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254i iM.BWtUOelZ Rev. 1/2011
COTI ONI'UEALTH OF PENNSYLVANIA
DEPARTIEIIIT OF ENVIRONTENTAL PROTECilON
BUREAU OF U'ASTE MANAGEIE}|T
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FORM 26R
CHEMICAL ANALYSIS OF RESIDUAL WASTE
ANNUAL REPORT BY THE GENERATOR
This form must be fully and accurately completed, All rcquired information must be
typed or legibly printed in the spaces provided. lf additi,onat space is necessary, identfy
each attached sheet as Form 26& reterence $e item number and identify tre date
prepared. The date on attached sireets needs to match lhe date noted below.
General Reference 287.il
Date Prepared/Revised
'/-
,TF IF
DEP USE ONLY
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offrce
I
Northwest Regional
2re,t11
I
sEcTloN A. CLIENT (cexemroR oF rHE wAsrE) tNFoRMATtoN
Company Name
XTO Energy lnc.
lf a Subsidiary, Name of Parent Company
EPA Generator lD#
Company ilailing Address Une I
395 Airport Road
Company Address l-ast Line - City
Company ilailing Address Line 2
State
Zp*l
PA
lndiana
Company Contact l-ast Name
First Name
Kissel
Ben
Phone
1s701
Ext
724-349-0600
Strffix
MI
Mr.
itlunicipality
County
White Twp.
Contact Phone
lndiana CounW
Contact Email Address
[email protected]
ls the waste generated at the Company Hailing Address (noted above)?
lf 'No', describe location of rvasb generation and storage. Marcellus Well Pad - ECKELS
724-349-W00
f,lunicipalily
Ext
Fairfield
County
Twp.
! ves I
State
Westmoreland
tlo
PA
SECTION B. WASTE DESCRIPTION
Residual
Waste Code
804
a.
ResidualWaste
Code Descriilion
|
Marceilus Weil Fracing Fluid Ftow
b-
pH Range
Physical State
c.
Physical Appearance
Unit of
Measure
Amount
Back
I I l, l|r/
{. Gexeu- PRopennes
cu
b.
c.
d.
e.
vd X qal
ton I fl
tb
One Time
to 9
6
5
(based on analyses or knorrrledge)
LQuid Waste (EPA Method 9095)
Solid (EPA Method 9095)
Gas (ambient temperature & pressure)
Color
opaque
whit€y'orange Odor
Number of Solid or Liquid Phases of Separation
Describe each phase of separation. liquid
a.
Time
Frame
brackish
1
2. Cxemrcar- Axwss Armcxuerrs
The results of a detailed chemical characterization of the waste, as described in ttre
instructions, is attached.
A detailed description of ttre wasb sampling method b attached.
The quality assurance/quality control procedures employed by the laboratory(ies) is
attached.
The results of the hazardous waste deErmination b attached.
lfapplicable,adetailedexplanationsupportinguseofgeneratorknowledgein
lieu of actual chemical analvsis is attached.
-1-
!
EX-
a
Yes f]
Y* EI
Yes [-l
Yes
n
No
tto
No
Yes X
t,,to
tto
N/A
x
254i-PM AWM0347 Rev. 1/2011
3. PRocEss Descrupnox & Scxeulnc Armcxuexrs
a.Adetaileddescriptionofthemanufacfuringand/orpollutioncontrolprocesie
the waste, as specified in the instructions, is attached.
b.Aschematicofthemanufacturingand/orpollutioncontrolp
as specified in the instructions, is attached.
c.
lf portions of the information submitted
ire
N/A
a confidentiality claim, as described in the instructions, is attached.
C. MANAGEMENT OF RESIDUAL WASTE
1. PRocEssrNG oR Dsposlt- Fecrrry(resl
The area below (a.d.) will accommodate the identification of two facilities. Attach additional sheets if necessary.
SECTION
a.
Solid waste permit number(s) for processing or disposal facility being utitized.
PA 0101508
b.
Facility Name
Address Line l
Address Line 1
Address City State ZlP
Municipality
PA Brine, Franklin
c.
Facility Contact Name
Title
Sparky Delong
Operations Manager
814437-3593
Phone
d.
EmailAddress
[email protected]
Volume of waste shipped to processing or disposal facility in the previous year.
n
cu
yd X Sal tr lb
fl ton
a.
Solid waste permit numbe(s) for processing or disposal facility being utilized.
b.
Facility Name
Address Line I
Addrcss Line 1
Addrcss City State ZIP
Municipality
c.
Facility Contact Name
(check one)
County
I tue
Phone
d.
Volume of waste shipped to processing or disposal facility in the previous year.
fl
cu
yd E Sal tr lb
fl ton
(check one)
2. BeuencrAt- UsE
a-
Has the waste been approved for beneficial
b.
lf "Yes", list the general permit number or approval number.
Volume of waste beneficially used in the previous year.
!cuyd
[ yes [l
use?
fl sal n
-2-
tb
n
ton
(check one)
ruo
.'2540-Fii'-Brnluto347
Rev.
1/20fi
SECTION D. CERTIFICATION
I certify, under penalty of law, that I haye personally examined and am familiar with the information submitted in this Annual
Report and al! attached documents and that b6ed upon my inquiry of those individuals immediately responsible for
obtaining the information, I verify that the submitbd information b tn e, accurate and complete to the best of my
knowledge. I understand that the submission of false information herein i.s made subject to the penalties of 18 Pa. C.S.
54904, relating to unswom falsification to autfioritis, wtrich include fine and imprisonment
Check the following, if applicable:
tr
I certify the information required in Section B-1, General Properties was supplied to the D,epartment for the year
and has not changed.
Form
Submitted: D
tr
Form 26R
Other (specifi)
Date Submitted:
tr
I certify the information required in Section B-2, Chemical Analysis was supplied to the Departnent for the year
and has not changed.
Form
Submitted: tr
n
Form 26R
CIher (specify)
Date Submitted:
t]
I certify the information required in Section
has not changed.
for the year _and
Form
Submitted:
83, Process Elescription
t]
Form 26R
n
Other (specify)
and Schematic, was supplied to the llepartment
Date Submitted:
Name of Responsible Official
Tite
EH & S Manaqer Marcellus Shale
Date
2-28-11
Bemhardt Kissel
Signature .l&>^-ta*Zf
zfa,xZ
-3-
February 8, 201
1
Form 26R: Section 82b
WASTE SAMPLING METHODS
All samples were obtained as grab type samples with a composite function which was
maximized but sometimes limited by prevailing safety, site specific rational and/or
environmental concerns.
Brine fluids are composited within the storage production tank or tank battery at each
well site where gas production is occuning. Each automatic or manual ejection of
formation fluids is deposited into the tank(s) and added to the previously ejected and
stored quantity. Tanks are emptied into tank trucks for disposal at various PaDEP
permitted waste disposal facilities on different schedules determined by individualwell
characteristics. Grab samples of the composited fluids were obtained at the
represented well pads directly from the storage tank drain ports. All drain ports had
small "built in" containment and storage "buckets" capable of retaining small amounts of
lost fluids.
Samples were obtained with bottle sets prepared at the laboratory which contained
appropriate preservatives, as necessary, depending on the specific test run requested.
All chain of custody and handling/holding time requirements were met. In some cases,
a larger sample was broken into appropriate sampling containers and smaller aliquot
portions at the laboratory.
Flowback samples were composited to the extent possible during the flowback process
primarily during times where safety issues did not override sample collection
requirements.
Generally, a larger composite sample was broken into appropriate sampling mntainers
and smaller aliquot portions at the laboratory or on the well location upon completion of
the composite sampling process. Samples were distributed into boftle sets prepared at
the laboratory which contained appropriate preservatives, as necessary, depending on
the specific test run requested. All chain of custody and handling/holding time
requiremenls were met.
Drill cuttings were composite sampled during the drilling process at various times and
combined into a composite sample for analyses at the laboratory. On several wells,
cuttings from the vertical portion of the well bore were segregated from cuttings from
the target Marcellus Formation and separate testing was completed on both sample
composites. ln some eariier cases during the utilization of open pits, composite
samples were obtained from inactive drill pits. Safety concerns usually limited the
randomness of the composite sample and composite grid sample positions were varied
to the extent possible.
Pit water (drill fluid) is currently discharged to closed containment and is re-conditioned
and reused from well to well.
February 9, 2011
Form 26R: Section B3a
WASTE GENERATION PROCESS
Pit Water'Drill Fluids'
Remnant drill fluids are generated in the well bore during the penetration of the drill
stem as it intercepts both ground water and formation fluids. These fluids are brought to
the surface along with the drill cuftings, pieces of the intercepted rock strata, by the
retum flow system of the drilling process.
Drill cuttings and drillfluids are isolated into separale waste streams. Cuttings are
mixed with sawdust to absorb remnant fluid and loaded out for disposal at a landfill.
Fluids are cunently stored in closed mntainers to be processed for reuse.
Flowback: "Fracing Fluid'
Flowback is produced from all fluids that flow back to surface during the "hydrofracing"
process which occurs under pressure and results in the setting of a propant within the
formation fractures.
Production Fluid'Brine'
During the production of natural gas, formation pressures bring remnant frac fluids,
during the initial production phase, and formation fluids to the surface along with
produced gas.