 F.3d 1 (D.C. Cir. 2006). Moreover, the decision must describe the standard under which the
conclusion was reached. See, e.g., American Lung Assoc. v. EPA, 134 F.3d 388, 392 (D.C. Cir.
1998).
Contestant advances three primary contentions in support of its argument that the
Secretary abused her discretion: 1) the Secretary acted unreasonably when denying re-ventilation
and reopening; 2) the origin of the CO was not a reasonable basis for rejection of Pinnacle’s plan;
and 3) the rejection is unreasonable because the plan was a conservative and cautious approach.
Initially, Pinnacle reiterates that there is no combustion occurring on the longwall gob.
Moreover, even assuming there was doubt when the 103(k) Order issued, the data gathered as a
result of comprehensive sampling and inertion efforts since then indicates that no combustion is
occurring. Pinnacle notes that the initial levels of CO were very low and remained low, the longwall
gob has been inert for over a month, and no heat, smoke, or fire gases, such as ethylene or acetylene,
were detected. Tr. 227-28, 230, 232-33, 235-36; Stip. 22; G. Exs. 5 and 9. Accordingly, Pinnacle
argues that it is appropriate to approve the June 21 plan, as subsequently modified, to permit re-ventilation of the longwall, evaluation of its conditions, and resumption of mining, and the
Secretary’s continued insistence that the longwall remain sealed is unreasonable and an abuse of
discretion.
Pinnacle emphasizes the limited nature of the multi-step process requested: removal of the
seals and re-ventilation of the longwall; evaluation of the condition on the longwall to determine if
it is safe to operate; and resumption of longwall operations with continued monitoring of conditions.
Further, Pinnacle highlights several alleged fundamental flaws in MSHA’s rejection of its plan.
First, although MSHA’s denial is based in part on the uncertain origin of the CO (see Jt. Ex.
2), Pinnacle argues that the primary flaw in MSHA’s rejection is the lack of combustion and failure
to explain how a heating could have started. Contestant emphasizes that there was no event in 2011
that would have ignited coal. Tr. 191, 260. Urosek failed to explain how a heating could have
started, in the absence of an event or spontaneous combustion. Contestant notes that spontaneous
combustion was ruled out (Tr. 302-03), and there was no event, like lightning, cutting or welding
that could have triggered a heating. Since the coal at Pinnacle was not prone to spontaneous
combustion (Tr. 302-03), an event must occur that would result in ignition of coal or methane, but
no such event occurred, says Contestant. Tr. 308. Contestant also faults MSHA’s reliance on the
2003 incident because that event was triggered by a lightning strike, as demonstrated by pressure
changes documented on fan charts. Tr. 189-90, 260; R. Ex. 2. Pinnacle argues that the lightning
strike triggered an explosion in which methane continued to burn, much like a pilot light could ignite
methane that is brought into an area by ventilation changes. R. Ex. 2. Pinnacle notes that such
scenario was eliminated by Urosek. Tr. 168.
Second, Pinnacle reiterates its arguments rejected above, that MSHA did not utilize basic
mathematical formulas and technology that would demonstrate that no fire occurred or is occurring.
See Tr. 199-203, 330-31, 332, 354, 361-62. Contestant argues that Urosek did not use all tools
available, including a heat sensing device available to MSHA to determine the status of the gob. Tr.
361-62. Although Urosek opined that the infrared heat gun could not be placed close enough to the
gob, Contestant notes that Urosek did know the gun’s range or how close to the gob a person could
travel. Tr. 354, 361-62. In addition, although Urosek did not utilize standard formulas such as the
Litton and hydrocarbon ratios to determine a heating because inertion was occurring, Contestant
faults Urosek for failing to evaluate such formulas before the inertion process started. Tr. 199-201.
Contestant claims that the results of the Litton formula that were calculated before inertion indicated
that no fire was occurring. Tr. 201, 331. Similarly, Contestant faults Urosek for failing to apply the
hydrocarbon ratio, which Contestant claims would show that no heat was being produced. Tr. 201,
332. Contestant argues that Urosek unreasonably ignored these calculation and detection tools,
which would eliminate heating as a cause, and therefore MSHA did not act reasonably in rejecting
its plan. While Contestant acknowledges that the Secretary’s position has a certain superficial
plausibility, i.e., there is some CO so there must be a heating, it argues that her June 30 rejection
letter, when analyzed point-by-point, fails to show that she acted reasonably by gathering, evaluating
and considering all the evidence in a consistent, logical fashion.
Pinnacle also argues that the Secretary relied on inappropriate comparisons from samples
incorrectly collected to establish an ambient level of CO. Although MSHA found that ambient
levels should be 2 ppm (Jt. Ex. 2), that conclusion is based on an alleged invalid comparison of
sampling from a completed longwall panel, which was mined out for several months and located in
a different portion of the mine where coal composition was different. Tr. 252-53, 272. In addition,
samples from the 9F borehole showed CO concentrations significantly higher (11 ppm) than in the
mined out panel (Tr. 267-68; G. Ex. 9), which allegedly indicates that the 9F panel is different than
the previously mined panel. See Tr. 253. Further, Pinnacles alleges that the samples used for
comparison were not gathered properly because they were taken too far from the longwell gob to be
comparable to those taken at the 9F gob. Tr. 198-99.
Pinnacle also argues that samples taken at the longwall face are suspect because they were
taken in a well-ventilated area. Tr. 179-81; G. Ex. 6. Similarly, Pinnacle argues that samples taken
on the headgate side of the 9F panel to establish a low ambient are inappropriate because of higher
levels of ventilation in that area. Tr. 255, 322-23. Thus, MSHA compared the ambient in
well-ventilated areas to an area that was not well ventilated, the edge of the longwall gob (Tr. 206),
which Contestant argues is illogical and unreasonable.
Contestant also faults MSHA’s comparison of CO levels at a natural gas well in unmined
coal near the mine (see Jt. Ex. 2), because MSHA failed to determine the depth and extent of casing
of the gas well, or to establish whether the sample was actually taken from the well itself. Tr.
172-73, 256. Contestant argues that there is no basis for comparison because the casing would
prevent liberation of gas from Pinnacle’s seam into the well, yet MSHA relied upon such sample.
Contestant also faults MSHA’s failure to analyze what gases might be released from coal
seams above the seam being mined. Tr. 178. Pinnacle notes that two other coal seams are present
above the Pocahontas No. 3 seam. Tr. 312-13; Jt. Ex. 1A. Pinnacle argues that the CO, like
naturally released hydrogen was part of the upper gob gases that were transferred to the area of the
61 and 62 crosscuts because of the open conduit between the 9F borehole and the tailgate entries.
Tr. 329. In addition, Contestant argues that the strong association between the CO, hydrogen, and
methane levels indicate that the CO is a product of natural liberation, not combustion. Tr. 257-58,
274, 312. Contestant argues that this association suggests that the CO is liberated at the same time
as methane as part of the normal processes in the gob. Tr. 318-19. Similarly, Contestant notes that
the CO levels correspond with the hydrogen levels, which Urosek conceded were part of normal
processes in the gob. Tr. 319; R. Ex. 3. Contestant contends that if the CO was from a heating and
the hydrogen was not, then the relationship between the gases should change as the heating was
suppressed through introduction of inert gases, but the relationship did not change. Tr. 324-25,
327-28; R. Ex. 3. Contestant argues that the ratios are not consistent with a fire, which typically
produces more CO than hydrogen, which is not the case here. Tr. 196-97. In addition, Derick
testified that if a heating was expected, then CO levels would rise when the seals were installed and
ventilation to the gob ceased, but CO levels did not rise. Tr. 318.
Finally, Contestant argues that MSHA’s rejection is unreasonable because Pinnacle’s plan
was conservative and cautious. Although MSHA stated that the plan did not allow enough time
for stabilization following unsealing and re-ventilation (see Jt. Ex. 2), Pinnacle notes that the
plan allowed a minimum of 24 hours (see Jt. Ex. 1), which typically exceeds the time necessary
for stabilization after a major ventilation change. Tr. 248, 265. Moreover, the plan specifically
provided for monitoring during that period and Pinnacle could not move forward unless sampling
results were acceptable. Tr. 266-67. While MSHA disagreed with plan language that mining
could resume once re-ventilation occurred “pending no significant negative changes” (see Jt. Ex.
2), Pinnacle notes that MSHA would be monitoring the re-ventilation process, and this plan
language should not compel rejection, particularly since a myriad of mandatory standards contain
similarly broad language. Although MSHA’s rejection also noted that oxygen concentrations
were not below 4% at all sampling locations “for any significant length of time” (see Jt. Ex. 2),
by the hearing date, the gob had been “inert,” below 10% oxygen for 30 days and below 4%
oxygen for several weeks. G. Ex. 9. Similarly, although MSHA asserted that CO concentrations
had not “stabilized” (see Jt. Ex. 2), Pinnacle argues that as long as nitrogen and carbon dioxide
continued to be injected and methane continued to be liberated in the gob (see Tr. 268-69), it
could be expected that the concentrations of other gases, including CO, would continue to change
as the oxygen levels changed. Tr. 167, 268-69.
Accordingly, Pinnacle claims that MSHA’s
position is disingenuous since the gases that prevented stability were used to inert the heating that
MSHA suspected.
In sum, Contestant argues that MSHA’s rejection was unreasonable because it was not based on reasonable conclusions and the Secretary did not utilize readily available tools to analyze the gob as she was required to do. Rather, Contestant claims that the plan, as modified, should have been approved so the multi-step re-entry process could begin. As Nelson opined after questioning from the bench, upon re-ventilation with the monitoring protections that Pinnacle had in place, he was confident that there would be no event that would cause injury or death to miners even if a heating source was present. Tr. 262-63. Pinnacle notes that approval of the plan would have permitted Pinnacle to take the first step in a process, with no guarantee that further steps could be taken. MSHA’s refusal to approve the beginning of a process, which it could halt at any time, is alleged to be unreasonable. Absent vacation of the 103(k) Order, Pinnacle requests an Order ruling that MSHA should have approved the plan submitted on June 21, as modified by subsequent submissions.
b. The Secretary’s Position
The Secretary argues that MSHA acted reasonably when it denied Pinnacle’s plan to re-ventilate the 9F panel and allow mining operations to resume when levels of CO were ten times
ambient levels. The Secretary emphasizes that the Mine Act grants her “broad discretion” to
control accident situations through control orders. See Senate Report No. 95-181, at 29 (1977)
reprinted in Senate Subcomm. on Labor, Comm. on Human Res., Legislative History of the
Federal Mine Safety and Health Act of 1977, at 617 (1978) (“The unpredictability of accidents in
mines and uncertainty as to the circumstances surrounding them requires that the Secretary or his
authorized representative be permitted to exercise broad discretion in order to protect the life or
to insure the safety of any person.”). By its plain terms, Section 103(k) gives the Secretary the
power to accept or reject a plan submitted by the operator to resume mining, as the Secretary
“deems appropriate” (see 30 U.S.C. § 813(k)), and the Ninth Circuit has described MSHA’s
authority to manage accidents pursuant to Section 103(k) as one of “plenary power” and
“complete control.” See Miller Mining Co. v. FMSHRC, 713 F.2d 487, 490 (9th Cir. 1983).
Given MSHA’s broad discretion to control inherently unpredictable and uncertain mine
accident situations, the Secretary argues that MSHA’s denial of an operator’s request to modify a
control order must be subject to a highly deferential “arbitrary and capricious” standard of
review. See Emerald Coal, 29 FMSHRC 956, 965-66 (Dec. 2007) (holding that the arbitrary and
capricious standard applies during the less exigent circumstances of a mine plan dispute). The
Secretary notes that the arbitrary and capricious standard “involves a review of the record to
determine whether the Secretary properly exercised her discretion and judgment.” Id. at 966.
The Secretary cites the Third Circuit’s view that MSHA action will be sustained if MSHA
“considered the relevant factors brought to its attention by interested parties” and “made a
reasoned choice among the various alternatives presented.” National Industrial Sand Association
v. Marshall, 601 F.2d 689, 699-700 (3rd Cir. 1979).
Under Commission precedent, the Secretary argues that absent bad faith or arbitrary
action, her decision must upheld. Twentymile Coal Co., 30 FMSHRC 736, 748 (Aug. 2008).
Put differently, the Secretary is not required to demonstrate that an operator’s plan is
unreasonable. Id. at 748. Rather, the appropriate inquiry is whether MSHA acted arbitrarily and
capriciously when exercising its broad discretion to manage an unpredictable and uncertain
accident scenario, not whether Pinnacle’s action plan was “reasonable.”
Applying these principles to the record evidence, the Secretary argues that MSHA acted
reasonably when denying Pinnacle’s plan to re-ventilate the longwall area. Initially, the
Secretary claims that Pinnacle does not contest the fact that the Secretary acted in good faith
throughout this event. Tr. 40. The Secretary further argues that Pinnacle cannot claim that
MSHA failed to consider the relevant factors that Pinnacle brought to its attention, given the June
23 meeting in which a full discussion of the proposed plan was conducted. See Jt. Ex. 2. When
Pinnacle requested a written explanation for rejection, MSHA’s letter set forth sixteen reasons
why it considered the plan inadequate. Jt. Ex. 2. Urosek considered the various explanations
offered by Pinnacle to show how elevated carbon monoxide could occur in the absence of a fire.
Tr. 145, 170-71, 208, 212. Urosek found Pinnacle’s explanations unpersuasive as all evidence
led him to conclude that a gob heating was occurring. Tr. 169.
The Secretary argues that MSHA “made a reasoned choice” in denying Pinnacle’s plan to
re-ventilate the area of the gob heating. The chief point of contention was Pinnacle’s provision
that delayed withdrawal of miners in the unsealed area until carbon monoxide reached 25 ppm.
The Secretary claims that the ambient level of carbon monoxide was 1-2 ppm, less than one-tenth
the action level proposed in Pinnacle’s plan. Tr. 215. Furthermore, General Manager Nelson
acknowledged that carbon monoxide readings of 12 to 26 ppm are “not typically encountered by
our examiners.” Tr. 226.
Even though MSHA was not required to demonstrate that Pinnacle’s plan was
unreasonable, the Secretary argues that Pinnacle’s withdrawal provision was not a reasonable and
safe proposal. Although Nelson explained that 25 ppm was selected after Pinnacle concluded
that no mine fire existed because injections of water and inert gas had not reduced CO levels, the
Secretary calls this determination dubious since there is no evidence that any water actually
reached the suspected gob heating and the injection of inert air took place before temporary seals
were installed when oxygen levels remained above sixteen percent. Tr. 241; G. Ex. 9. The
Secretary notes that even Derick conceded that a mine fire may still be occurring. Tr. 340, 344.
The Secretary also notes that Nelson defended 25 ppm CO as reasonable because it was only
“slightly above” the “normal” levels, which he apparently defines as the highest levels found
since the mine fire started. Tr. 250. The Secretary argues there is nothing “conservative” about
proposing a post-ventilation withdrawal provision that only triggers when carbon monoxide
reaches 25 ppm, particularly when the operator’s own expert cannot rule out the continuing
possibility of a mine fire.
In sum, the Secretary argues that MSHA acted in good faith and carefully considered Pinnacle’s request, and its denial of Pinnacle’s plan was reasonable and not arbitrary and capricious.
2. Analysis - MSHA’s refusal to modify the 103(k) order to permit re-ventilation of the longwall and re-entry of the mine was not arbitrary and capricious or an abuse of discretion
Section 103(k) provides:
In the event of any accident occurring in a coal or other mine, an
authorized representative of the Secretary, when present, may issue
such orders as he deems appropriate to insure the safety of any person
in the coal or other mine, and the operator of such mine shall obtain
the approval of such representative, in consultation with appropriate
State representatives, when feasible, of any plan to recover any person
in such mine or to recover the coal or other mine or return affected
areas of such mine to normal.
The initial question presented is the appropriate standard of review of a 103(k) Order. In
Eastern Ass. Coal Co., 2 FMSHRC 2467 (Sept. 1980), the Commission concluded that it had
authority to review the section 103(f) order at issue,
but declined to determine whether such
order was reviewable under an “arbitrary or capricious,” reasonableness,” or de novo basis. Id. at
2472, n. 7. While it does not appear that the Commission has resolved this issue definitively,
Commission ALJs have applied an abuse of discretion standard. See Emerald Coal Resources,
30 FMSHRC 122, n.1 (Jan. 2008) (ALJ Zielinski) (“While the Act does not specifically provide
for review of section 103(k) orders, the Commission has jurisdiction to review such orders under
an abuse of discretion standard. Eastern Ass. Coal Co., 2 FMSHRC 2467 (Sept. 1980).”); see
also, Southern Ohio Coal Co., 13 FMSHRC 1783, 1801 (Nov. 1991) (ALJ Koutras )(holding that
the issuance of the 103(k) order was “not an unreasonable or arbitrary abuse of [the inspector’s]
authority or discretion”).
In the context of plan submissions requiring MSHA approval, i.e., Emergency Response
Plans (ERPs), ventilation control plans, and roof control plans, the Commission has applied an
arbitrary and capricious standard of review. Emerald Coal Resources LP, 29 FMSHRC 956,
965-66 (Dec. 2007). Although Pinnacle challenges this precedent and argues that operator-submitted plans, including potential plans under Section 103(k), should be reviewed for
reasonableness of the plan and not the reasonableness of MSHA’s rejection, citing Ziegler Coal
Co. v. Kleppe, 536 F.2d 398, 407-07 (D.C. Cir. 1976), I reject this argument. After an accident,
which I have found above, Section 103(k) authorizes MSHA to issue such orders deemed
appropriate to insure the safety of miners, and the operator shall obtain the approval of MSHA
regarding any plan to return affected areas of such mine to normal. MSHA’s approval or
disapproval of the plan is discretionary. Or, as the D.C. Circuit has stated, “the Secretary must
independently exercise [her] judgment with respect to the content of . . . plans in connection with
[her] final approval of the plan.” UMWA v. Dole, 870 F.2d 662, 669 n.10 (D.C. Cir. 1989),
quoting S. Rep. No. 181, 95th Cong., 25 (1977), reprinted in Senate Subcom. on Labor, Com. on
Human Res., 95th Cong., Legislative History of the Federal Mine Safety and Health Act of 1977,
at 613 (1978). Moreover, as the Commission has noted in the ERP context, “[u]ltimately, the
plan approval process involves an element of judgment on the Secretary’s part.” Emerald Coal
Resources LP, 29 FMSHRC at 965, citing Peabody Coal Co., 18 FMSHRC 686, 692 (May 1996)
(“Peabody II”). “[A]bsent bad faith or arbitrary action, the Secretary retains the discretion to
insist upon the inclusion of specific provisions as a condition of the plan’s approval.” Id., citing
C.W. Mining, 18 FMSHRC at 1746; see also Monterey Coal Co., 5 FMSHRC 1010, 1019 (June
1983) (withdrawal of approval of water impoundment plan was not arbitrary or capricious where
MSHA’s conduct throughout the process was reasonable).
Thus, when MSHA denies approval of a plan submission to modify a 103(k) Order, as
here, the appropriate inquiry is whether that denial was arbitrary and capricious or an abuse of
discretion, not whether the plan submitted was reasonable. This standard appropriately respects
the Secretary’s judgment while allowing review for abuse of discretion, errors of law, and review
of the record under the substantial evidence test. Cf. Emerald Coal Resources LP, 29 FMSHRC
at 966. Moreover, under the Administrative Procedure Act, agency action is set aside when
“arbitrary, capricious, an abuse of discretion, or otherwise not in accordance with law.” 5 U.S.
C. § 706. Accordingly, I apply an arbitrary and capricious or abuse of discretion standard of
review here.
This standard involves a review of the record to determine whether the Secretary properly
exercised her discretion and judgment in rejecting Pinnacle’s plan to re-ventilate and open the
mine. Emerald Coal Resources LP, 29 FMSHRC at 966. While the scope of review under the
“arbitrary and capricious” standard is narrow, the agency must examine the relevant data and
articulate a satisfactory explanation for its action, including a rational connection between the
facts found and the choices made. Motor Vehicle Mfrs. Ass’n of U.S., Inc. v. State Farm Mut.
Auto. Ins. Co., 463 U.S. 29, 43 (1983)(citations omitted). Normally, agency action is considered
arbitrary and capricious if the agency has relied on factors which Congress did not intend that it
consider; entirely failed to consider an important aspect of the problem; offered an explanation
for its decision that runs counter to the evidence before it; or has taken a position so implausible
that it cannot be ascribed to a difference in view or the product of agency expertise. Id; see also
Energy West Mining Co., 18 FMSHRC 565, 569 (Apr. 1996) (“abuse of discretion” has been
found when “there is no evidence to support the decision or if the decision is based on an
improper understanding of the law”) (citations omitted).
This standard has not been met here. As explained below, MSHA did not rely on
extraneous factors or fail to consider important aspects of Contestant’s plan. It offered reasons
for rejection that were supported by the evidence before it, and staked out a position that was
plausible and supported by agency expertise. When Pinnacle requested a written explanation for
rejection, MSHA’s letter set forth extensive reasons why it considered the plan inadequate so
soon after the inertion process. Jt. Ex. 2. MSHA rationally relied on uncertainty as to the origin
of the CO concentrations;
that oxygen concentrations were not below 4 percent for all sampling
locations for any significant length of time following the installation of the temporary seals; that
CO concentrations had not stabilized for a sufficient time to permit definitive determination; that
the proposed procedure to restart the Asco fan and remove the temporary seals would expose
miners to the hazards associated with moving explosive mixtures over an ignition source; that
Pinnacle’s plan allows insufficient time for the mine to stabilize following a major change to the
ventilation system; that Pinnacle’s plan does not discuss the criteria to evaluate the atmosphere
during the stabilization period before miners re-enter the mine for examination; that the proposed
levels of CO are not acceptable since ambient levels appear to be 2 ppm or less, and the action
level of 25 ppm greatly exceeds the ambient level; that the phrase “[p]ending no significant
negative changes” is too vague to comprehend; and that no additional monitoring of the mine
atmosphere is proposed once the initial evaluation of the longwall area is completed.
According to Contestant, the primary disagreement between Pinnacle and MSHA was
whether combustion was occurring on the longwall gob given MSHA’s alleged inability to
explain how a heating could have started, but this disagreement really mirrors the issue of
whether an accident occurred in the first place, an issue that I have resolved above. Urosek
considered and rejected the various explanations offered by Pinnacle to show how elevated CO
could occur in the absence of a fire. Tr. 145, 170-71, 208, 212.
Urosek, a mine fire expert with
more extensive and relevant experience than Derick, found Pinnacle’s explanations unpersuasive
as all evidence led him to conclude that a gob heating was occurring. Tr. 169. In addition, I
note that upon questioning from the bench, Pinnacle’s own expert acknowledged the potential,
albeit unlikely, scenario that combustion or ignition occurred during torch cutting and welding on
or about April 20 on the headgate side near the longwall entry of the 9E. Tr. 260; cf. Tr. 239,
308. As explained in Section III, A, 2 above, I conclude that the Secretary proved by a
preponderance of the evidence that it was more likely than not that the May 19 event, i.e.,
detection of 22 ppm CO measured between the No. 2 and No. 3 entries in the 9E entries of the
longwall gob area, was the result of a smoldering gob fire, and therefore, an accident occurred
within the meaning of Section 103(k).
The record clearly establishes that MSHA and its expert considered relevant factors that
Pinnacle brought to its attention during several meetings or telephone conferences in May and
June, including a full discussion on June 23 of the details of Pinnacle’s June 21 reventilation plan
and whether it met MSHA’s specifications. Tr. 116-18. MSHA declined to approve Pinnacle’s
plan at that time primarily because of disagreement over the ambient level of CO and the
provision that delayed withdrawal of miners in the unsealed area until carbon monoxide levels
reached 25 ppm. In addition, MSHA did not agree that the CO was a naturally occurring
condition, and the 8-hour waiting period proposed after re-ventilation fell far short of MSHA’s
typical 72-hour period. Tr. 119. “[I] discern in these events adequate notice and discussion by
MSHA officials. Nothing in the record suggests bad faith by MSHA, and [I] perceive no course
of arbitrary conduct.” See C.W. Mining 18 FMSHRC 1740, 1747 (Oct. 1996)(roof control plan). Furthermore, at the hearing, Urosek gave reasoned explanations why MSHA disagreed
with the Pinnacle’s conclusion at page 10 of its plan (Jt. Exh. 1, p. 10) that the CO levels were
naturally occurring from upper seams around the borehole location. Tr. 119-136. Based on all
of his extensive years of experience with MSHA, Urosek credibly testified that the only time he
ever saw elevated, localized levels of CO such as existed at the tailgate side of the 9F longwall
panel in this case, was when it was associated with some type of heating. Tr. 145-46. He
explained MSHA’s view that given the CO levels present and the recent inerting and sealing
process, it was too early on June 23 to safely re-ventilate the mine. Tr. 124-26; see also Jt. Ex. 2.
He explained why MSHA disagreed with Pinnacle’s plan assertion that gob gas was
homogeneous and stable based on strong correlations between hydrogen, methane and CO.
Thus, although hydrogen and CO mirrored each other, the methane and CO did not track each
other, as shown by G. Ex. 13. Tr. 126-29, 131. Therefore, MSHA concluded that the CO was
coming from a different location than the methane. Tr. 131. Urosek also refuted Pinnacle’sprediction that a lengthy continuation of the inertion process into the temporary sealed area
would most likely result in continued levels of carbon monoxide and hydrogen (Tr. 339; Jt. Ex.
1, p. 10, para. (e)), since sample results through July 10, showed that CO consistently declined
and began to stabilize. Tr. 129-31; G. Ex. 12.
MSHA also rationally rejected the specifics of Pinnacle’s June 21 plan to re-ventilate, re-enter and evaluate the longwall area, and resume operations, as set forth in Jt. Ex. 2, p. 11. With
regard to re-ventilation, Urosek and MSHA were of the view that eventually they could have
worked with Pinnacle to achieve a safe way to take the seals down and restart the fan. But
MSHA was concerned in late June about sampling results and the prospect of an explosive
mixture of methane during re-ventilation while miners were underground with battery-powered
equipment in the sealed area. Tr. 132-33. With regard to re-entry and evaluation after the ASCO
fan had been restarted for 24 hours, Pinnacle proposed an eight-hour waiting period for
atmospheric stability. In the absence of missing or trapped miners, however, MSHA adhered to
longstanding “standard mine rescue practice” to wait 72 hours after the ventilation change for
atmospheric stability before re-entry. Tr. 133-34. Urosek opined that MSHA and Pinnacle could
have likely worked out these re-entry and evaluation time frames. Tr. 136.
Turning to the chief point of contention concerning Pinnacle’s re-ventilation plan, the
resumption of operations, the parties were at loggerheads over the ambient level of CO and
Pinnacle’s provision that delayed withdrawal of miners in the unsealed area until CO reached 25
ppm, a level the Secretary considered unreasonable and unsafe. Urosek credibly testified that CO
at 25 ppm indicated that some type of heating was going on of sufficient level and temperature to
ignite methane. Tr. 141. Based on CO samples taken from a natural gas pipeline at the mine (G.
Ex. 14), degasification boreholes in adjacent longwall panels (G. Ex. 15), and another bleeder
system in the mine (G. Ex. 16), MSHA rationally concluded that the ambient level of CO in the
mine was 1 or 2 ppm. Tr. 138-143. This conclusion is also supported by Urosek’s testimony
that ambient levels of 1 to 2 parts per million (“ppm”) was what MSHA inspectors normally
encountered. Tr. 215. Although Pinnacle challenges the use of particular samples for
comparison purposes, MSHA asked Pinnacle to sample anywhere it was safe to travel and get as
close to the gob as possible, in order to validate Pinnacle’s claim that the CO was naturally
occurring at levels above the ambient level as determined by MSHA, but such sampling failed to
support Pinnacle’s contention. Tr. 140, 142; G. Exs. 14-16. In these circumstances, I find that
the sampling was sufficiently widespread and representative enough to establish an ambient level
of CO of 1 or 2 ppm as determined by MSHA. Pinnacle failed to establish an alternative ambient
level that could be considered more accurate.
It is important to note that in determining whether MSHA’s rejection was arbitrary and
capricious, I examine the circumstances before the MSHA District Manager when he considered
Pinnacle’s plan in late June. Cf. Emerald Coal Resources LP, 29 FMSHRC at 968. As noted,
any Pinnacle plan after this date is not in evidence and not ripe for adjudication before me. See
note 5 supra. A contrary result would allow an operator to continually manipulate the time
frame for adjudication by revising its plan without giving MSHA an opportunity to fully address
the updated revisions. Pinnacle took this risk here by renewing its motion for expedited hearing
while negotiations were still ongoing and any arguable impasse was broken by its subsequent
revisions.
Based on my review of the record, it is apparent that MSHA’s refusal to approve
Pinnacle’s June 21 plan was not arbitrary, capricious or an abuse of discretion. In Section
103(k), Congress gave the Secretary the power to accept or reject a plan submitted by the
operator to resume mining as the Secretary “deems appropriate.” See e 30 U.S.C. § 813(k). As
the Ninth Circuit has observed, MSHA’s authority to manage accidents pursuant to Section
103(k) is one of “plenary power” and “complete control.” See Miller Mining Co. v. FMSHRC,
713 F.2d 487, 490 (9th Cir. 1983).
I find that MSHA examined the relevant data and articulated a reasoned and satisfactory
explanation for its rejection including a rational connection between the facts found and the
choice made. National Industrial Sand Association v. Marshall, 601 F.2d 689, 699-700 (3rd Cir.
1979). Put differently, MSHA cogently explained why it exercised its discretion to reject
Pinnacle’s June 21 plan and why that rejection was the product of reasoned decision making.
The record amply demonstrates adequate consideration and discussion by MSHA regarding the
disputed plan provisions, that the negotiations were conducted in good faith, and that MSHA’s
decision to reject the plan on June 23 was supported by facts presented to the MSHA District
Manager. I find nothing arbitrary or capricious in MSHA’s refusal to approve a post-ventilation
withdrawal provision that was triggered only when CO levels reached 25 ppm, particularly when
such levels prompted management to withdraw miners from the longwall area, shut off power to
the section, as required by the MSHA-approved ventilation plan, and subsequently evacuate the
entire mine. Stip. 3; Tr. 226. In fact, Pinnacle’s own general manager acknowledged that CO
readings of 12 to 26 ppm were atypical and raised concern. Tr. 226. In these circumstances,
contrary to Pinnacle’s contention, I find that Pinnacle’s plan was not a conservative and cautious
approach.
On the other hand, I am cognizant of the financial inconvenience caused by the ongoing
loss of longwall production at the Pinnacle Mine. The longwall shutdown has imposed
prodigious costs on the operator and MSHA, and resulted in considerable loss of income to the
miners. But financial inconvenience caused by the “accident” is an insufficient reason to unseal
the longwall panel before MSHA has greater confidence that the atmosphere has stabilized.
Even Derick conceded that he could not rule out the continued existence of a mine fire at
Pinnacle. Tr. 340; 344. I agree with the Secretary that the experience of the Galatia and VP
mine fires and the extended idling of Pinnacle in 2003-2004 go a long way toward demonstrating
that it may be safer and more conducive for long-term production, to return the mine to normal
operations through extended sealing rather than premature re-ventilation under the June 23 plan
provisions.
Moreover, in my view, the Secretary has proposed the better rule-of-thumb based on the
learned treatise Mine Fires. G. Ex. 20. As noted therein, premature unsealing “might be the
slowest, most difficult, most dangerous, and most expensive way” to return a mine to normal
operations. G. Ex. at 128. Past experience at this mine in 2003-2004 appears to substantiate this
proposition. No one can state with certainty the right time to unseal. A variety of factors must
be considered, but the general “rule-of-thumb” is that unsealing should take place at the earliest
one month after the mine atmosphere in the sealed area has stabilized. G. Ex. 20 at 127.
Pinnacle’s June 21 plan to re-ventilate was submitted just ten days after completion of temporary
seals, at a time when samples showed that the mine atmosphere had not yet stabilized. G. Exs.
11 and 12. As the author of Mine Fires points out, “[a] better rule-of-thumb is to ask, ‘Why
unseal?’ Too often that question was asked too late; and more often the answer was, ‘There was
no good reason.’” G. Ex. 20 at 128.
In sum, I cannot conclude that the Secretary’s rejection of plan provisions that she deemed would jeopardize miner safety is indicative of bad faith, arbitrary or capricious conduct, particularly in light of the overarching purpose of the Mine Act to ensure miner safety and health and the history of this mine concerning gob fires and methane explosions. See my record reservations at Tr. 258. The parties were unable to bridge their differences within the strictures of the Secretary’s plenary authority under Section 103(k) as she has reasonably interpreted it. The Secretary’s rejection of the Contestant’s plan was neither arbitrary and capricious nor unreasonable and is hereby AFFIRMED.
ORDER
Based on the foregoing findings of fact and conclusions, the contested Section 103(k) Order issued on May 25, 2011 is AFFIRMED. The Notice of Contest filed by the Contestant is DENIED and DISMISSED.
Thomas P. McCarthy
Administrative Law Judge
Distribution: (E-Mail and Certified Mail)
Samuel C. Lord, Esq., Office of the Solicitor, U.S. Department of Labor, 1100 Wilson Blvd., 22nd Floor West, Arlington, VA 22209-2247
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