INDUSThIAL WASTES SURVEY
MkPLEWOOD POULTRY
POULTRY PROCESSING
BELFAST, MAINE
APRIL 5, 1971

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MAPLEWOOD POULTRY AND POULTRY PROCESSING
BELFAST BAY, BELFAST, MAINE
APRIL 5, 1971
At the request of the United States Attorney for Maine, the out-
falls from Maplewood Poultry Company and. Poultry Processing Company,
doing business as Penobscot Poultry, were resampled on April 5, 1971.
David Stonefield collected and. Howard Davis witnessed the collec-
tion of all samples. Mr. Davis was in charge of laboratory analysis
conducted in Belfast. Mr. Stonefield aided Mr. Davis in the analysis
of the samples.
Map1e” yood Poultry
Maolewood Poultry, as described in the report of sampling on
I ovember 3 and Ii, 1970, is located in Belfast, Maine, on the west side
of Belfast Bay between the Veteran T s Memorial Bridge and. the old bridge
across the bay (see Figure 1 of the November 3 and. 1 report). On
arrival at Maplewood Poultry Company at 11+30 hours on April 5, Mr.
Stonefield talked with Mr. Steven Glass, the plant manager. Mr. Glass
gave the sampling crew permission to sample the outfall.
The southerr ost outfall (Station -Ol) is a 21+ ” concrete pipe
which reportedly carries the waste from the picking room area where
the birds are killed and plucked. The effluent was colored and. varied
markedly in quantity of flow (Figures 1 and 2).
The middle outfall (Station T-O2) is located below the high water
mark juct north of the ruins of an old pier. This 21+” corrugated steel
pipe reoortedly carries the drainage from the preparing rooms. This

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MAPL EWOOD
POULTRY
PLANT
SCREENS
TOP OF BANK
GREASE
SEPARATOR
1 M P01
‘MPO2
BEL PA S T
BAY
MP 03
MAPLE WOOD
BELFAST,
IPIER RUINS
POULTRY
ME.
I I

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had the s ai1est flow of the three outfalls (Figures 1 arid 3). The
flow observed on April 5 was smaller in volume than was observed
previously.
The northernmost outfall (Station MP-03) is a 30” corrugated
steel pipe which carries the waste from the eviscerating area. The
waste is the largest of three effluents and is passed through screens
and a grease separator before discharge (Figures 1 and 3).
The effluent was very turbid and formed a white cloud along the
bank of the bay (Figure Ii).
Poultry Processing
Poultry Processing is also located on the west side of Belfast
Bay in Belfast, Maine, as described in the report of the November 3
and 1 sampling. At 1 1 i 00 hours on April 5, Mr. Stonefield obtained
permission from Mr. Gilbert Knight, plant manager, to sample the
effluent. The outfall is located just above the low water mark of
Belfast Bay near the salt water pump house for the condenser cooling
water (Figures 5 and 6). Two 12” pipes were discharging into the bay.
The northernmost pipe appeared to be from the condenser and was not
sampled. The southernmost pipe (Station PP-oi) was highly colored
and carried solids. It appeared to be the wastewater from the processing
of the chickens.
When the sampling crew arrived the effluent was colored green.
During the sampling, which took about five minutes, the color of the
effluent varied from green to red and back to green. The oil and
grease sample and the bacteria samole were collected when the effluent
-2-

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was green. The general analysis sample was collected when the color
was changing. As a result the sample was a composite of approximately
50 percent of the effluent when it was red and 50 percent of the
effluent when it was green.
Sampling Procedures
One 250 ml sample for bacteria analysis, one quart sample for
oil and grease analysis, and one gallon sample for general analysis
were collected. The bacteria sampling bottle was used to collect
and pour the samples into the gallon and quart cubitainers. Then the
bacteria sample was collected in the bottle. The temperature of all
samples was determined using a metal thermometer.
The bacterial sample and the general analysis sample were returned
to the Belfast Motor Inn. In the rooms the bacterial sample was
filtered for both total and fecal coliforms. The general sample was
filtered for suspended solids, settled and filtered for settleable solids,
ar.d analyzed for pH and turbidity.
The oil and grease sample was preserved with 2 ml of concentrated
sulThric acid and returned to the NEBO laboratory for analysis. The
filtered bacterial samples were incubated and returned to BO to be
counted. The filtered suspended solid samples were returned to NEBO
for drying and weighing.
Sa o1e Identification
Each sample was tagged with one chain of custody tag giving
collecting agency, lab number, time, date, source of saiiple,
collector’s signature and title, and witness’s signature and title,
plus information on the transfer of the sample. In addition, a pre-
-3-

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nunbered field data card was filled out for each collection time to
record weather conditions, the temperature of the sample, and the
s Ling location.
Results
Table 1 suzr arizes the results of the effluent analysis which
are similar to the previous survey. These results show that Maplewood
Poultry effluent, I -Ol, and the Poultry Processing effluent, PP-Ol,
were highly colored, turbid and contained large quantities of suspended
solids. The oil-grease contents were above that of normal raw sewage.
The turbidity, suspended solids, and oil and grease from Mapiewood
Poultry outfall -O3 were extremely high, more than double the values
obtained in previous surveys.
The effluent from the other outfall from Maplewood. Poultry flP-02
changed little since the last survey.
_14 ._

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TABLE 1
SUMI.IARY OF DATA
MAPIJ 1OOD POULTRY AN]) POULTRY PROCESSING
Temp. Turb. pH
Date T:Lme 0 C JU Units
Set.
Susp.
Oil &
Total
Fecal
Solids
Solids
Grease
Coliform
Coliform
mg/i
mg/i
mg/i
per 100
ml
per 100
ml
27106
MP-O1
14/5/71
l14liO
211. .0
> 300
7.14
1149
521
i 1 4 1 4
21,000,000
> 1,000,000
27107
MP-02
14/5/71
11150
17.5
) 9
7.14
3
214
18
6i,ooo
1,000
27108
14P-03
11/5/71
1500
10.5
)
300
7.3
317
936
522
814o,ooo
280,000
27105
PP-O1
14/5/71
11i20
114.0
)
70
7.3
152
395
196
3,000,000
1,800,000
Tests were performed according to F 1QA Standard Methods and data was verified.
FCLAi i4 ’4 iL
Supervisory Chemi
Laboratory Branch
Lab No. Station
Field Investigations Section

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—
S
0 ’ -
4 .p
• - 4
Collection of sample station MPO1 _____
1440 Hrs. 4—5.71
Maplevood Poultry Co. Belfast, Me J
_ _J
- Effluent from Maplewood Poultry
Co. ou ’ a - i J
Belfa t,Me. ________________

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ii
i
__ ___
Coflection of amp1e station MPO2
1450 Hrs • 4 5 71 F
Maplewood Poultry Co. Belfast, M J
Collection of sample station O3 ____I
L Map1ewo ?oui ryCo.Be].fast,

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p .1
•1 Effluent from Maplewood Poultry Co.
outfall NPO3
1a
ti
Effluent from Maplewood Poultry Co.
ou fai •
[ e1fa t, .

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ELECTRICAL
TRANSFORMER
POULTRY PROCESSING
(PENOBSCOT POULTRY
PLANT
WA YAY
LUM B ER
YARD
F’
F’
F’
F’
DIRT ROAD
BELFAST
BAY
SALT WATER
PUMP HOUSE
PENOBSCOT POULTRY
BELFAST, ME.
CONDENSOR —.
WATER EFFLUENT
TI
PP 01
SALT WATER INTAKE LINE

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— S 4
-, f —
I
I •
____ Collection of sample from Poultry — —
I Processing outfall PPO1 r
Belfast, Me. 1420 Hrs. 4.5..?1
I
I
1/ ::
Collection of sample from Poultry
Proceszing ou fa J. L’ Q1
t lfast, l aine . 1b20 Hrs. b’-5—71

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