2540-FM-BWM0158 Rev. 1012010 COMMONWEALTH OF Date Prepared/Revised
DEPARTMENT OF ENVIRONMENTAL PROTECTION 03/26/2018

. gr? BUREAU OF WASTE MANAGEMENT

DEPARTMENT OF ENVIRONMENTAL PROTECTION

   
 

Date Received

 

 

FORM 50
MUNICIPAL WASTE LANDFILL
LEACHATE ANALYSES

This form must be futly and accurately completed. All required information must be typed or legibly printed in the
spaces provided. If additional space is necessary, identify each attached sheet as Form 50, reference the item
number and identify the date prepared. The ?date prepared/revised" on any attached sheets needs to match the
?date prepared/revised? on this page.

 



 

General References: Section 273.255(d) and and 273.276(a)
Federal Re ulations Subtitle 258 54 and Appendix to Part 258

 

 
  

   

 

Applicant/permittee Tervita - Rostraver Township Sanitary Landfiit

 

Site Name Tervita - Rostraver Township Sanitary Landfill

 

 

Facility ID (as issued by DEP) 100277,

 
   

Facility Name: Westmoreland Waste inc.

Sampling Point identification (LEACHATE)

Westmoreland

 

Municipality: Rostraver Twp.

 

 

Location: County
Sampling Point: Latitude: Longitude: 0
Sampling Method: Pumped I: Bailed Grab

Sample Field Filtered (must be 0.45 micron)? I: Yes No
03/01/18

S. Eydlin

10:00

Sample Date (mm/dd/yy) Sample Collection Time:

 

 

Sample Collector?s Name:

 

Sample Collector?s THG GEOPWSECS

 

Geochemical Testing

 

Laboratory(ies) Performing Analysis:

Laboratory Certification Number(s): 56430306

61803087-001

 

Final Lab Analysis Compietion Date: 03/12/2018

Lab Sample Number(s):
Were Any Holding Times Exceeded? Yes No if Yes, please explain in comments field.

Name/Affiliation of Person Who Filled Out Form GGOChemica' Testing

 

Comments:
Moderately turbid - Light brown Strong musty odor.

 

 

 

 

 

 

 

 

 

 

 

 

 

2540-FM-BWM0158 Rev. 1012010 COMMONWEALTH OF 
DEPARTMENT OF ENVIRONMENTAL PROTECTION
BUREAU OF WASTE MANAGEMENT

 

 

 

 

FORM 50 Monitoring Point No. NIH-1 
QUARTERLY MUNICIPAL WASTE Sample Date 03/01/18 . . - 
LANDFILL LD. No. 100277
LEACHATE ANALYSES

For new facilities and cells as well as existing facilities which were permitted and which received waste after April 9,
1988, discharge flow volume from leachate collection shall be measured daily Discharge flow volume
from the detection zone shall be estimated weekly Form 50 is due quarterly after the flow of leach ate
from the collection system has started. For facilities or cells which have received no waste since April 9, 1988,
detection zone monitoring will meet permit/closure requirements.

 

 

 

 

FLOW FACTOR LEACHATE DISCHARGE DETECTION ZONE DISCHARGE
Volume (average gpd) 141,000 
Area Drained (acres) 44.6 
Ratio (gallons/acre/day) 3,161.4 

 

 

 

 

 

Once leachate flow begins from a leachate collection system, leachate discharge wiil be analyzed quarterly for all

analytes listed betow. In the leachate detection zone, any fluid found in any detection zone monitoring point must be

sampled during the initial four quarters for the leachate indicator parameters (designated by below) to establish a-

baseline ?uid composition. Thereafter, any fluid detected in each monitoring point in the leachate detection zone must

be sampled annually for the leachate indicator parameters. Quarterly sampling of the ?uid in any detection zone 
monitoring point for leachate indicator parameters is required only when the quarterly ?ow at that monitoring point

exceeds 10 gallons per acre per day (weekly average for the quarter) for the celi(s) served by that monitoring point. If

the indicator analytes con?rm leachate contamination in the detection zone, the fluid will be analyzed initially within 30

days and thereafter annuaiiy for all analytes listed below. When MCL's (where established) of any detection zone - 
analytes on this form are exceeded, annual groundwater monitoring must include the Subtitle detection zone add-on .
list analytes found on Form 19.

. a
a?

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

. - Please indicate detection limit if analyte is not detected.
. 2 

DETECTION ANALYSIS
ANALYTE LEACHATE ZONE METHOD
(mg/l unless otherwise indicated) DISCHARGET NUMBER
Alkalinity, Total [3 1820 1067-0t
Ammonia-Nitrogen 332 EPA 350.1
Bicarbonate (as - 1810 SM 4500-002 0
Calcium, Total 2001? EPA 200.7
I: Chemical Oxygen Demand 960 HACH 8000
Chloride (Cl) . 1800 EPA 300.0
Magnesium, Total 114 EPA 200.7
pH, Field, (Standard Units) 
. pH, Laboratory, (Standard Units) 754 SM 4500+;+ i3 
10.* Potassium, Total 205 EPA 200.7
113? Specific Conductance, Field (micromhos/cm) 
I 12.* Specific Conductance, Laboratory (micromhos/cm) 9370 EPA 120.1
13.* Sodium, Total 1090 EPA 200.7
I . 14.* Sulfate, Total 50 EPA 300.0
-. 153* Total Organic Carbon (TOC) 247 SM 5310 
i 16. Fluoride 5.8 EPA 3000
17. Iron, Total 13.1 EPA 200.7-
18. Manganese, Total 3.26 A EPA 200.7.
19. Nitrate-Nitrogen 0.08 EPA 353.2 
i+ga

 

 

254D-FM-BWM0158 Rev. 10l2010

 

Monitoring Point No. NIH-1 (LEACHAT

 

 

E)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

. FORM 50 Sample Date 03/01/18
ID. No. 100277

DETECTION ANALYSIS
LEACHATE ZONE METHOD
ANALYTE DISCHARGET DISCHARGET NUMBER
20. Phenolics, Total (mg/l) 0.071 EPA 420.4
21. Totai Dissolved Solids (mg/l) 3810 SM 2540 
22. Tritium (pCi/L)# EPA 906.0
23. Turbidity (mg/I) 130 EPA 180.1
24. Antimony, Total (pg/l) 20 EPA 200.7
25. Arsenic, Total (pg/I) 50 EPA 200.7
26. Barium, Total (pg/l) 1740 EPA 200.7
27. Beryllium, Total (pg/l) 4 EPA 200.7
28. Cadmium, Total (pg/l) 5 EPA 200.7
29. Chromium, Total (pg/l) 40 EPA 200.7
30. Cobalt, Total (pg/l) 30 EPA 200.7
31. Copper, Total (pg/l) 10 EPA 200.7
32. Lead, Total (pg/t) 20 EPA 200.7
33. Mercury, Total (pg/l) 0.20 SM 3112 
34. Nickel, Total (pg/i) 80 EPA 200.7
. 35. Selenium, Total (pg/l) 20 EPA 200.7
36. Silver, Total (pg/l) 10,, EPA 200.7
37. Thallium, Total (pg/l) 2"0 EPA 200.7
38. Vanadium, Total (pg/t) 10 EPA 200.7
39. Zinc, Total (pg/I) 110 EPA 200.7
40. Acetone (pg/l) 227 EPA 8260
41. Acryionitrile (pg/l) 5.0 EPA 8260
42. Benzene (pg/I) 5.0 EPA 8260
43. Bromochioromethane (pg/l) 5.0 . EPA 8260
44. Bromodichloromethane (pg/l) 5.0 EPA 8260
45. Bromoform (Tribromomethane) (pg/l) 5.0 EPA 8260
46. Carbon Disulfide (pg/l) 5.0 EPA 8260
47. Carbon Tetrachloride (pg/I) 5.0 . EPA 8260
48. Chlorobenzene (pg/l) 5.0 EPA 8260
49. Chloroethane (Ethyl Chloride) (pg/i) 5.0 EPA 8260
50. Chloroform (Trichloromethane) (pg/E) 5.0 EPA 8260
51. 3?Chloro?1?propene (pg/l) 5.0 EPA 8260

53. (pg/l) (DBCP) 5.0 EPA 8260
54. 1,2-Dibromoethane (pg/l) (Ethylene dibromide; EDB) 5.0 EPA 8260
55. 1,2?Dichlorobenzene (pg/l) (o-Dtohlorobenzene) 5.0 EPA 8260
. 56. 1,3?Diohiorobenzene (pg/i) (m-Dichiorobenzene) 5.0 EPA 8260

 

 

PEe?ase indicate detection limit if analyte is not detected.

-3-

 

 

 

2540-FM-BWM0158 

 

Monitoring Point 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

FORM 50 Sample Date 03/03/18
ID. No. 100277
DETECTION ANALYSIS
ANALYTE LEACHATE ZONE METHOD
(pg/i) DISCHARGET NUMBER
57. 1,4-Dichclorobenzene (p-Dichiorobenzene) 5.0 EPA 8260
58. 5.0 EPA 8260
59. Dichlorodifluoromethane 5.0 EPA 8260
60. 1,1?Dichloroethane (Ethylidene chloride) 5.0 EPA 8260
61. 1,2-Dichloroethane (Ethylene dichloride) 5.0 EPA 8260
62. 1,1-Dichloroethene (Vinylidene chloride) 5.0 EPA 8260
63. . 5.0 EPA 8260
64. trans-1,2-Dichloroethene 5.0 EPA 8260
65. 1,2?Dichloropropane (Propylene dichloride) 5.0 EPA 8260
66. 5.0 EPA 8260
67. 5.0 EPA 8260
68. Ethyl Benzene 5.0 EPA 8260
69. Methyl butyl ketone (2-Hexanone) 5.0 EPA 8260
70. Methyl bromide (Bromomethane) 5.0 EPA 8260
71. Methyl chloride (Chloromethane) 5.0 EPA 8260
72. Methylene bromide (Dibromomethane) 5.0 EPA 8260 .
73. Methylene chloride (Dichloromethane) 32.7 EPA 8260
74. Methyl ethyl ketone 2-Butanone) 93:03 EPA 8260
75. Methyl iodide (lodomethane) 5.0 EPA 8260
76. 4~Methyl~2npentanone (Methyl isobutyl ketone) 9.3 EPA 8260
77. Styrene 5.0 EPA 8260
78. 12,1,2,2-Tetrachioroethane 5.0 EPA 8260
79. 1,1,1,2-Tetrachloroethane 5.0 EPA 8260
80. Tetrachloroethene (Perchloroethylene) . EPA 8260
81. Toluene 5.0 EPA 8260
82. 1,1,1?Trichloroethane 5.0 EPA 8260
83. 1,1,2-Trichloroethane 5.0 EPA 8260
84. Trichloroethene 5.0 EPA 8260

 

 

 

 

 

 

 

 

 

 

 

 

 

 

1' Please indicate detection limit if analyte is not detected.

 

 

 

 

5 if Rev. 1012010

. FORM 50

ANALYTE
(pg/l unless otherwise indicated)

Trichlorofluoromethane 1)
1,2,3-Trichl0ropropane

Vinyl acetate

VinyE chioride

Xyienes

LEACHATE
DISCHARGET

5.0
5.0
5.0
2.0
6.5

 

 

Monitoring Point 

Sample Date 03/01/18
100277

 



 

 

DETECTION ANALYSIS
ZONE METHOD
DISCHARGET NUMBER

EPA 8260
EPA 8260
EPA 8260
EPA 8260
EPA 8260

 

 

PADEP 273.284 analyte exclusively
2 Subtitie D. Appendix analyte exclusively
All other analytes are common to both lists.

 

Analyzed in the 4th calendar quarter only 7

 

 

. 1? Please indicate detection limit if analyte is not detected.

 

 

 

 
 

335-: 2540-FM-BWM0158 Rev. 10/2010

 

 

 

Monitoring Point No. NIH-1 (LEACHATEI .

FORM 50 Sample Date 03/01/18
ID. No. 100277 

 

 

 

Qualitatively Identified Organic Compounds

List at least ten volatile organic compounds not otherwise identified in this section. Their identification should be
based upon those compounds showing the greatest apparent concentration from the peaks of a mass spectrum of
each sample. These ten compounds shall be identi?ed but the concentration of each is not required.

 

Constituent CAS Number

 

TIC: 1,4-Dioxane

 

TIC: 1?Propanol

 

TIC: 2~Methyl-1-propanol

 

TIC: 2-Propanol

 

TIC: Acetonitrile

 

TIC: 1,7,7-trimeth

 

TIC: Cyciohexanone

TIC: Diethyl Ether .

TIC: n-Butanol a

 

 

 

TIC: Tetrahydrofuran

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

I Rev 1012010 COMMONWEALTH OF Date PreparediRevised

 

 

OF ENVIRONMENTAL PROTECTION
pen ma BUREAU OF WASTE MANAGEMENT 07?l89l'201 8

. a DE we: MEN: tent pltDEtCR ox

 

Date Received

 

 

FORM 50
MUNICIPAL WASTE LANDFILL
LEACHATE ANALYSES

7 ?i?tiis form must be fully and accurately compieted All required information must be typed or legiely printed in the
seaces provided If additional space is necessary, identify each attached sheet as Fe rm 50, reference the item

. number and identify the date prepared. The ?date preparedlrevised? on any attached sheets needs to match the
?date prepared/revised? on this page
General Reierences: Section 2?3 255(d} and and 273 2T8(a)
Federat Regui ations pendi to Part 258.

 

   

 

    
 

 

'A'ppiicantfperrnittee Tervita - Rosttever Township Sanitary Land?ll

 

Site Name ?tervita - Rostraver Township Sanitary 

 

"3 I . Name' Westmmeiand Waste Inc

 

Facility iD (as issued by DEF) 200277

 
 
 

 

 

 

Sampling Point Identi?cation MM 1 (LEACHATE)

 

 

 

 

 

location. County Westmoreiaod Municipality: Rostraver Twp.
sampling Point: Latitude: . Longitude: i 0 i 
Sampling Method: Pumped [j sailed erab
example Field Filtered (must be 0.45 micron)? Yes No
eitsiie 1029

Sample Date Sampte Collection Time

 

 

D. Pius/S. Edylin

 

Sample Collector?s Name:
. The Hetchinsosn Group

 

semple Coilector?s Affiliation
Geochemical Testing

56-06306

Laboratory?es) Pedorming Analysis:

 

I Laboratory Certi?cation Numbeds):
Gisossti-ooz

 

Final Lab Analysis Completion Date: 9812612018

Lain Sampie Numbeds):
Wete Any Hoiding Times Exceeded? Yes No it Yes, please explain in comments field.
NemetAt?ltetton of Person Who Filled Out Form Geochemical Testing

Comments:
Turbid, black, suspended solids, strong musty odor, petroleum sheen.

 

 

 

 

 

 

 

 

 

 

 

 Rev. 1012010 COMMONWEALTH OF 
DEPARTMENT OF ENVIRONMENTAL PROTECTION
BUREAU OF MANAGEMENT

 

 

 

FORM 50 Monitoring Point No. lam lL
QUARTERLY MUNICIPAL WASTE Sample Date 6i13118
ID. No. 10027?
LEACHATE ANALYSES

For new facilities and cells as well as existing facilities which were permitted and which received waste after April 9,
l988, discharge flow volume from teachete collection shall be measured daily Discharge flow volume
from the detection zone shall be estimated weekly Form 50 is due quarterly after the flow of leach ate
from the collection system has started. For facilities or cells which have received no waste since April 9, 1988,
detection zone monitoring will meet permitfclosure requirements.

 

 

 

 

 

FLOW FACTOR LEACHATE DISCHARGE DETECTION ZONE DISCHARGE
Volume (average goo) 
Area Drained (acres) 


 

 

 

Ratio (gallons/acrefday)

 

Once leacnate flow begins from a leacnate collection system, leachate discharge will be analyzed quarterly for all
analytes listed below. In tine ieachate detection zone, any fluid found in any detection zone monitoring point must be
sampled during the initial four quarters for the leachate indicator parameters (designated by below) to establish a
baseline fluid composition. Thereafter, any fluid detected in each monitoring point in the leachate detection zone must
be sampled annually for the leacnate indicator parameters. Quarterly sampling of the fluid in any detection zone
monitoring point for leaohate indicator parameters is required only when the quarterly flow at that monitoring point
exceeds 10 gallons per acre per day (weekly average for the quarter) for the cell(s) served by that monitoring point. if
tile indicator anatytes confirm leachate contamination in the detection zone, the fluid will be analyzed initially within 30
days and thereafter annually for all analytes listed below. When (where established) of any detection zone
analytes on this form are exceeded, annual groundwater monitoring must include the Subtitle detection zone add?on
list analyies found on Form 19.

 

oarecnon ANALYSIS
ANALYTE LEACHATE zone METHOD
(mgll unless otherwise indicated) NUMBER

 

Alkalinity, Total 2460 0 106??1?

 

- Ammonia-Nitrogen 631 I EPA 3501

 

Bicarbonate (as Cocoa) 2440 SM 45004302 

 

Calcium, Total 25? EPA 200.7

 

Chemical Oxygen Demand 2600 .. HACH 8000

 

Chloride (C l) 3400 EPA 300.0

 

Magnesium, Total 143 EPA 200.7

 

83? pH, Field, (Standard Units)

 

pH, Laboratory, (Standard Units)

 

10* Potassium, Total 362 EPA 200.7

 

11.* Specific Conductance, Field (micromhosicrn)

 

12* Specific Conductance, Laboratory (micromhosfcm) 15600 EPA 120.1

 

13.* Sodium, Total 1910 EPA 200.7

 

14.* Sulfate, Total 76 EPA 300.0

 

15.* Total Organic Carbon (TOC) 633 SM 5310 

 

16. 7 Fluoride i8.4 EPA 300.0

 

Iron, Total

 

18. Manganese. Total 319 EPA 200.7

 

 

 

 



19. Nitrate-Nitrogen

 

 

 

1' Please indicate detection limit if analyte is not detected.
- 2 -

 

7.92 SM 45:30am '3

22.7 EPA 200.7 .

0.06 EPA 353.2 

   

 

 

 

 

2540+" 58 Rev. 1012610

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

. - - Manito?ng 
0 
DETECTION 
LEACHATE ZONE METHOD
.- . ANALYTE DESC NUMBER
20. Phenolics, Total (mga?l) 1.02 EPA 420.4
21'. Total Dissolved Solids (mgiE) 7000 . SM 2540 
22. .- Tritium (pCilL)# . EPA 906.0
23,- Turbidity (mail) 0 230 EPA 180.1
24: Antimony, Total (ugll) 20 EPA 2007
25. Arsenic, Total (poll) 80 EPA 200.?
26.. Barium, Total (pgll) 7660 EPA 200.7
27.. 3 Beryllium, Total (pg/l) cl 4 EPA 200.?
2.6, Cadmium, Total (pgli) 5 - EPA 200.?
29.. Chromium, Total (090) 70 EPA 200.?
30. --'Cobalt, Total (poll) 0 20 EPA 2007
. 31.. - Copper, TotaE ((190) 10 EPA 200.?
32.. Lead, Total (pgll) 40 EPA 200.?"
- Mercury, Total 020 SM 3112 8
'64. Nickel, Total {pg/l) cl 90 EPA 2007
I 3 35. Selenium, Total (ugll) <20 EPA 200.?
236.; Silver, Totai (poll) 10 EPA 200.7
Thaliium, Tolal (pgll) 20 EPA 2200.?
Vanadium, Tolial (pg/l) 20 EPA 200.7
39.. - Ziao, Total (mil) 1370 EPA 200.?
4o. Acetone (pgil) <5 682 . EPA 8260
41.. Aorylonitrile (pg/E) cl 5.0 EPA 8260
42.. . Benzene (pg/l) 50. EPA 8260
43., .. Bromochloromethane (5190) 5.0 EPA 8260
44. Bromod?ohloromethane (pgfi) 5.0 EPA 8260
Bromoforra (Trihromomethane) ((190) 5.0 EPA 8260
46- Carbon D?sul?de (pglf) 5.0 EPA 8260
47?. Carbon Tetraohloride {pg/E) 50 EPA 8260
46. Chlorobenzene 5.0 EPA 8260
49. Chloroethane (Eihyl Chloride) (ugll) 5,0 EPA 8260
3 50, Chloroform (Trichloromethane) 5.0 EPA 8260
51. 3-Chloro-?l-propene (pg/l) 50 EPA 8260
52' I
53. l,2~Dibromo~3~chloropropane (ugll) (DBCP) 50 EPA 8260
54.. - 1,2?Dibromoethane (pg/l) (Ethylene dibromide; EDB) 50 EPA 3260
55. I 2-Dichlorobenzene (pgll) (o?Dichlorobenzene) 50 EPA 8260
. 56. ?l 3- Dichlorobenzene (pg/l) (m-Dichlorobenzene) 5.0 EPA 8260
Please indicate detection limit if aneiyte is not demoted



 

 

 

Rev.10]2010

. FORM 50

 

 

 

Sample Date 51?13118

ID. No. 1002177

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

DETECTION ANALYSIS
ANALYTE LEACHATE ZONE METHOD
(ugil) DESCHARGET NUMBER
57. 1,4-Dichcl0robenzene (p?Dichiorobenzene) 5.0 EPA 8260
58. 5.0 EPA 8260
59. Dichierodifluoromethane 5.0 EPA 8260
60. 1.1-Diehieroethaize (Ethyiiciene chloride) 5.0 EPA 8260
61- 1,2-Dichieroetharze (Ethylene dichloride) 5.0 EPA 8260
62. (Vinylidene chi-wide) 5.0 EPA 8260
63. sis-1.2-Dichloroethene 5.0 EPA 8260
64. trans-1,2-Dichi0reethene 5.0 EPA 8260
65. 1,2-Dichloropropaee (Propylene dismantle) 5.0 EPA 8280
66. 5.0 EPA 8260
67. 50 EPA 8260
68. Ethyl Benzene 9.0 EPA 8260
60. Nietbyi butyi keiene {2?Hexanone) 8.2 EPA 8260
70. Methyl bromide (Bromomethane) 5.0 EPA 8250
71. Methyl chloride (Chloromethane) 5.0 EPA 8260
72. Methylene bromide (Dibromomethane) 5.0 EPA 8260
73. Methylene chloride (D?ohioromethene) 5.0 EPA 8260
74. Methyl ethyl ketone 2-Butanone) ?$981 EPA 8260
75. Methyl iodide (lodomethane) 5.0 EPA 8260
76. 4~Methyi-2-pentanone (Methyl isobutyi ketone) 36.5 EPA 8260
W. Styrene 5.0 EPA 8260
78. 1,1 50 EPA 8260
7'9. 5.0 EPA 8260
80. Tetrachloroethene (Perchloroethylene) $5.0 EPA 8260
81. Te?uene 2?.91- EPA 8260
82. 1,1,1-Trichioroethene 5.0 EPA 8260
as. 5.0 EPA 8260 
84. Tfichiomethene 5.0 EPA 8260 

 

 
 

Moniton?ng Point No. mm 

 

 

 

 

 

 

 

 

 

 

 

 

 

Please indicate detection iimit if analy?te is net detected.

 

 

2540-FM-BWM0153 Rev. 1012010

. FORM 50

ANALYTE
(ugii unless otherwise indicated)

Trichlorofluoromethane (CF01 1)
1,2,3-Trichi0r0propane

View acetate

Vinyl chioride

Xylenes

LEACHATE


5.0
5.0
5.0
2.0
30.1

 

 

 

Monitoring Point E.

Sample Date 6/13118
ID. No. 10027?

 

 

ANALYSIS
ZONE METHOD
DISCHARGET RUMBER

EPA 8260
EPA 8260
EPA 8260
EPA 8266
EPA 8260

 

PADEP 273.284 analyte exclusively
Subtitle D. Appendix I analyte exclusiveiy

Ail other analytes are common to both lists"
1' Please indicate detection limit if analyte is not detected.



 

Analyzed in the calendar quarter oniy

 

 

 

 

 

 

2540-FM-BWM0153 Rev. 1012010

FORM 50

Quaiitativety Identified Organic Compounds

 

 

Monitoring Point No. (LEAGHATE)
Sample Date 6l13!18
ED. No. 30027?

 

 

List at least ten voiatile organic compounds not otherwise identified in this section ??heir identification should be
based upon those compounds showing the greatest apparent concentration from the peaks of a mass spectrum of
each sample These ten compounds shalt be icentified but the concentration of each is not reqm Cred

 

Constituent

mime

 

TIC: 

 

TIC: 1,4?Dioxane

 

TIC: ?I??ropanol

 

TIC: 2?Methyi??l~propanoi

 

TIC: 2-Propanol

 

TIC: Acetonitrile

 

TIC: Diethy! Ether

 

TIC: Naphthalene

 

TIC: n?Butanol

 

TIC: Tetrahydrofuran

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Rev. 10:2010 COMMONWEALTH OF Date PgeparedIRevised
- . DEPARTMENT OF ENVERONMENTAL PROTECTION 0827/2018
BUREAU OF WASTE MANAGEMENT i_ . .

a ML 

 
     

  

Date Received

FORM 50
WASTE LANDFILL
LEACHATE ANALYSES

This form meet be tuliy and accurately compteted. required information must be typed or iegibiy printed in the
spaces provided. if additional space is necessary, identify each attached sheet as i-"o rm 50, reference the item
number a not identify the date prepared. The ?date prepared/revised? on any attached sheets needs to match the
?date preparedfrevised? on this page

 

 

 

 

 
 

 

General References: Section and and 
Federal Regulations Subtitle i} 256 54 and Appendix to Part 258

sis. Dee

 

   

 

 

 

 

Appiicant/perrnittee Tervita Rostrever Township Sanitary Land?il

 

Site Name Tervita - Rostrayer Township Sanitary Land?li

 

Facility 10 (as issued by 1002??

 
 

Facility Name: Westmoreland Waste Inc.
iVlH~1 (LEACHATE)

 

Sampling Point identi?cation

 

 

 

 

Location: County WBSWOMEW Municipality; 
Sampling Point: Latitude: ?t . Longitude: it 
Sampling Method: [3 Pumped Bailed Grab
Sample Field Filtered (must be 0.45 micron)? Yes No
819/ 18 10:00

 

Sample Date Sampie Collection Time:

 

Sample Coilector?s Name: 0' Eydlin

 

Sample Coiiector?s Affiliation: The Hutchinson Group

 

Geochemical Testing

56?00306

LaboratOiyUes) Performing Analysis:

 

LaboratOi?y Codi?cation Numbeds):
Gi808662~001

 

Final Lab Analysis Compietion Date: 08" 212018

Lab Sampie Numbeds):
Wez'e Any Hoiding Times Exceeded? Yes No If Yes, please explain in comments fieid.
NamelAffiliation of Person Who Filled Out Form GeOChemiC?i Testing

Comments:
Highly turbid, dark brown, strong musty odor.

 

 

 

 

 

 

 

 

 

 

2540-FM-BWM9153 Rev. 1012910

COMMONWEALTH OF 

DEPARTMENT OF ENVIRONMENTAL PROTECTION

BUREAU OF WASTE MANAGEMENT

FORM 50

QUARTERLY MUNICIPAL WASTE

LANDFILL
LEACHATE ANALYSES

 

 

Sample Date 8/9i18
No, 300277

 

 

Monitoring Point No. MM . 

 

For new tacitities and oeils as weil as existing facilities which were permitted and which received waste after Aprli 9,
1988, discharge ?ow volume from teachate collection shalt be measured daily Discharge flow volume
from the detection zone snail be estimated weekly Form 50 is due quarterly after the flow of leach ate

from the collection system has started. For facilities or cells which have received no waste since April 9, 1988,
detection was monitoring will meet permitlclosure requirements.

 

 

 

 

FLOW FACTOR LEACHATE DISCHARGE DETECTION ZONE DISCHARGE
Volume (average gpd) 401138 
Area Drained (acres) 40-5 
991.1 

 

 

 

 

Ratio (gallonslacrelday)

 

Once ieacttate flow begins from a leachate coltection system, ieachate discharge will be analyzed quarterly for all
anaiytes listed below. lo the ieachate detection zone, any ?uid found in any detection zone monitoring point must be
sampled during the ir-iitial tour quarters for the leachate indicator parameters (designated by below) to establish a
baseline fluid composition. Thereafter, any fluid'detected in each monitoring point in the ieachate detection zone must
be sampled annuatty for the leachate indicator parameters. Quarterly sampling of the fluid in any detection zone
monitoring point for leachate indicator parameters is required onty when the quarterty flow at that monitoring point
exceeds to gallons per acre per day (weekly average for the quarter) for the cell(s) served by that monitoring point. if
the indicator analytes confirm leachate contamination in the detection zone, the fluid will be anatyzed initiaily within 30 .
days and thereafter annuatly for alt anatytes listed below. When (where established) of any detection zone 
anaiytes on this form are exceeded, annual groundwater monitoring must include the Subtitle detection zone add~ort . . - -
list found on Form 19.

a, 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

DETECTION ANALYSIS
ANALYTE LEACHATE ZONE METHOD
(mgr! unless otherwise indicated] NUMBER
Atkalinity, Total 2780 10611
21* Ammonia?Nitrogen 814 EPA 350.1
33" Bicarbonate (as 08003) 2140 SM 4500-(302 [3
4f Catciom, Total 2197 EPA 200.7
53? Chemical Oxygen Demand 9 2200 HACH 8000
Chloride (Ci) 3540 EPA 3000
1* Magnesium, Total . 15?! EPA 200.".Jr
33' pH; Field, (Standard Units) NA SM 4500 - - .
pH, Laboratory, (Standard Units) 3,15 SM 4500-344. - 3'
10* Potassium, Total . 438 EPA 200.7 
11.* Specific Conductance, Fietd (micromhosfcm) NA EPA 120.1
12* Specific Conductance, Laboratory (micromhos/cm) 17000 EPA 120.1 
18.* Sodium, Total in 2130 EPA 200.7 .-
14.* Sulfate. Totat 50 EPA 300.0 
15* Total Organic Carbon (TOG) 529 SM 5310 
16. Fluoride 9.3 EPA 300.0 :3
iron, Total 132 EPA 20012.". 
18. Manganese. Totat 2.73 EPA 200.7". -. 
19. Nitrate-Nitrogen 0.13 EPA 353.21?-

 

Please indicate detection limit if analyte is not detected.

-2-

 

 

 

Rev. 10f201 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

?56.

 

 

 

 

Monitoring Point No. 
FORM 50 Sample Bate 8.19/18
ID. No. 1002??

DETECTION 
LEAGHATE ZONE METHOE
ANALYTE NUMBER

20. Phenolics, Total (mgfl) 0.032 EPA 4204
21. Total Dissolved Solids (mgA) 8230 SM 2540 

22. Tritium EPA 906.0
23, Turbidity (mgl'i) 165 EPA 180.1
24. Antimony, Total 20 EPA 2200,?
25. Arsenic, Total {pgil} 100 EPA 200.17
26. Barium, Total (pgil) EPA 200.?
.27. Bewli?um. ?Fetal c: 4 EPA 290.7
28. Cadmium, Total (ygfi) 5 EPA 200.7
29. .. Chromium, Total (pgll) 90 EPA 200.?
30. Cobalt, Total (mil) (1 30 EPA 200.7
31. Copper, Total (pg/i) 10 EPA 200.?
32. Lead, Total (ygfl) 20 EPA 200.?
33. Mercury, Total 020 SM 3112 8
34. Nickel. ?fetal (ugfl) 120 EPA 200.7
.- 35. Selenium. Total (p911) 20 EPA 200.?
36. Silver, Total (Mgr?) 1905 . EPA 200.7
Thallium, Toial (091E) cl 20 EPA 200.??
38. Vanadium. Total (ugll) 20 EPA 200.7
39. Zinc, Total (pgl?l) 130 EPA 200.?
40. Acetoae (pgll) 84? EPA 8260
41. Acyylonitrile {pgfl} 5.0 EPA 8260
42. Benzene (ugli) 50 EPA 8260
43. Bromochloromethane (ugfl) 5.0 EPA 8260
44. Bromodichloromethane {pgll} 5.0 EPA 8260
45. Bromoform (Tr?bromomethane) 5.0 EPA 8260
46. Carbon Disulflde (09.0) 5.0 EPA 8260
47. Carbon Tetrachloride (pgll) 5.0 EPA 8260
48. Chlorobenzene (098) 5.0 EPA 8260
49. Chloroethane (Ethyl Chloride) (pgfl) 5.0 EPA 8260
50. Chloroform (pg/l) 5.0 EPA 8260
51. 3?Chloro?1vpropene (pg/l) 5.0 EPA 8260
.3)
53. (pgll) (DBCP) cl 5.0 EPA 8260
54. 1 ,2?Dibromoethane (pgll) (Ethylene dibromide; EDS) 5.0 EPA 8260
55. 1,2-chhlorobenzerle (pgfl) (o?Dichlombenzene) 5.0 EPA 8260
1.3-Dichlor0benzene (pg/l) (m~Dichlorohenzene) 50 EPA 8260

 

1* Please indicate detection limit if analyte is not detected.

-3-

 

2540-FM-BWM0158 Rev. 1012010

  
   
   
  
   
  
   
   
  
   
   
   
   
    
  
   
  
  

 

Monitoring Point No. W4 

R- 50 Sampie Date 819MB 


 

 

 

 

ANALYSIS
ANALYTE LEACHATE ZGNE METHOD
NUMBER

57. 1.4-Dichclorobenzene (p-Qichlorobenzene) 5.0 EPA 8280
58. frees-1,4-Dichloro-2-b0tene 5.0 EPA 8280
59. Dichierodifluoromethane 5.0 EPA 8280

 

 

 

 

 

 

 

 

 

 

 

 

60. 1,1?Diehlomethane {Ethyiidene chloride) 5.0 EPA 8260
63. 3,2?Dichieroethane (Ethyiene dichloride) 5.0 EPA 8280
62. ?Ll-Dichioroethene (Vinylidene chloride) 5.0 EPA 8280
63. 7 5.0 EPA 8280
64. trans-1,2-Dichioroethene 5.0 EPA 8280
65. 1,2-Dichloropmpane (Propylene dichloride) 5.0 EPA 8250
68. 5.0 EPA 8280
67. trans-1,S-Dichlompropene 5.0 EPA 8280

 

. 68. Elm: Benzene 50 EPA 8260
68. Methyl may: {2~Hexanone) ?z 5.0 EPA 8260
7o. Meihyl bromide (Bromemethane) 5.0 EPA 8260
Methyl chios?ide (Chloromethane) 5.0 EPA 8260
Methyiene bromide (Dibromomethane) 5.0 EPA 8280
73. Methylene chloride (Dichloromei'hane) 25.0 EPA 8260
74. Methyl etbyi ketone 2-Bu?ienene) "?1620 EPA 8260
. 75. Methyl iodide (ledomethane) c! 50 EPA 8260

 

 

 

 

 

 

 

 

 

 

 

 

 

 

78. 4-MethyE?2-pentenoee (Methyl isobutyi ketene) NA EPA 8280
7'7. Styrene 5.0 EPA 8280
78. 3.1 ,2,2-Tetrachlemethane 5.0 EPA 8260
2?0. 1,1,1,2?Tetrachlomethane 5.0 EPA 8280
80. Tetrachieroeihene (Perchloroethyiene) EPA 8260
Toiuene 5.0 EPA 8260
82. 3,1,1?Trichloroethene (Methyichloroferm) 5.0 EPA 8260

 

83. 3,1,2-Trichieroethene 5.0 EPA 8260
84. Trichioroethene 5.0 EPA 8280

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Please indicate detection limit if analyte is not detected.

 

 

 

 

 



. Monitoring Point No. MM {Ll-imam 

FORM 50 Sample Date 819/18
1.0. No. 

 

 

 

 

ANALYSIS
ANALYTE
. . . LEACHATE ZONE METHOD
(pgll unless otherwme Indicated) QESCHARGET DISCHARGET NUMBER

Trichlorofluommethane (CFC-11) 5,0 EPA 8260
c: 5.0 EPA 8260
Viayt acetate 5.0 EPA 8260
Vinyl chloride - 2.0 EPA 8260
Xylenes 5,0 EPA 8260

 

 

PADEP 273.284 analyte exclusive?y Analyzed in the calendat quarter only
at Subtitle D. Appendix I analyte exclusively
. All other analytes are common ta both lists.



1" Please indicate detection limit if anaiyte is fact detected,

 

 

 

-5-

 

 

 Rev.1t?h?2010

   

 

Monitoring Point No. (LEACHATE)

50 Sample Date 
FORM 100277

 

 

 

 

Quailtetively identified Organic Compounds

List at feast ten volatile organic compounds not otherwise identified in this section. Their identification should be
based upon those compounds showing the greatest apparent coecentration from the peaks of a mass spectrum of
each sample. These tee compounds shall be identi?ed but the ooecentration of each is not required

 

Constituent CAS Number

 

TIC: 1,4-Dioxene

 

TIC: 4?Methyi-2?Pentanone

 

TIC: Acetonitrile

 

TIC: 

 

TIC: Cyciohexanol, 

 

Diethyl Ether

 

TIC: {Jodecane

 

TIC: Naphthalene, 

 

TIC: n?Butano]

 

TIC: Tetrahycirofuran

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

2540-FM-BWM0158 Rev. 1012010 COMMONWEALTH OF Date Prepared/Revised
. DEPARTMENT OF ENVIRONMENTAL PROTECTION 01/11/2019
r: ma BUREAU OF WASTE MANAGEMENT

DEPARTMENT OF ENVIRONMENTAL PROTECTION

 

Date Received


MUNICIPAL WASTE LANDFILL
LEACHATE ANALYSES

This form must be fuliy and accurateiy completed. All required information must be typed or legibly printed in the
spaces provided. if additional space is necessary, identify each attached sheet as Form 50, reference the item
number and identify the date prepared. The ?date prepared/revised? on any attached sheets needs to match the
?date prepared/revised" on this page.
General References: Section 273.255(d) and and 273.276(a)

Federal Re ulations, Subtitle D: 258.54 and Appendix to Part 258.

 

 

 

 

  

 

 

Applicant/permittee Westmoreland Waste LLC

 

Site Name Westmoreland Waste LLC
Facility ID (as issued by DEP) 100277

 

 

 

   
 

   
 

Facility Name: Westmoreland Waste LLC

Sampling Point Identification (LEACHATE)

Westmoreland

 

Municipality: Rostraver Twp.

 

Location: County

 

)1

Sampling Point: Latitude: Longitude: 0
Sampling Method: Pumped CI Baiied Grab

Sample Field Filtered (must be 0.45 micron)? Yes No

12/13/18 11:10

Sample Date Sampie Collection Time:

 

 

Sample COllector's Name: David Custer

 

Sample Coilector?s Affiliation: Geochemical Testing

 

Geochemical Testing

56-00306

Laboratory(ies) Performing Analysis:

 

Laboratory Certification Number(s):
(31812865003

 

Final Lab Analysis Compietion Date: 01/09/2019

Lab Sample Number(s):
Were Any Holding Times Exceeded? Yes No it Yes, please explain in comments field.

Name/Affiliation of Person Who Filled Out Form GSOChemica' TeSting

 

Comments:
Turbid Strong Odor - Amber.

 

 

 

 

 

 

 

 

 

 

2540-FM-BWM0158 Rev. 1012010 COMMONWEALTH OF 
DEPARTMENT OF ENVIRONMENTAL PROTECTION
BUREAU OF WASTE MANAGEMENT

 

 

 

 

FORM 50 Monitoring Point No. .
QUARTERLY MUNICIPAL WASTE Sample Date 12/13/18
LANDFILL LE). No_ 100277
LEACHATE ANALYSES

For new facilities and cells as well as existing facilities which were permitted and which received waste after April 9,
1988. discharge flow volume from leachate collection shall be measured daily Discharge flow volume
from the detection zone shall be estimated weekly Form 50 is due quarterly after the flow of leach ate
from the collection system has started. For facilities or cells which have received no waste since April 9, 1988,
detection zone monitoring will meet permit/closure requirements.

 

 

 

 

 

FLOW FACTOR LEACHATE DISCHARGE DETECTION ZONE DISCHARGE
Volume (average gpd) 101471.33
Area Dralned (acres) 44.6
Ratio (gallons/acre/day) 2275.1

 

 

 

 

Once leachate flow begins from a leachate collection system, leachate discharge will be analyzed quarterly for all
analytes listed below. in the leachate detection zone, any fluid found in any detection zone monitoring point must be
sampled during the initial four quarters for the leachate indicator parameters (designated by below) to establish a
baseline fluid composition. Thereafter, any fluid detected in each monitoring point in the leachate detection zone must
be sampled annually for the leachate indicator parameters. Quarterly sampling of the fluid in any detection zone
monitoring point for leachate indicator parameters is required only when the quarterly flow at that monitoring point
exceeds 10 gallons per acre per day (weekly average for the quarter) for the cell(s) served by that monitoring point. If
the indicator analytes con?rm leachate contamination in the detection zone, the fluid will be analyzed initially within 30
days and thereafter annually for all analytes listed below. When (where established) of any detection zone
analytes on this form are exceeded, annual groundwater monitoring must include the Subtitle detection zone add-on
list analytes found on Form 19.

4 
a

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

DETECTION ANALYSIS
ANALYTE LEACHATE ZONE METHOD
(mg/l unless otherwise indicated) DISCHARGET NUMBER
Aikalinity, Total 1830 1067-1?
Ammonia-Nitrogen 298 EPA 3501
Bicarbonate (as 1820 SM 4500-002 
Calcium, Total 120;, EPA 200.7
Chemical Oxygen Demand 1000 HACH 8000
8* Chloride (Ci) 1770 EPA 300.0
Magnesium, Total 87.1 EPA 200.7
pH, Field, (Standard Units) 7.70 SM 4500 
pH, Laboratory, (Standard Units) 0 7.53 SM 
10.* Potassium, Total 202 EPA 200.7
11.* Specific Conductance, Fieid (micromhos/cm) 7170 EPA 120.1
123* Specific Conductance, Laboratory (micromhos/cm) 8790 EPA 120.1
13.* Sodium, Total 922 EPA 200.7
14.* Sulfate, Total 72 EPA 300.0
15.* Total Organic Carbon (TOC) 136 SM 5310 
16. Fluoride 1.0 EPA 300.0
17. Iron, Total 4.79 EPA 200.7
18. Manganese, Total 0 0.58 EPA 200.7
19. Nitrate-Nitrogen 0.36 EPA 353.2

 

 

 

 

 

1' Please indicate detection limit if analyte is not detected.
2 

 

 

 

 Rev. 1012010

    

 

 

Monitoring Point No. MH-1 (LEACHAT

 

 



 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

FORM 50 Sample Date 12/13/18
l.D. No. 100277
DETECTION ANALYSES
LEACHATE ZONE METHOD
ANALYTE DISCHARGET NUMBER
20. Phenolics, Total (mg/l) 0.057 EPA 420.4
21. Total Dissolved Solids (mg/I) 3650 SM 2540 
22. Tritium (pCi/L)# 23400+?2260 EPA 906.0
23. Turbidity (mg/l) 55.0 EPA 180.1
24. Antimony, Total (pg/l) 100 EPA 200.7
25. Arsenic, Total (pg/l) 30 EPA 200.7
26. Barium, Total (pg/l) 1800 EPA 200.7
27. Beryllium, Total (pg/I) 4 EPA 200.7
28. Cadmium, Total (pg/I) 5 EPA 200.7
29. Chromium, Total 30 EPA 200.7
30. Cobalt, Total (pg/l) 10 EPA 200.7
31. Copper, Total (pg/l) 10 EPA 200.7
32. Lead, Total (pg/I) 20 EPA 200.7
33. Mercury, Total (pg/I) 020 SM 3112 
34. Nickel, Total (pg/l) 50 EPA 200.7
35. Selenium, Total (pg/I) 20 EPA 200.7
36. Silver, Total (pg/l) 10 EPA 200.7
37. Thallium, Total (pg/I) 20 EPA 200.7
38. Vanadium, Total (pg/l) 10 EPA 200.7
39. Zinc, Total (ug/I) 80 EPA 200.7
40. Acetone (pg/l) 100 EPA 8260
41. Acrylonitrile (pg/I) 5.0 EPA 8260
42. Benzene (pg/l) 5.0 EPA 8260
43. Bromochloromethane (pg/l) 5.0? EPA 8260
44. Bromodichloromethane (pg/i) 5.0 EPA 8260
45. Bromoform (Tribromomethane) (pg/l) 5.0 EPA 8260
46. Carbon Disulfide (pg/I) 5.0 EPA 8260
47. Carbon Tetrachloride (pg/I) 5.0 EPA 8260
48. Chlorobenzene (pg/l) 5.0 EPA 8260
49. Chloroethane (Ethyl Chloride) (pg/l) 5.0 EPA 8260
50. Chloroform (Trichloromethane) (pg/l) 5.0 EPA 8260
51. 3-Chloro?1-propene 5.0 EPA 8260 -

53. (pg/l) (DBCP) 5.0 . . - EPA 8250-57 .
54. 1,2?Dibromoethane (pg/l) (Ethylene dibromide; EDB) 5.0 - .. EPASZBO 3
55. 1,2?Dichlorobenzene (pg/l) (o-Dichlorobenzene,3-Dichlorobenzene (pg/l) (m-Dichlorobenzene) 3 5.0-- EPA3250- 

1' Please indicate detection limit if analyte is not detected. -. -- -

 

 

 

 

 

 

  
     

Rev. 10/2010

FORM 50

 

 

 

Monitoring Point No. Mil-1m
Sample Date 12/131118 .. 
LD. No. 100277

 



 

 

     

 

  
 

 

  
  

  
 

 

 

   

 

 

   
 

 

  

 

  
 

 

  

 

    

 

   

 

  

 

   

 

  

 

   

 

  

 

  

 

  

 

  

 

  

 

  

 

  

 

  

 

   

 

   

 

    

 

 
 
  

 

   

 

  

 

    

DETECTION 
ANALYTE LEACHATE ZONE METHOD
(pg/l) NUMBER
57. 1,4-Dichcior0benzene (p?Dichlorobenzene) 5.0 EPA 8260. 
58. 5.0 EPA 8260, 
59. Dichlorodifluoromethane 5.0 EPA 8260 -
60. 1,1~Dichloroethane (Ethylidene chloride) 5.0 EPA 8260 
61. 1,2~Dichloroethane (Ethylene dichioride) 5.0 EPA 
62. 1,1-Dichloroethene (Vinylidene chloride) 5.0 EPA 8260
63. 5.0 EPA 8260. 
64. trans-1,2-Dichloroethene 5.0 EPA 8260
65. 1 ,2-Dichloropropane (Propylene dichloride) 5.0 EPA 8260
66. 5.0 EPA 8260
67. trans-1,3-Dichloropropene 5.0 EPA 8260
68. Ethyl Benzene 11.4 EPA 8260
69. Methyl butyl ketone (2-Hexanone) 5.0 EPA 8260
70. Methyl bromide (Bromomethane) 5.0 EPA 8260
71. Methyl chloride (Chloromethane) 5.0 EPA 8260
72. Methylene bromide (Dibromomethane) 5.0 EPA 8260
73. Methylene chloride (Dichloromethane) 5.0 EPA 8260
74. Methyl ethyl ketone 2~Butanone) 80.4 EPA 8260
75. Methyl iodide (lodomethane) 5.0 EPA 8260
76. 4-Methyl-2-pentanone (Methyl isobutyl ketone) 6.5 EPA 8260
77. Styrene 5.0 EPA 8260
78. 1,1,2,2-Tetrachloroethane 5.0 EPA 8260
79. 5.0 EPA 8260
80. Tetrachloroethene (Perchloroethyiene) 55.0, EPA 8260
81. Toluene 18.5" EPA 8260
82. 1,1,1-Trichloroethane (Methyichloroform) 5.0 EPA 8260
83. 1,1,2-Trichioroethane 5.0 EPA 8260
84. Trichloroethene 5.0 EPA 8260

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Please indicate detection limit if analyte is not detected.

  

 

    

 

 

 

 

 

 

zsao-FMQmemsa Rev. 1012010

FORM 50

ANALYTE
(pg/l unless othenivise indicated)
Trichlorofiuoromethane (CFC-11)
1,2,3?Trichloropropane
Vinyt acetate
Vinyl chloride
Xylenes

LEACHATE
DISCHARGET

5.0
5.0
5.0
2.0
36.1

 

 

Monitoring Point No. NIH-1 

Sample Date 12/13/18

ID. No. 100277

 

 

 

DETECTION
ZONE
DISCHARGET

ANALYSIS
METHOD
NUMBER

EPA 8260
EPA 8260
EPA 8260
EPA 8260
EPA 8260

 

 

PADEP 273.284 analyte exclusively
Subtitle D. Appendix I analyte exclusively
All other analytes are common to both lists.

1? Please indicate detection limit if analyte is not detected.

Analyzed in the 4f? palendariquaifter only: 

 



 

 

 

 

2540-FM-BWM0158 Rev. 1 201 

    
    

 

Monitoring Point No. marinade/lie
FORM 50 Sample DateW' 
ID, No. 100277 . --

 

 

 

Qualitatively Identified Organic Compounds

List at least ten volatile organic compounds not otherwise identi?ed in this section. Their identification should be . 3 . ..
based upon those compounds showing the greatest apparent concentration from the peaks of a mass spectrum of I
each sample. These ten compounds shail be identified but the concentration of each is not required.

 

Constituent CAS Number

 

TIC: 

 

TIC: 

 



 

TIC: 1,4-Dioxane

 

TIC: 

 

TIC: Acetonitrile

 

TIC: Diethyl Ether

 

TIC: Naphthalene

TIC: n?Butanol .

TIC: Tetrahydrofuran