NCG510064_Regional Office Historical File Pre 2018

NCDENR
North Carolina Department of Environment and Natural Resources
Division of Water Quality
Michael F. Easley, Governor William G. Ross, Jr., Secretary
Alan W. Klimek, P.E., Director
April 12, 2006
Mr. James Wellons
Shield Engineering, Inc.
4301 Taggart Creek Road
Charlotte, N.C. 28210
IV D
R 7 r7,
ENVIRONMENT
RESOURCES
VAAL OFFla
Subject: Rescission of NCG510064
Piney Woods Quick Stop
Iredell County
Dear Mr. Wellons:
Division staff has confirmed that the subject Certificate of Coverage [issued under NPDES
General Permit NCG510000] is no longer required. Therefore, in accordance with your request
[made on behalf of Tull Transport Company], CoC NCG510064 is rescinded, effective
imnaediately.
If in the future your company wishes to discharge wastewater to the States surface waters, you
must first apply for and receive a new NPDES permit. Discharge of wastewater without a valid
NPDES permit will subject the responsible party to a civil penalty of up to $25,000 per day.
If you have questions about this matter, please contact Charles Weaver of my staff at the
telephone number or address listed below.
Sincerely,
Alan W. Klimek
cc: Central Files
Mooresville Regional office Mike Parker
NPDES Permit file
Fran McPherson, DWQ Budget Office
1617 Mall Service Center, Raleigh, North Carolina 27699-1617
512 North Salisbury Street, Raleigh, North Carolina 27604
Internet: h2o,enr,state.nc.us
Phone: [phone], extension 511 / FAX [phone]
charles.weaver@ncmai net
One
NorthCarolina
Nati/tray
An Equal Opportunity/Affirmative Action Employer — 50% Recycled/10°k Post Consumer Paper

SOC PRIORITY PROJECT: Yes No X
If Yes, SOC No.
To: Permits and Engineering Unit
Water Quality Section
Attention: Charles Alvares
Date: July 9, 1993
NPDES STAFF REPORT AND RECOMMENDATION
County: Iredell
Permit No. NCG510064
PART I - GENERAL INFORMATION
1. Facility and. Address: Groundwater Remediation Facility
at Phil's Food
Tull Transport Company
d/b/a Johnston Fuel Company
Post Office Box 327
Troutman, North Carolina 28166
2. Date of Investigation: 07-08-93
3. Report Prepared By: G. T. Chen
4. Persons Contacted and Telephone Number: Mr. Michael Shaw,
Project Engineer, SPATCO Environmental; [phone]
5. Directions to Site: The site is located in the northwest
quadrant of the junction of SR °1581 (Damascus Church Road) and
Highway 115 approximately 10 miles north of the City Limits of
Statesville, Iredell County.
6. Discharge Poi°nt(s). List for all discharge points:
Latitude: 35° 56' 15" Longitude: 80° 58' 00"
Attach a U.S.G.S. map extract and indicate treatment facility
site and discharge point on map.
USGS Quad No.: D 15 NW
USGS Name: Central, NC
7. Site size and expansion are consistent with application?
Yes_ No If No, explain: N/A
Topography (relationship to flood plain included): The site
area was graded and paved with 1 to 2% slopes. The site is
not in a flood plain.

9. Location of nearest dwelling: One dwelling within 500 feet of
the site.
10. Receiving stream or affected surface waters: UT to Little
Rocky Creek
a. Classification: C
b. River Basin and Subbasin No.: Yadkin and 03-07-06
c. Describe receiving stream features and pertinent
downstream uses: The receiving stream is a roadside
drainage ditch which may enter the headwaters area of an
unnamed tributary to Little Rocky Creek. No known
downstream users.
PART II DESCRIPTION OF DISCHARGE AND TREATMENT WORKS
a. Volume of wastewater to be permitted: 0.0018 MGD
(Ultimate Design Capacity)
b. What is the current permitted capacity of the wastewater
treatment facility? N/A
c. Actual treatment capacity of the current facility
(current design capacity)? 0,0018 MGD
d. Date(s) and construction activities allowed by previous
Authorizations to Construct issued in the previous two
years: N/A
e. Please provide a description of existing or substantial y
constructed wastewater treatment facilities: N/A
Please provide a description of proposed wastewater
treatment facilities: The proposed groundwater
remedi tion facility will consist of a series of recovery
wells with submersible pumps, a Quantek VPS-1 oil/water
separator, a Carbonair STAT 30 aeration type air
stripper, a Strainrite UF1-90 bag filter, and two (2)
Calgon Flowsorb, 165-pound Granular Activated Carbon
Reactors (GACR) in series.
g. Possible toxic impacts to surface ers: N/A
h. Pretreatment Program (POTWs only): N/A
in development:
should be required:
NPDES Permit Staff Report
Version 10/92
Page 2
approved:
not needed:

Residuals handling and utilization/disposal scheme:
a. If residuals are being land applied, please specify DEM
Permit No.:
Residuals Contractor:
Telephone No.:
b. Residuals stabilization: PSRP:
RFRP:
Other:
c. Landfill:
d. Other disposal/utilization scheme (specify): Solids, if
any, from the bag filters and that from the oil/water
separator will be containerized and shipped to a brick
yard for disposal.
Treatment plant classification (attach completed rating
sheet): Proposed facility, no rating given.
4. SIC Code(s): 5172
Wastewater Code(s) cf actual wastewater, not particular
facilities, i.e., non -contact cooling water discharge from a
metal plating company would be 14, not 56.
Primary: Treated groundwater Secondary:
Main Treatment Unit Code: 00000
PART III - OTHER PERTINENT INFQR:NATION
Is this facility being constructed with Construction Grant.
Funds or are any public monies involved (municipals only)?
N/A
Special monitoring or limitations (including toxicity)
requests: N/A
Important SOC, JOC or Compliance Schedule dates: (please
indicate) N/A
Submission of Plans and Specifications
Begin Construction
Complete Construction
NPDES Permit Staff Report
Version 1©/92
Page 3
Date

4. Alternative Analysis Evaluation: Has the facil;
all of the non -discharge options available. Pa
regional perspective for each option evaluated..
Spray Irrigation:
Connection to Regional. Sewer System:
Subsurface:
Other Disposal Options:
Other Special. Items: N/A
PART IV - EVALUATION AND RECOMMENDATIONS
y evaluated
ase provide
N/A
Tull Transport Company (d/b/a Johnston Fuel Company) requests
an NPDES General Permit for the discharge of treated groundwater
generated from a groundwater remediation facility. The groundwater
at the Phil's Food Store is contaminated by petroleum hydrocarbons
from leaking underground storage tanks.
An engineering report prepared by SPATCO Environmental for the
subject project was submitted with the application to the Division
of Environmental Management. The Report details the treatment
facilities, and methods of treatment and disposal.
On -site investigation revealed that the proposed discharge
will enter a roadside drainage ditch. Since there is no access to
surface waters near the groundwater recovery site, it is
recommended that the subject request be approved and a General
Permit be issued to the applicant as requested.
Signature of Report Preparer
Date
NPDES
Version .l0 92
Page 4

4 755 / NE
IODENITE!

T APPLICATION STATUS
Tc
c�ct Name:
Puma t No.: ,
14R0 No..
Date Applicati*- Received:
Completeness t f Applic, Lion. Package: Yes
Date of Invest .ati©n:
Date SR Submitted for Review:
ID1ate Person
Rgst. Contacted
Other:
Information Reques
Te
hc+ne
No
Inc.Date
Rqs Recvd .

State of North Carolina
Department of Environment,
Health and Natural Resources
Division of Environmental Management
James B. Hunt, Jr., Governor
Jonathan B. Howes, Secretary
A. Preston Howard, Jr., P.E., Director
Ms. Mildred Berryhill
Tull Transport Company
PO Box 327
Troutman, NC 28166
June 25, 1993
CL D"L'ir
1lViC"r,„
PLIMMUN
tvislyn,
Subject: NPDES Genekrmit'Apphcation
Application Number NCG510064
Tull Transport Company
Iredell County
Dear Ms. Berryhill:
This is to acknowledge receipt of the following documents on June 4, 1993:
Completed Notice of Intent (Application Form),
Engineering Proposal (for proposed control facilities),
Request for permit renewal,
Application processing fee of $400.00,
Engineering Economics Alternatives Analysis,
Engineering Plans and Specifications
Local Government Signoff,
Source Reduction and Recycling,
Interbasin Transfer,
Other
The items checked below are needed before review can begin:
Completed Notice of Intent (Application Form),
Engineering proposal (see attachment),
Application Processing Fee of $,
Delegation of Authority (see attached),
Biocide Sheet (see attached),
Engineering Economics Alternatives Analysis,
Engineering Plans and Specifications
Local Government Signoff,
Source Reduction and Recycling,
Interbasin Transfer,
Other
If the application is not made complete within thirty (30) days, it will be returned to you and may
be resubmitted when complete.
P,O. Box 29535, Raleigh, North Carolina 27626-0535 Telephone [phone] FAX [phone]
An Equal Opportunity Affirmative Action Employer 50% recycled/ 10°4 post -consumer paper

I his appl
wvdew. ot.
e.ss for t
aeon. assigned to Charles t lvratrez l 3 ( k f a tar era litS i tit
advised of any e mments, recoup rctenaattans, iue st.ans or other infra
iew of the application.
I am, by copy of this letter, requesting that our Regional Office Supennsar p
and recommendations regarding this discharge. If you have any questions res
application, please contact the review person listed above.
Cotten S rid P.E,
vine Region al` Oftc
Pe 't Application

Statue of North Carolina ,
Department of Environment, Health and Natural Resources
Division of Environmental Management
512 North Salisbury Street • Raleigh, North Carolina 27611
James G. Martin, Governor
William W. Cobey, Jr., Secre
NOTICE OF INTENT
A. Preston Howard, Jr., PE.
Acting Director
National Pollutant Discharge Elimination System
Application for Coverage under General Permit NCG510000; Groundwater remediation projects
designed to treat petroleum contaminated groundwater.
1. Name, Address , location, and telephone number of facility requesting Permit.
Tull Transport Company
P.O. Box 327
A. Official Name:
B. Mailing Address:
(1)Street Address;
(2)City;
(3)State;
(4)Zip;
(5)County;
C. Location. (Attach map delineating general
l facility
ac l tya anonscus Church Road
(1)Street Address;
(2)City;
(3)State;
(4)County;
D. Telephone Number;
2. Facility Contact:
A. Name;
B. Title;
C. Company Name;
D. Phone Number;
Statesville
North Carolina
fredel1
C. DEPT, OF N.4TtriA.',
RFSaLrRcy.;
PbMMUZVITY I)Evb..
( 704
876 _ 4512
Michael Shaw
Project Manager
SPATCO Environmental
( 704 ) 596 - 8624
JUN 2 8 1993
Sill OF ERit E"itilEhT"s
iLLL
Application type (check appropriate selection):
A. New or Proposed; X
B. Existing; If previously permitleti, provide permit number
and issue date
C. Modification;
Describe the nature of the modification):
Description of discharge
A, Please state the number of separate disc points.
1,[1 ; 2,1 l ; 3,[ l ; 4,[) ;
Page 1

B. Please describe the amount of wastewater being discharged per each separate discharge point:
1: 1800gallons per day (gpc1) 2: (gpd) 3: (gpd) 4; (gpd)
C. Check the duration and frequency of the discharge, per each separate discharge point:
1. Continuous X
2. Intermitimt (pleaw descae):
3. Seasonal (check month(s) the discharge ): January (xi; February N; March id; April [1,
May [1;June id; July bi; August bl;Septerriber ;,];Octobeiroa: November kl; December
4. How many days per week is there a discharge?(check the days the discharge occurs)
Monday 11, Tuesday 11, Wednesday id, Thursday H,Friday k 1, Saturday kl, Sunday [xl.
5. How much of the volume discharged is treated? (state in percent) 100 %
D. Describe the type of wastewater being discharged per separate discharge point. Specify what is
being removed and products recovered. This includes a listing of any chemicals found in
detectable amounts with the maximum observed concentration reported. The summary of
analytical results containing this maximum value should also be submitted (Le. the listing, not
the graphical scan). The most recent sample must be no older than one year previous to the date
of this application. The following volatile organic compounds should be included along with
any suspected fuel additive;
1. Benzene';
2, Toluene*;
3, Ethylbenzene*;
4. Xylene*;
5. Lead;
6. Methyl tert-butylether (1v1 E);
7. Dibromoethane (EDB);
8. 1,2-dichloroethane;
9. Isopropyl ether;
10. Naphthalene;
11. Phenol;
*(An EPA approved method capable of detection levels to 1 ppb should be used to detect these
compounds).
E. Please check the appropriate type of treatment being used to treat the groundwater;
1. Oil/Water Separator; X
2, Air Stripper; X
3. Diffused Aeration;
4, Activated Carbon Absorption; X
5. Other(spedfy);_
6 SeparateJy, please describe in detail(size, volumeicapacity, design flow through treatment,
etc.) each type of treatment that was checked in 1 through 5. Include, if any, the
manufacturer's information on each type of treatment. Also provide the removal efficiency of
each compound detected for the project, if known. Give design specifics (i,e, design volume of
each unit, materials used in air stripper, etc.). Existing treatment facilities should be
described in detail and design criteria or operational data should be provided(including
calculations) to ensure that the facility can comply with requirements of the General Permit.
Please include model and calculations used in determining the design requirements for the air
stripper.
7. What are the well sizes and how many exist.
8. Please state the pump sizes and their location in relation to the treatment used in part 2.E.
9. Please explain what fail-safe measures, such as audible and visual alarms or automatic
shutoff systems, are provided to ensure no system failures.
10. is there an access to the effluent for sampling?( either an open pipe or a valve to obtain a
sample)
Page 2

4 NOTE: Construction of any wastewaterwas1eater tcatrncnt facilities require submission of three (3) sets of plans
and specifications along with their application. Design of treatment facilities must comply
with requirement 15A NCAC 214 .0138. If construction applies to the discharge., include the
three sets of plans and specifications with the application..
5. What is the nature of the business applying for this perrnit.
6. Name of receiving water or waters; Little Rocky Creek Classification:
(Attach a USGS topographical map with all discharge point(s) clearly marked)
7. Is the discharge dire-ctly to the receiving water?(Y,N) N
If -no, state specifically the discharge point. Mark clearly the pathway to the potential receiving
waters on the site map. (This includes tracing the pathway of the storm sewer to its discharge
point, if a stormsewer is the only viable means of discharge.)
8. Please address possible non -discharge alternatives for the following options:
A. Connection to a Regional Sewer Collection System;
B. Subsurface Disposal;
C. Spray Irrigation.;
9. I certify that I am familiar with the information contained in the application and that to the best of
my knowledge and belief such information is true, complete, and accurate.
Piinted Name of Person Signing'_ . \\
Titl\7<c' '1/4 4 e
Date Application Signed_ ,
Sipa ture of A pplialnt
N1QnIll_CAG E Nt1lL&IAULI E 111.721.1.6_111.ilinE2YID-E5_11.1./iL
Any person who knowingly makes any false statement, representation, or certification in any
application, record, report, plan or other document filed or required to be maintained under Article 21 or
regulations of the Environmental Management Conunission implementing that Article., or who falsifies,
tampers with or knowingly renders inaccurate any re -cording or monitoring device or method required to
be operated or maintained under Article 21 or regulations of the Environmental Management
Commission implementing that Article, shall be guilty of a misdemeanor punishable by a fine not to
exceed $10,000, or by imprisonment not to exceed six months, or by both. (18 U.S.C. Section 1001 provides
a punishment by a fine of not more than $10,D00 or imprisonment not more than 5 years,or both, for a
similar offense.)
Notice of Intent must be. accompanied by a check or money order for W0.00 made payable to the North
Carolina 'Department of Environment, Health, and Natural Resources. Mali threc (3) copies of entire.
package to:
Division of Environmental Management
NPDES Permits. Group
Post Office Box 29535
.North Carolina 27626-053.5
Page .3

NATIONAL POLLUTANT DISCHARGE ELIMINATION SYSTEM APPLICATIONS
ENGINEERING REPORT
SITE:
Phil's Food
Highway 115
Iredell County, North Carolina
PREPARED FOR:
Ms. Mildred Berryhill
Tull Transport Company
d/b/a Johnston Fuel Company
P.O. Box 327
Troutman, North Carolina 28166
PREPARE BY:
SPATCO Environmental
5100 North I-85, Suite 6
Charlotte, North Carolina 28206
February 11, 1993
ss
Senior Hydrogeologist
NC Professional Geoloist # 1160
Donn McGinnis, P.E.
Senior Engineer
NC Professional Engineer # 1
72

DESCRIPTION OF FLOW
The proposed effluent is from a ground -water recovery and
treatment facility. Ground water in the area of Phil's Food Store
has been impacted by petroleum hydrocarbons from leaking
underground storage tanks (USTs). Levels detected are above NCAC
T15A:02L regulatory limits for benzene, ethylbenzene, xylene, and
naphthalene. The anticipated flow rate from the on -site treatment
works is approximately 1.25 gpm (0.0018 MGD).
WASTE DISPOSAL OPTIONS
Sanitary-POTW Option:
The site is located in a rural area of Iredell County, North
Carolina. There is no sanitary POTW available at the site. The
nearest POTW is located in Statesville, North Carolina, 10 miles
south of the site.
Ground -Water Injection:
Ground -water injection into water bearing formation is
impractical due to the low hydraulic conductivity of the site.
Injection of wastewater upgradient of the site reduces the capture
zones of the recovery wells to a point where ground water pumping
is not practical.
Ground -Water Infiltr ration:
Ground -water infiltration into surface soils is i.mpracticai
due to the low hydraulic conductivity of the soils. During a
double ring infiltration test (ASTM D 3385-75), an infiltration

rate of 0.02 feet/hour was measured; however, no infiltration was
observed at the end of the test.
Thus surface discharge of wastewater is the only practical
alternative.
Wastewater Discharge Point:
The point of discharge will be into the intermittent creek
located east of the site. Figure 1 is a site plan showing the
location of the site, treatment works, and discharge point. Figure
2 is a topographic map showing the location of the discharge and
the topographic, cultural features, and location of the site.
The intermittent creek is a tributary of Little Rocky Creek
and is classified as a class WS-III surface water. Little Rocky
Creek flows east to Patterson Creek.
TREATMENT WORKS
Pumping System:
Total fluids will be pumped from the recovery wells with
submersible pumps. A pneumatic pump system will be used to recover
total fluids from the four (4) recovery wells. The recovery rate
for the wells is estimated to be 1.25 gpm total. Recovered fluids
will be pumped to a treatment facility to remove petroleum
constituents and then discharged.
2

Oil/Water Separation:
SPATCO Environmental will install a Quantek VPS-1 oil/water
separator. The Quantek VPS-1 is designed with vertical and
horizontal coalescing plates and removes ail globules as small as
20
µm.
Accumulated phase -separated hydrocarbons will be
transferred to the existing holding tank. In addition, the
coalescing plates also capture and settle suspended solids.
Dissolved Hydrocarbon Removal:
Dissolved volatile hydrocarbon compounds will be removed from
the recovered ground water using a Carbonair STAT 30 aeration type
air stripper. The STAT 30 is a counter current sieve -type air
stripper with three aeration sieves. Predicted effluent
concentrations are noted in Table I.
Table I. Predicted Removal Efficiencies
nfluent frog
Separator
in ppb
Predicted
Effluent from
Stripper in ppb
NPDES Permitted
Discharge in ppb
Benzene
2 <_ 71
71.4
Toluene 840
Ethylbenzene 680
2
325
Total Xylene 3781
monitor & repo
MTBE
75.5 moni
epo
Naphthaiene 1273
ppb = parts per bi ion.
onitor & report

After stripping, the effluent will be pumped through a 50 µm
Strainrite UF1-90 bag filter. The combination of air stripping,
which will induce metallic oxide precipitation, and a filter screen
will lower any dissolved metal concentrations in the waste stream..
solids from the bag filters will be periodically collected and
containerized with solids from the separator for disposal.
Following bag filtration, treated water will be pumped through
two Calgon Flowsorb, 165-pound Granular Activated Carbon Reactors
(GACR). As a final polish to remove soluble hydrocarbons, the two
GACR drums will be used in series. This will allow for maximum
loading of organic compounds on the leading GACR while minimizing
the breakthrough with the trailing GACR. Figure 3 is a schematic
diagram showing the treatment facility.
Air Discharge Treatment Engineering:
The site is located in an area where vapor treatment is not
anticipated. If however, after conducting pilot tests the
following methods will be used. Exhaust air fro the stripper will
be vented to the atmosphere. Should exhaust vapor treatment be
required, the air will be routed through a GACR designed for
recovering volatile organic compounds from a gaseous waste stream.
Prior to the GACR, the air will be heated to reduce the relative
humidity, promote GACR efficiency, and prolong carbon life.
Extracted vapors from the soil venting system will be routed
to a discharge stack located at the remediation compound. Required
treatment of extracted vapors is not expected.
4

System Operation and Control.:
SPATCO Environmental will monitor the operation of the system
using a computer interface and remote telemetry. The telemetry
system will allow for the status of the system to be called up via
telephone link. In addition, the computer can alert the control
center of any problems that have occurred within the system.
System Safety Features:
The system will employ high level cut off switches in each of
the tanks. If a tank, separator, aerator, or holding tank is full
or fails to drain, the whole system will be shut down.
SPATCO Environmental strongly recommends the proposed system
be completed with shut down systems located at the pumps. If the
stripper pumps should fail, the recovery pumps will be shut down to
prevent gravity over flow of recovered ground water. Similarly, if
the recovery pumps or compressors fail, the stripper will be
automatically shut down to conserve energy. Operating status of
the pumps will be connected to the telemetry system for monitoring
purposes.
A schematic diagram showing the proposed system, sampling
points, selected equipment, and emergency cut off sensors is shown
in Figure 3.
Freeze Protection:
The proposed system includes a fully enclosed shed to prevent
lines and equipment from freezing during extremely cold periods.

Tanks located outside the shed will be fitted with immersion
heaters to keep from freezing.
SYSTEM MONITORING
The treatment system will be monitored by a trained system
technician on a weekly basis. During the monitoring visit, the
system will be adjusted to maintain treatment efficiency and
compliance. Treatment effluent samples will be screened with a
Photovac G.C. to ensure discharge quality and prevent carbon
breakthrough.
Influent and effluent samples will be collected and submitted
for analyses on a monthly basis. Sample results will be recorded.
and reported in a monthly discharge monitoring report (DMR).
Financial Rasponsibiiity:
SPATCO Environmental will install and operate the water
treatment system. SPATCO Environmental maintains an insurance
policy with Liberty Mutual. The policy includes a $1,000,000/
incident, $5,000,000 annual limit for Pollution Liability, and
$1,000,000/incident coverage for Errors and ©missions.

ANTICIPATED INFLUENT CONCENTRATIONS
Well Benzene Toluene Ethyl- Xylenes Naphthalene MTBE Flow
(PPb) (PPb) benzene (PPb) (PPb) (PPb) Rate
(PPb) (gpm)
RW-1
MW-1
RW-2
RW-3
Eciqi
646
646
1680
1680
50 ND
10 ND
499 1260
ppb: parts per billion
1360 7530
1360 7530
ND ND
100
1020.5 5672.5
2540
2540
ND
20
1910
117
117
51
51
113.25
0.5
0.25
0.2.5
0.25
EQ-
5
Benzene = 499 = 332 ug/1
1.5
Toluene = 1260 = 840 ug/1
1.5
Ethylbenzene = 1.020.5 = 680 ug/1
1.5
Xylene = 5672.5 = 3781 ug/1
1.5
Naphthalene = 19.0 = 1273 ug/1
1.5
MTBE = 113.25 = 75.5 ug/1
1.5
NOTE: Influent concentrations for wells RW-1 and MW-1 were
estimated using data from: Kramer, William K. and. Hayes,
Theodore J; Water Soluble Phase of Number 2 Fuel oil:
Results of A Laboratory Mixing Experiment; New Jersey
Geological Survey Technicial Memorandum 87-4; October 1987.
Influent concentrations for RW-2 and RW-3 were estimated from
data collected from MW-6 and MW-7, respectively.

Foy
CAPTURE ZONE,600 DAYS
CAPTURE ZONE 300 DAYS
O' 65' 1 30'
SCALE
WATER
SUPPLY
WELL
LEGEND
0, MONITOR WELL
PROPOSED RECOVERY WELL
BENZENE ISOPLETH
TRENCH TO INTERMITTENT CREEK
•
S PATC 0 'Venvironrnenta
FIGURE 1: TREATMENT WORKS
JOHNSTON OIL COMPANY
STATESVILLE, NC
WO #9-2982 DATE: 1 /27,/93
DWG }JONSTON8 DRAWN 8Y: JCJ

USGS TOPOGRAPHIC MAP
SCALE 1:24000
0
1000 0 1000 2000
0
CENTRAL QUADRANGLE
7000 FEET
1 KILOMETER
CONTOUR INTERVAL 10 FEET
OATUi4 IS MEAN SEA LEVEL
1 MILE
SPATCO Venvirenment
FIGURE 2: SITE LOCATION MAP
JOHNSTON OIL COMPANY
STATESVILLE, NC
DATE:
DRAW
Y: JCJ

SPATCDV
SPATCO INSURANCE COVERAGE
Type of Coverage
Commercial General Liability
General Aggregate
Products - Completed Operations
Personal - Advertising
Each Occurrence
Fire Damage
Automobile
Combined Single Liability Li
Personal Injury Property
State)
Medical Payments
Uninsured/Underinsured Motorists
Comprehensive;
Collision
Hired & Non -Owned. Liability
Garagekeepers Legal Liability
Deductible Comprehensive
Collision
s required by
2,000,000
2,000,000
1,000,000
1,000,000
100,000
5,000
1,000,000
500 ded
1,000 ded
included
100,000
250
500
mbrella Liability 5,000,000
Pollution Liability 1,000,000
5,000,000
Errors Omissi ns 2,000,000
Judiciary Liability,000,000
1,000,000
Worker's Compensation
atutory Limi

FROM
TRANSFER
PUMP 3
MODEL: 433 (6D460P 037)
RATING: 2'547GPN AT 225PSI M
PULSER: 1 CONTACTCLOSURE
PER GALLON
OIL/WATER SEPARATOR
OWS 1
MFR. HYGROFLO
MODEL: UPFRP
RATING: 1-10 GPM
OBE./WATER
SEPARATOR ATE
--.- - - TRANSFER
FER
PUMP
TRANSFER PUMP
TP1
MER, GORMAN--RUPP
MODEL: 61 1/4A3-X,5 3P
RATING. 0.5 HP, 23DV,
3PH, AOHZ, XP, 1,9A
CAPACITY: 35 GPM AT 25FT TDH
TP2 PRODUCT
TRANSFER
'NEUMATIC TRANSFER PUMP PUMP
ROUND WATER PUMP TP2
P20 - GP31 MFR; GORMAN-RUPP
(FR: CLEAN ENVIRONMENT ENGINEERS MODEL: 61 1/4A3-X.5 3P
IODEL: AP-4 RATING: 0,5 HP, 230V,
1�F?ACITY. 0,3 TO 7.,0 GPM 3PH, 50H2., XP, 1.9A
.TING: '1.'2 CFM/GPM CAPACITY; 35 GPM AT 25FT TOR
SHALLOW RECOVERY WELL
(TYPICAL, 1 OF 4)
SAMPLE PORT
AIR DISCHARGE
6'
AERATION
BLOWER
TRANSFER PUMP
SHALLOW TRAY At:RATOR
SAT 1
MFR: CARRONAIR
MODEL: SAT 30
RATING: 99,995 VOC REMOVAL
CAPACITY: 1,5 GPM
TRANSFER' PUMP
TP4
MFR° BURKS PUMPS
MODEL 370F4-1 1/4
RATING: 3/4HP, 230Y, 3PH,.
OOHZ XP, 2,6A
CAPACITY: 75 GPM AT AOFT TOH
FILTER
FLTR 1
MFR: STRAINRITE
MODEL: UF1-^90
SAMPLE
PORT
SAMPLE
PORT
SURGE TANK
ST1
MFR: BENDEL
MODEL'. XXXX
CAPACITY: 270 GALLONS
PRODUCT
TANK
PRODUCT TANK
PT1
MFR: BENDEL
MODEL: SK{D TANK
CAPACITY: 550 GALLONS
GAC1
LBS
ACTIVATED CARBON UNIT
GAC1
NUR: CALGON
MODEL: FLOWSOR6
RATING: 1-10 GPM
CAPACITY 165 LBS, CARBON
SURGE TANK
TRANSFER PUMP
{ MHO 1 J
T3 TO
TRAY
TRANSFER PUMP AERATOR
TP3
MFR: BURKS PUMP
MODEL: 370F4•-1 3/4A1
RATING: 3/4 HP, 230V,
3PH, 60HZ XP, 2.6A
CAPACITY: 75 CPM AT 401-T' TDH
SAMPLE PORT
MHO TOOL
MHO 1
MFR: MHO
MODEL: 2"
CRATING: 30-50 GPM
FLOW METER & PULSER'
MOO do FTC 100
MFR: HERSEY
MODEL: 433 (604390P039)
RATING: 3.95GPM At 225PSI MAX.
PULSER: 1 CONTACT CLOSURE
PER 16 GALLONS
DISCHARGE TO
SURFACE WATER
FIGURE 3: GROUND WATER REMEDIATION SYSTEM
PROCESS FLOW DIAGRAM
JOHNSTON OIL COMPANY
STATESVILLE, NC
W g9-:982 DATE: i /26/9:
DWG } E3AUCSYS5 DRAWN BY: JCJ
4

AC1-AIR COMPRESSOR
CACI--CARBON VESSEL
GAC2-CARBON VESSEL
HB1-AIR DRYER
OWS-OIL/WATER SEPARATOR
PT I -PRODUCT HOLDING TANK
TPI-INFLUENT TRANSFER PUMP
TP2-EFFLUENT PUMP
WCB1 -WELL PUMP CONTROL
WCB2-WELL PUMP CONTROL
PRODUCT LINE
ELECTRICAL LINE
WATER LINE
AIR LINE
SP AT C O environmental
GROUNDWATER REMEDIATION SYSTEM
OVERHEAD VIEW
PHIL'S FOOD MART
STATESVILLE, NORTH CAROLINA
WO#
DATE: 5-18-93
DRAWN BY: DB

COMPRESSOR
MT'RI CHAMPION
HIII'DEL VRS-12
CAPACITY, 19,1 CFM 0 1E5 PS1
I rrhlt;E, S!2211ER
F1, 1R1
Ml" R, BANJO
MODEL, LST-125-80
B© MCSHI 150 PS/
OIL/WATER
SEPARATOR
07L/'MAZER SEPARATOR
0M51
MFFT, NO141FE.AS7
FQB0L, BP-4
RATING, 35 GPM
PNELRfiATlC
0.R 1NBMAGER PI
MERn 4f»E:AN ENV
/2* AP-4 B
APACIT Y, 0 -10 GPM
RECOVERY WELL
(TYPICAL„ 1 of 4)
INLIHE STRAINER
FLTR2
MFR1 BANJO
MODEL! LST.-125'410
00 MESH, 1.50 PSI
TRANSFER P1J�MgP-"'� FLOW'
TPI CONTROL
MFR+ BURNS VALVE
MODEL, GHA 5 1-If4
RATING, 0,25HP. 230f3/0 NP, 1.0A
C APAC I Y, 111 GPM / 201 TtN
F1.0WME I E.R L POE SE
F 11101
MFR, HE R SEY
NOVEL, 433 PGiY4002039)
RATING L^00 00T*M B 205P51 MAIL
PLILSERt 0 PULSL PER GALLON
IF M
101
TRAY' AERATOR
dTHEAST
48.`'di:, VIA REMT1'V
T, 1-15 CB'M
11
/ BLGIWER
AER PUMP
TRANSFER P'd3ME" CE' ifRCR"
TP2 'MfALYV'il
11FR, BURNS
M4OGE4' Coda 5 1-I/4 FILTER
RATINGI 0-2511P, 230/ /Ta0 AT", 1.0A FLTR3
CAPACITY. 10 GP'M B 3043T Tit2 W2' STRAIWRITE
MODEL, UFA-'90
PRESSURE SW I CH
P51-PS3
MFG, HERCOIB
MDBEL, OA-7031-153
CAPACITY, L/0-20 P;
ACTIVATED CAR;23F4 I2N11S
GACO L GAC2
MN, CARBTREIL
n03EL. LI
RATING = 10 GPM
CAPACITY, efliI LBS CARBON
SPATCOI.,�
33E04 Marl, I^BS, 4.,4e 7
CYwPI.34, NC, 70706-137L
UNUWATER REMEDIATION SYSTEM
PROCESS FLOW DIAGRAM
JOHNSTON OIL COMPANY
STATESVILLE, NC

WATER
SUPPLY
WELL
E
MW-12
4
MW-2-N \
/ RECbVER(
/ COMPOUND\
MYI -1
,404
W-
65'
SCALE
DISCHARGE POINT
5
WATER
SUPPLY
WELL
C
LEGEND
MONITOR WELL
PROPOSED RECOVERY WELL
BENZENE ISOPLETH
SPA
CO /environmental
FIGURE 1: TREATMENT WORKS
JOHNSTON OIL COMPANY
STATESVILLE., NC
WO #9-2982 1-DATE; 5
DWG #JONSTON8 DRAWN
25 93
Y: JCJ

haiioW[
w profile air stripper.
System Performance Estimate
Client and Proposal information:
Phil's Food - lredell Co., NC
Untreated Model 1311
Contaminant Influent Effluent
ppb ppb `air(lbsfhr)
% removal
Benzene 332 5 * <.001
98.6052%©
Ethyl Benzene 680 8 • <.001
98.8485%
MTBE 76 5 * <.001
93.9086%
Naphthalene 1273 88 * <.001
93.1037%
p-Xylene 3781 40 * 0.002
98,9427%
Toluene 840 15 * <.001
98.2469%
Model 1321'
Effluent
ppb ''air(1bs/hr)
% removal
0.052 * <.001
99,9844%©
0.072 • <.001
99.9894%
0.224 * <.001
99.7032%
5 • <.001
99.6195%
1.000 * 0.002
99.9911%
0,207 • <.001
99.9754%
Model Chosen:
Water Flow Rate:
Air Flow Rate:
Water Temp:
Air Temp:
A/W Ratio:
Safety Factor.
Model 1331
Effluent
ppb *air(Ibs/hr
% removal
0.001 * <.001
99.9998%
0.001 * <.001
99.9999%
0.011 • <.001
99.9855%e
1.000 • <.001
99.9790%
0.003 • 0.002
99.9999%
0.003 * <.001
99.9997%
1300
1.2 gpm
150 cfm
55.0 F
55.0 F
897.6 cu. IV cu, ft
25%
Model 1341
Effluent
ppb *air(IbsIhr)
% removal
0.000 • <.001
100.0000%
0.000 * <.001
100.0000%
0.001 * <.001
99,9993%©
0.015 * <.001
99.9988%
0.000 * 0.002
100.0000%m
0.000 • <.001
100.0000%
This rat has been generated by Shall©wTray Modeler software version 1.0.1. This software is designed to asalat a alrllied op ato
in pre p the peaforrnance of a ShallowTray air stripping system, The software will accurately predict the systetrr performance
when both the equipment and the software are operated according to the written documentation and standard operation.
North East Environmental Products, Inc. cannot be responsible for incidental or consequential damages resulting from the improper
operation of either the software or the air stripping equipment. Report generated: 5/411993
Copyright 1992 North East Environmental Products, Inc. • 17 Technology Drive, West Lebanon, NH 03784
Voice: 603-298-7061 FAX: [phone] *Ail Rights Reserved.

200 Pound Activated Carbon L
Water Purification Canister
L-`I SPECIFICATIONS
Drum
ft
24" 0 x 36" high,
mild steel, epoxy
phenolic internal
coating
Carbon 200 lbs.
Shipping Weight 250 lbs.
Inlet 1'/4" FPT, steel
Outlet 11/4" FPT, steel
Internal Piping 11/4" PVC
Bottom Drain 3/4" bung
Pressure Drop 1.25 psi @ 1 ogpm
Max. Operating .10 psi
Pressure
CARBTROL
CORPORATION
PRESSURE DROP -
1
The CARBTROL° L-1 (liquid)
Canister handles up to 10 gprn.
Features include:
• 200 pounds of high activity
virgin carbon.
• Large 11/4" internal piping.
Low pressure drop allows
operation of three canisters
in series
• Standard FPT couplings for
easy installation - saves time
and money..
• Special "no leak" lid gasket.
• Heavy duty steel drums, DOT
1.7C suitable for shipment of
spent hazardous carbon.
• Piping design eliminates
channeling.
4
2
0
0
5
FLOW —GPM
10
1.0
C1.5
PRESSURE DROP
3 Riverside Avenue, Westport, T 06880. 1-800-242-1150 • (2i 3) 226-5642
a COPYRIGHT 1991 CARBTROL CORPORATION - 4191

CLEAN ENVIRONMENT ENGINEERS, INC.
SOS AUTO PUMP
CONTROLLERLESS PNEUMATIC PUMP
NOTION:
s standard AP-4 system removes water from wells at up to 10 gallons (38 liters) per
lute. The large AP-6 version can remove water from wells at up to 20 gallons (76
rs) per minute. The AUTO Pump can be used without a control box to maintain Ig
ltinuous pumping from a well and it will maintain a predetermined level in the well
hout external sensors. The AUTO Pump can be used as either a Top -Loading Pump,
take in floating oil and water, or as a Bottom -Loading Pump to take in and remove
ter and/or heavier -than -water materials. The pump senses ush t when
itd isofull
llband
dtir when it
empty. It regulates
or tot fill self again rized air by exhausting theto pressuriz d air. Y
g
,ssurized a
e Auto Pump will match the fluid influx into the well up to the pump's maximum flow
e. It can turn "on and off" millions of times without damage to itself. Thus, it is very
eful in low flow rate situations where the fluid in the wells is removed quickly and the
mp must then lie dormant until the water level again rises. The pump can pass silt
d sand up to 0.125" (3.2 rnm) diameter. The pump air valves will also be able
pass water and oil (90 wt.) without fouling.
le AUTO Pumps are available in a standard size of 3.5 inches (8.9 cm) diameter and a
-ger size of 5.5 inches (14 cm) diameter. Each diameter size is also available as a
iort version, for maximum well draw down, and a standard length for maximum flow
te.
ETHOD OF OPERATION:
uid enters the cylindrical pump body through a check
krna cAfter
the
efluid
ristes to to
ithin about 6" (15 cm) from the top of the pump, a p poppet
low pressurized air to enter. The fluid in the pump is thus pushed out of the pump
'rough another check valve, As the fluid is pushed out of the pump by the air pressure
nd the level nears the bottom of the cylindrical sted from the pthe unmp The poppet
p mpp thenve is
fills
lifted back and the pressurized air
gain and the cycle repeats as long as fluid is present.
LOW RATE:
AP-4: 0-10 gallons per minute (38 liters per minute)
AP-6: 0-20 gallons per minute (76 liters per minute)
;IZE:
AP-4: 3.5" (8.9 cm) diameter
AP-6: 5.5" (14 cm) diameter
Bottom Loader Top Lade[
42" long (107 cm) 52" long (132 cm)
45" long (114 cm) 60" long (152 cm)
NEIGHT: AP-4: 12 pounds (5.6 Kg) 14 pounds (6.4 Kg) AP-6: 35 pounds (16 Kg) 40 pounds (18 Kg)
MATERIALS OF CONSTRUCTION:
Stainless Steel, Brass, Delrin, Nylon, Viton and FRP (other materials available
upon request)
311
lis
er.
by
►ts
•ce
g
nd
to.
;air
'lye
uid.
dirt
me.
ater
ier-
,the
no
and
ha
and

OS AUTO PUMP
RMAQLAY.ATAQE
Pill 2Of 2
• SOS AUTO Pumps are designed so all components are easily viewed and
maintained. This results in less down time, less maintenance costs and less
replacement part costs.
Use of the AUTO Pumps results in significantly less air consumption, since the
units consume air "on demand" only. Unlike systems which rely on timers, which
pressurize and depressurize the air hoses for each pump stroke, the air hoses
remain pressurized to the pumps at all times. Air compressor power consumption
and thus operating costs are thus substantially reduced.
• SOS AUTO Pumps are designed to survive very harsh well and fluid
conditions. They can pump solvents (MEK, Butylacetate, Acetone, Toluene,
etc.), fuels (gasoline, diesel, jet fuels, etc) and leachates with wide ranges of pH
and dissolved contaminants. They have operated continuously in harsh winter
conditions. They have also pumped boiling water and diesel fuel at steam -
injection sites.
SOS AUTO Pumps are designed to allow the fluids being pumped to
pass up through the air valves without damage. This happens when air is
turned off to the pumps, which is a common occurrence on remediation sites,
Bleeder -dependent pumps often will not restart after such a shutdown.
• SOS AUTO Pumps require only three hoses - air input, air exhaust and fluid
discnarge. Usually only two of these hoses need exit the well - Air Input and Fluid
Discharge. When compared to bleeder, bubbler, or timer -controlled pumps, this
results in less initial costs and maintenance.
• Only fluids enter the discharge hose. Since the AUTO Pumps are not timer
dependent, air is not blown out of the fluid discharge. This is a common fault of
timer -driven systems. This smooth, consistent operation keeps air use,
emulsification, oxygen -driven deposits and the chance of electrostatic build-
up, at a minimum.
• SOS AUTO Pumps are lightweight and can be serviced easily by semi -skilled
workers. Thus, they can be moved from well -to -well and site -to -site easily.
SOS AUTO Pumps can be added to a system by teeing them to a continuous
compressed air line. There is no need to mount additional controls, sensors,
filters or regulators.
• Since the controls are inside the pump and the pump is submerged in the well,
there is far less chance for freezing weather to effect the pumps.
• SOS AUTO Pumps typically use only high-grade, industrial, color coded hoses
with no -mix, locking sleeve quick connect fittings. The end result is a user
friendly system that can be snapped together by a novice.

3.50'
MAX a
FLUID INTAKE WITH SCREEN
FLUID DISCHARGE
AIR INLET
— MINIMUM DEPTH NEEDED TO ACTIVATE PUMP
NQTE1
ALL CONNECTIONS AVAILABLE WITH
QUICK CONNECT FITTINGS,
CLEAN ENVIRONMENT ENGINEERS, INC.
EQUIPMENT FOR FUEL SPILL REMEDIATIDN
AND GROUNDWATER CLEAN-UP
5835 DO'YLE STREET, SUITE 102
EMERYVILLE. CA 94608
mesas b # �24 (ROD) 537-1767 FAX tali► 6'i�a- MI93
NY RAMP
STANDARD BOTTOM LOADING
AP-4 AUTO PUMP

SERIES
DA
Mercoid°
Luzinj A Division at
DWYER INSTRUMENTS
Customers tell us that this is the best pres-
sure switch made. Our most popular, Model
DA combines extremely high sensitivity
and repeatability with easily adjustable set
and reset points through non -interactive
external adjustments. Visible calibrated
dial for set points and on/off indicator to
indicate switch actuation are included.
Choose either high current snap -switch or
hermetically sealed contact mercury switch.
FEATURES
• Equipped with Iwo external adjustments. One sets
high pressure operating point, the other sets reset
point. Deadband, or the difference between set and
reset points is adjustable over the lull scare.
• Visible calibrated dial.
• Visible operation, on/off indication.
• SPOT snap -action or sealed mercury switches.
• Minimum deadband obtainable at any point in range.
• Pressure Ranges vacuum to 8000 psig.
• U.L. and C.S.A. listed.
p
STAIN
STEELµ;
g;
c
Bourdon Tuhe Pressure Switches
Visible setpoinl, adjustable tleadhand,
pressure ranges In 8000 PSI,
PHYSICAL DATA
Max. temperature: 180T.. For higher temperature mt;dta
applications, a remote connection or siphon (pigtail) should
be used.
Pressure connection: /" NPT (vz" an ranges 15S & 16S),
Housing: pressed sleet with transparent cover.
Wiring connections: 3 screw type.
Wetted parts: same as Bourdon tube material.
Weight: 4 lb. (std); 6lb. (wea rrool):6 lb. (exp-proof).
Max. Press.: Max, adjustment operating range.
Suggested Specification
Pressure switch shall be Mercoid Series DA
operated by a (brass) (type 316 stainless steel)
(type 403 stainless steel) Bourdon tube actu-
ating a (mercury switch) (snap -switch). Switch
shall have deadband adjustable up to a max-
imum of 100% of switch range. Switch shall
have calibrated dial and two pointers indicat-
ing set and reset points. Switch shall have vis-
ible onioff indication. Set points shall be
adjustable without removing switch cover or -
shutting down process.
ERCURYSWITCH—SPOT
120V., 2A @ 240V, AC1 OC.'. ;
OA-31,153-2
A
DA-
A-
OA-31.
DA-31-1
7
8 �
8.1
2tiE
i9 DA-41�153' a.
6 psi(a:'A-41 153x24E .fc
1p"sib »`' at4 t;OA-41 1639E ,t ,i
DA-41-153-21E
7S t) 1,11 ' tT .: =jar;) tDA-41 15 -22E" .
t7(?pig l,\A-41-153
0 rasitl "'l ' OA-41 15'3-13E .'
5 t&3 p ag 1 "* , z , SO psig 1 t ra h i?A-
STAI N i S 60 ��O pstg ..... 750 lg r !a , DA-21
Options: Weather -resistant housing: add "W" after "DA" and change"31' to'"33°", e.c
OAH-31.153-2. Additional features available on special order, including other electrical
diaphragm seats and F.M. listing. For severe vibration, a special Delrin Bushed Moveme
Dwyer Instwmenls, Inc.,°P©, Box'37'3/Michigan Ciry, Indiana 463577Phrtre 219 573-80001Fax 219 B72,9057 • U.K. ere (0734
SNAP ACTION S
iinlmum. ,
Band
' Hg. Vac,
4psi
16 pt
16 psig
ig
28 psig
52 psfg
fps
500 psii
H—SPOT
5A @ 120t2:4t# VAC
del Number
DA-7
OA-
A
A-7
DA-7031-153-
A-7031-153-
A-7031.153.9
° OA-704'1-15326E
OA-7041-153-24E
OA-7041-153.e
DA•7©41-153-21 E
DA-7041.153-22E
A 7041 153.11 E
DA-704
E
A-7021.153.15E
A-7021-13-16S
pAW 33-153-2. Explosion -proof housing: add"H"
attngs and circuits, tower minimum differentials, spe
t is available
er "DA" e.g.
I housings,
Australia Pb
7
4 799

Broad, general usage ..
LS-800 Series
Rugged construction and exceptional flexibility for the large majority of liquid
level sensing applications. Up to 120" long...one to six level stations with SPST
or SPDT switches. Choice of mountings, floats, materials and wiring...wide
range of standard options. Models' for use in water, oils, chemicals and corrosive
Iiquids...in pressures to 750 psi.
Five standard models... Types 1 though 5 available with up to 6
level stations per unit, in wiring groups 1,11, 1l1 or V. Units can be mounted with up
to ± 30°inclination. See "Wiring Data" on page 18. Many LS-800 Series units are
UL recognized; and are CSA listed, File No. 30200.
General Specifications
Pressure.
Rating
Operittn
Temperature
2,3,4.
Brass`
316 SS
50 psi
. psi"
750 psi,.•.
psi 0 °4.70°.
7
psi,
Standard Model Types ... See "Actuation Levels
Unit
Spec
Mountin
atenat
h
Floats = P/N
Float Stops•"
Switches
'A'"NPT PLUG
MOUNTING
- STEM
Mounted 'fro
tanks
4.4
inside of
&' 14569
psi, ,I
psi
Data" an page 18.
h,NPTFOR
CONDUIT
0A ,'DD%
(TYPICAL(
1" 'NPT PLU
MOUNTING
Standard Frosts . .
1 Y' •
(44 5mml
l Yir' DIA
(30 'Irnm)
P/N 26032, Buna N
Sp. gr, - 55
P/N 10558 Buns N
Sp, gr. - 55
Other Wetted Material — Hysol
P/N 14569, SS
Sp. gr. - .65
For units 72" or less
LO (overall lengthy
N'PT FOR
Ci»IOUIT
DR J ROX
(TYPICAL(
1" NPT PLUG.
MOUNTING
Plug -mounted from
outside of tank.
24rr1m1 :`w;•)1i20 t30
26032
10558„�14 0
as Untts'— BeryIlihom"CopperaGrlp Rings,
Units - S.S. ARMCO PH•157MdGri0'Rin
•SPS1 20/100 VA SPDT, 20 VA.See Electrical Data
P/N 15666, SS
gr, -.62 For types
or 4 units over 72"
L0 (overall length)
r. S'i' NPT FOR
CONDUIT
OR J-80x
(TYPICAL(
3'-950+FLANG
MOUNTING.
FLOAT
Flange -mounted from
outside of tank,
°950 Arbon Stl.
15 SS
16 Stainless Stes
`120" (3048mm)
58. 145 i9.15S6
"Level switch units with 50 VA and/or 100 VA switches are not UL recognized.
"LS-800 Series units requiring 316 SS float slops must be special ordered with 316 SS colaars instead of grip rin
Note: Units aver 72" overall length are supplied only with collars.
14

SPECIAL APPLICATION
Single Station Level Switches
Slosh -guard shields s
in your liquids.
ch from floating debris
Notes:
1', Sw'itch actuation point is approximately half the distance from end of stem to
mounting, or at the halfway point of float travel fin liquid with specific gravity of
1, or as otherwise specified).
Units are installed vertically with cable upward.
3. CAUT,9ON: Elastomer seals in the sensor and cable are subject to deterioration.
and ,aging, and therefore need to be checked regularly. Life expectancy of the seals
varies with application. S P% {8 P J v
� 13 th) rr—�
Small and lightweight, these switches are extremely stable in Sr rttG
nonstatic, highly contarnin.ated liquids. Slosh shielding minimizes
effects of turbulence and motion, and helps prevent interference by
foreign material..
• Float is protected from debris by a tough 'Lucite shield.
• Mounts at any level inside tank for Hi, Lo or
intermediate liquid level indication in water and oils..
• Mounting brackets attach to wall, bracing, sounding
tube or any other convenient surface. Detects levels as
low as 1343" in liquids with specific gravities of 1w0,
Specifications:
Stem Material: 304 Stainless Steel
Float Material: Bona-N
Other Wetted Materials: Copper -Nickel, Beryl, Copper
Operating Temperature: 0° to 140°F
Pressure Rating: ISO psi max.
Lead Wires: 1812 cable, t ft. L., Neoprene with waterproof
ctfnnection
11IIIIEXPRESS SERVICE
Switch Rating
SPST, 20 VA, N.
SPST, 20 VA, N.C.
SPST, 50 VA, N.0,
SPST, 50 VA, N°.C.
ra o nixed„ F
Catalog. Num
A43765"
A4376
A433S0 7
Rugged miniature switch, featuring a Lexan slosh -guard and
stainless steel float, is ideal for turbulent liquids in shallow
tanks.
Specifications:
Float, Retaining Clip and Stem Material
316 Stainless Steel
Cover: 304 Stainless Steel
Slosh Shield Material: Lexan
Lead Wires: Polymeric jacket #22 AWG.,
24" to 26" Extended
Operating Temperature: 0°F. to 140°F,
Pressure Rating: T00 psi Max.
6.14---4•-rge-50}57c0,r/ /vt,
$er,z r¢
6F,a mt r.e 1" Ta. wJ" 8 1 �¢
p 4 — 57- ? G 7 A.X.
?,7 —3873
r, STAINLESS STEEL
(FLOAT .ASSEMBLY
Switch
Notes:
1Switch operatio
2. See electrical da
This switch minimizes the effects of turbulent liquids with
moving debris. It features rugged construction but is small
and lightweight. The slosh -guard made of Lexan provides
high impact resistance. The compact, stainless steel float
stands up to harsh environments.
• Mounts at any level inside a tank for high,, low or
"intermediate level indication.
• Specific gravity of float is .62,
Elec
Volts
0-50
120
240
foal Rating —Resistive
Max. Current ---Amps
N.O. or N.C., is selectable byy inv
on Page A-1,
DC
Catalog Number
n tilt unit ste
A-12

ELECTRIC, UN1T:HEATE.S .1D ACCESSORIES
Teriilinalog,
lata Section
4eat Beduin
Steaathad tuba wypa boating attrnPnfs withalurninum nns
for faster heat dissipation. Widely spaced t prevent dirt crag.
ging, Corrosion and shock resistant. 24V contactors on all
models except 3 and 5 KW, 208 and 240V units, which have
contactors with line voltage holding coils, Select proper duty
controls below.
Pull -through desn draws air across heating element for more
uniform air distrstsution.
firmed steet
o-tone gray finish.
as Haile, Air.. tiart."t t9
2028©240 Y» it 350 12 Ft .,
480 0 12
208
208/240
480
8
081 4O1
480.
208
2O8 240
24-14
21-12
e,
48-28
42-24
12
12
0
12
O t8 14
O 18 14
O 18 14
usl-raced lnadtis are field comvcrtible." (t)11
Ft 18F"
„8
, 18
Automatic raaet ((Haar thermal cut-out shuts off power to ele-
ment (f overheating occurs. Fan delay feature eliminates cold
drafts; elements heat up before fan cuts in, fan continues to
distribute heat after elements shut off.
Quiet, dynamitelly balanced fans; totally enclosed, permanently
lubricated fan motors, with automatic -reset thermal protection,
and vibration isolators. Motors are same voltage, as heaters.
(ndlyld'u"allyy adjustable louvers for directing air flow; choice of
optional dlfi'1lsersfor heat concentration and coverage when
units are used in vertical position; see listing below.
Versatile units can be mounted vertically or horizontally in fac-
tories, warehouses, garages, stores, shipping rooms, p©vier sta-
tions, and airc'raft hangers, as primary, supplementary, spot or
dual -system heating. Completely self-contained; easy to install.
Rugged construction for long life; minimum maintenance.
Mount on wall, calling or building support members. All units
have recessed fasteners for suspension mounting using5f18-18
threaded rods (not supplied). Optional wall/ceiling mounting
brackets listed below, further "simplify mounting,
Meats UL, NEC and OSHA requirements: QMARK brand.
14eater controlled by thermostat, order from below.
37 21« fig 7
37 21°. I9• :7
26 49 2.3 19
2ti 49 21�1 19
20 52
20 338 ' 52
20 ; �35 52
d, wllhcut options
214+". 19 121'.
21 3 19 123l.
21�i'a 19 125Y.
13.t3t1 a 213.9St 25.0
93-00 213.98 25,0
2Cl.d}0 ' 296.11 25.0
05- 1 G-2E580 401.00..250.9it 25.0
05 21A1U 2E581 401.00 250.98 25.0
0541 2E582 564,00 321.85 29.0
tt.r ra ara411a4 :,.p U;�1,01J,arlh.:..• n,«
gCdA4iik tt.i it fdnit'litilfAltSeyi zyntairfi3 `ttt
U TI-15-8
U 11-15-2
Ult-154
583 `" 622.00 31i33,35 40.0
584' 821.00- 347,96 40,0
585;:: 709.00 403.24 40.0
2E58B 670.00 ' 374.00 `40.0
2E547 670.00 374.00 40.0
2E588 751,00 ; 416.95 40.0
07 1328.tit-:9Et.7
08 i12500 ,x,609,7
09..1213.470 73.2
Downbtow: Louver Diffusers permit flulit-in SPST Thernmstat for all heaters' �' model -Temp range: 4f)-65'F. Voltage: 24,
straight line air flow. Rectangular cover- above except3 Si 5KW, 208-240V, 3-PH,' White-ttodgers brand (1E30-329),
age- Can be- turned, in either direction. Temp range: 40-85-F. Voltage:. 12.0-240,•. No. 2E466, Shpg,vvf. 0.4 fibs. List°...$43.69.
Q Mark brand (MLD-S. 'ML©-M) - QMark brand (MT-1). - t Each, , : ,
13ownblow Radial Diffusers increase Iloor
coverage» Adjustable fins, in . vertical
mode, direct downward in tight pattern;
at 45' angle; give up to 25% greater floor
coverage, at ° relatively • lbw mounting
heights. QMark brand (MRD-$, MRD-M).
. Flt
KW
7.5,510 144
2296 I HOLE ALE PRICE '---GRA/NGER ''
No. 2E569. Shpg. wt. 0.6 lbs. L1st .4470.'00.
Wall -Mount SPIT Thermostat for 5KW
through 15KW, 208-240V, 3-Ph. models.
Temp range:-30-110°F. Voltage: 120-240.
'Dayton bind. _ -
No. 2E207- 5hpg. wt. 1.0 lbs. List .$135_08.
Each,, .... .... ...............$67.54
Htell-Mount DPST Thermostat for SKW,
208-240V, 1-Ph. models, Tamp range: 40-
90'F, Voltage: 120-240. Payton brand. „
? _$21.85
PDT He Recovary Thermostat. Controls
fan only ttl move stratified warm air, Use
In addition to built•in or wall -mount then
mostats *hated above, Temp range: 30-,
410O`F. Voltage: 120.240,'Dayten brand:'
Nit 1r206 Shpgw�. 1,0 lbs. List ..$.83.13.
..... . ...... . ... .$43.76
Mounting' Brickets "1o'r horizontal -,blow
mennting(only), on wail or ceiling. Heater
mount adjustable to allow control of air
direction. QMark brand.,,..
it, Osas.. Slack . ., x•
Olt, Na. List Etch w1t.` No. 2E660. Shpg. wt. 2-4 lbs. List ..$9500
1$85,00550.15 3.4...,1 Each:..... - „ • -$69,17
4 -d. n•t".
1t .lip 56. 5 S.t 94ail Mount SPST Then -most
Uso .'t.' palark Stock
With Ma4at " "No. t,.Ltst, .Etch Eta.
3, 6 KW '.... $ B i 6K665 t5000 532.74 41
7.5, 10 KW i M&-10 65561 MAX) 37.54 1.0
t5 KW (Hitt-2ti .65567 ' 74.00 40,53 5,5
• 3
it
p
• pi
• 8
b
• T
• P
rr
• E
• M
9
• m
cl
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Q 111
cen
talc
Res
surf
floe
or
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inst
erat
and
Par
schl
buil
(E2;
331-
33:
33
33r
46a
46
46
46
t`)1
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No
4E2
4E2
4E2
2E5
2E5
2E5
2E5
2E5
2E5
2E5
2E5
3E3
3E3
3E3

1008 Gauge
Ashcrofl's new Indusbeel Duality Type
1008 stniniess sleet gauge is designed
to perform well even in applications
where vibration, pulsation and mechan-
ical shock are constael factors.
9008 contain the' unique, spring sus-
pended movement which adds to dura-
bility and increased gauge life. The
movement is suspended between the
Bourdon tube and socket reducing the
load on precision moving parts. This
spring suspension helps the gauge
resist mechanical ,,hock and vibration
Sprung suspension provides tong life
through. reduced gear wear, with long
term sleblbty and greater reliability.
The helical Etourden tube used: in
ranges 1,000 psi and over has high
pressure capatiti'ty with i'ow internal
volume, and Is designed for high cycle
life. Ali ranges are designed for maxi-
mum life under pulsating service
cwndllaons.
1008 es available In felmm or 100mrn
dial sizes, stem or suAace mounted,
with a atainlass stead case and polished
stainless steel crimped ring. A standard
polycarbonafe window is oilseed with
temperature compensating design. The
gauge utilizes a u-clamp far pant
mounting.
Type 1008A hes a. bronze tube and
brass a ticket with soft soldered pres-
sure containing joints The gauge has
an IRTV' seal on the lower connection
and an "O" ring Seel on the heck con-
nection. Vacuum through 600 psi
ranges are available.
Type 10085 has a stainless steel tube
end socket with welded pressure con-
taining ezii'nte. In eddl`tion, the socket is
welder; to the rase.. This ,pink protects
against corrosion and provides s perme-
rent case seal for liquid ell eepifcatens.
Flanges evadable from vacuum to
15,000 gel.
Alf liquid -tilled pressure gauges (300 pa
and over) e/9 supplied with a throttle
device es standard
Throttle Devices — Ail liquid filled 1008
gauges, 300 psi and above, are suppfied
with a throttle device in the gauge
socket. I1 requested, these devices will
be supplied on dry gauges or on liquid
fined units below 3M psi.
Accuracy; 3.2.3%
ANSI Grade B
Ai gonna made In USA.
The 1008AL (bronze socket) Is
equipped with a push In brass throttle
ping with a 0.0.13" diameter orifice.
5038SLlstainless Steel. sockeit) is
equipped with the Ashcroh annular ori-
fice device with an (niece equivetent to.
0.013' by 2e6' length. This device will
attenuate up to 7096 of excess pulsation
Product Selection Information
All gouge components should be
selected considering media and operat-
ing condilons.lo. prevent mis-aPpti-
cationI. Improper applicalion can Cause
gauge failure and possible person0r%.
injury or property damage, The Inform a- '
ton contained In this catalog Is offered
as a guide to ess'Iel in reeking the proper
selection of a pressure gauge. Addl-
Hoist Worm -aeon is available from
Dresser instrument Division Consult
ANSI 040.1 for guidance In gauge
selection.
... Gauges should be swlected with a lull
scale pressure range of approximately
twice the normal operating pressure -
The maximum operating pressure
should not exceed approximately 75%
re the lull scale range: Failure to select a
gauge range wiIhin these criteria may
ultimately result in fatigue of the Sour"
don hose.
1006 BACK ON
dr xz srax ,
63
ww T"y,
33
xH 'y
N
The temperature to which a gauge will
be sublected should not exceed 150' F.
Accuracy will 'be affected by approxi-
mately 02 psi per 10'1T. A pressure
relief plug is suppled In eft cases to
rcdteve case pressure buildup in the
event a slow leek develops in the pres-
sure element Proper selection of the
0001don systeQi+ and socket material le
dependent upon the process fluid to
which the system wilt be subjected, If 'a
standard material Is not suite0le, the use
of a diaphragm seal may be oecesaery.
Gauges cleaned for gaseous oxygen or
ether strong oxidizing agents cannot tins
supplied with glycerine or silicone liquid
fill. Consult factory 0 dkquld filling
is requited on strong oxidizing meth&
CT XI1C'VARIATION
co
ss
Ordering Example Below
63 1 ?8S
Tu
Case Size
22 A
A ©ACKC
a 1 a
is I sa
�._ ,..:
:N 1ONS IFI } ARE tit
L DIAMETER
HOLES ON H OCaIKTEA
BOLT an* ,0.
1006 SACK CONNE.
5
PANEL
E
How To Order and Case Dimensions
aid Fact
canTat
02
to NOT
to NOT
2 1 NPT
H v"NPT
(s(wer 01111)
1008A LOWER CONNECT
OWER CO C
011
L
Varlallons
0-15
Standard Ringrs
Old .._ ..
©/28e0
/84"F
-4pt125"F
The t3�kolaP"tonlMountingFlange
ttTn11 M0unlin0 Flanoa
3511E
3521
3513G
35I5F
2

SECTION
DESCRIPTION
The Model 575 Submersible Level Trans-
mitter is a solid state instrument designed
for direct submergence into many types of
liquid for quick, accurate and reliable level
measurement. The transmitter indicates the
level of liquid by continuously measuring
hydrostatic pressure via its sensing element,
an ion implanted silicon chip consisting of a
full Wheatstone bridge circuit used with a
316L stainless steel diaphragm to seal the
element from corrosive fluids.
FUNCTIONAL SPECIFICATIONS
PRESSURE RANGE:
0-6 psi/0-0.4 bar
0-15 psiAll bar
0-30 psi/0-2 bar
0-60 psi/0-4 bar
0-100 psi/0-7 bar
0-150 psi/0-10 bar
0-200 psi/0-14 bar
0-300 psi/0-20 bar
OUTPUT: 4-20 mADC limited to 30 mADC
POWER SUPPLY: 12 to 40 VDC with reverse polarity protection
LOOP RESISTANCE: 1400 ohms max @ 40 Volts
(See Figure 1 -13)
TEMPERATURE RANGES:
Maximum Operating; -40' to 80*C (-40' to 176'F)
Compensated: -29* to 50*C (-20* to 122T)
Storage: -40' to 80*C (-40' to 176*F)
OVERRANGE: 200% upper range limit
•
All the electronics are mounted in a sub-
mersible 316 stainless steel housing pro-
tected by a removeable, snubnosed threaded
sensing port.
The electrical connection is a 3 wire, 20
gauge shielded waterproof cable which is
vented at the surface end to reference atmo-
spheric pressure. An optional cable support
is also available. The cable support pro-
vides extra stability for longer lengths of ca-
ble or for use with agitated liquids.
(0-13.8 ft. water/0.4.2 m. water)
(0-34.6 ft. water/0-10.5 m. water)
(0-69.2 ft, water/0-21,1 m. water)
(0-138.4 ft. water/0-42.2 m. water)
(0-230.7 ft, water/0-70.3 m. water)
(0-346.0 ft, water/0-105.4 m. water)
(0-461.3 ft. water/0-140.6 m. water)
(0-692.0 ft. water/0-210.9 m. water)
LOOP RESISTAN
16 20 2.4 Z6 a 36
SUPPLY VOLTAGE QVDC)
FIGURE 1-B
PERFORMANCE SPECIFICATIONS @ 25°C (77°F)
ACCURACY: t0.25%FS (Including Linearity, Hysteresis and Repeatabili(y. B.S.L.)
TEMPERATURE EFFECTS: Typical t 1% output change for t25'C temperature change within compensated
range.
POWER SUPPLY EFFECT: t0.005% FS per Volt.
OVERRANGE EFFECT: t 0.15%FS at 200% of maximum range.
STABILITY: 10.59'0 of Upper Range Limit for six months.
40

SECTION 1 t:.. �� ' ... { Ms...:....�. :.d.a r.w ��:..� SPECIFICATIONS
PHYSICAL SPECIFICATIONS
MATERIAL OF CONSTRUCTION: Cable jacket - P©lye3 ylene. Diaphragm - Type 316L Stainless Steel.
Cover - Type 316 Stainless Steel. Nut/Washer - Type 316 Stainless Steel. Cable Grommet - Neoprene.
Cover ""O" Ring - Buna-N.
ELECTRICAL CONNECTION: Attached 3 wire, 20 gauge shielded cable.
CABLE CONNECTION COLOR CODE: RED (+) excitation, BLACK (-) excitation" GREEN (case ground).
See Figure 1-C.
WEIGHT: 1 pound (454 g).
MEDIA COMPATIBILITY:
Process Media: Any media compatible It Polyethylene, Neoprene, Bursa-N, Type 316 Stainless Stec!.
CASE GROUND
FIGU E I-C MODEL 575 CABLE CONNECTION
RED
CABLE SHIELD
BLACK
GREEN

Model Pictured: 1321-P
Included with basic unit pictured:
• Sump tank and trays
• TEFC blower
re Demister pad
Water inlet spray nozzle
«7 Water level sight tube
• Gaskets
t' Latches
• Gravity discharge and internal
piping
The full range of options are available
to meet your project's specifications.
t
FRONT VIEW
'Use these drawings as a guideline only,. Systems are built to your prolect`s spec'tica¢lons.
RIGHT SIDE VIEW

-P 1-12gpm 1 28" 70" 56" 150 200
P 1-12gpm 2 28" 70" 69" 150 240
1331-P 1-12gpm 3 28" 70" 82" 150 280
1341-P 1-12gpm 4 28" 70" 94" 150 320
1300-P AERATION TRAY
OUTLET TO
©OWNCOMER
Trays
TCE
Three Trays
TCE
TOP VIEW
hs represent approxoval e es. Use 4 to
ray'" modeling program to calculate expected performance.

DYNAPAK
TER SEPARATORS
'enxoval of Both Dispersed Oils & Settleable Solids
THE ART OF 01 ATER SEPARATION
of the
plates. Solids
entering the pack
encounters 60 degree
angle of inclination which
optimum for solids settling.
e solids slide down the plates
fheringboth mass and velocity as they
the bottom of the pall, and drop into
.idge collection chamber.
IDGE COLLECTION
\MBER:
sludge collection chamber is located
ily beneath the Dyna•Pak and pro-
j ample volume for the settled stodge.
Sides of the chamber are sloped at 45
;es to insure easy and cornplete re-
tl of the sludge,
REMOVAL:
separated oil accumulates at the sur-
of the separation chamber where ite
aces the water, as the oil Layer in -
'es, oil automatically spills aver an
stable oil skimming weir into an intc-
oll reservoir where it can either flow by
ity or be pumped automatically to
)te storage tanks.
LUENT CHAMBER:
leaving the Dy na-Pak flows
he oil reservoir and up over the .ad-
blc effluent weir, Which maintains the
d level throughout the separator. As
clean water passes over the effluent
it enters the effluent or clean water
mbcr where it can dthr.r flow by ernvin°
pumped tiugornaticn!fy,

HYDRO-FLO
TECHNOLOGIES, INC,
MASTERING THE ART OF OIL/WATER SEPARkT 0,
"DP" SERIES A-36 CARBON STEEL CONSTRUCTION
COAL---7CING TYPE S CORRUGATED PLATE OIL,WATER SEPARATOR
HYDRO-FLO
TECHNOLOGIES
Dyna-Pak oiliwater
separators provide
maximum efficiency and
higher capacities In a
compact, cost effective
package
...Overall effluent oil
content has been rep-ortecl to
be up to 60% lower for
parallel plate 4.ystetns, with
a higher proportion of stnall
oil droplets recovered"
.D.-misim mud OP.1,r4stion of
Oil/tar Soparatorm
41'1 Publication 421. Fob 11,0
HYDRO-FLO uses the latest desipt criteria as deaned by theAmerican Petrolewn
, API
publication #421, Feb. 1g90 ,The Design & Operation of 0iI/Water Separators.
Gallons per minute, specific gravity of the aqueous phase, specific gravity of the
phase, oil droplot removal rate, viscosity of the wautaotator, wairte*.ater tamp,,,rotUrn, arose
sectional velocity, etc... All of these factors have an impact on the operation of your
separanioh system. Don't specify or buy an improperly designed separator. Call HYDRO-FLO
today ,and have a separation system designed for your unique application
•
'HYDRO-nauses different tnedia sizes to best solve your separation problem
What i the makeup of-your.wastowatar? Does it consist of low quantities of suspended
',solids and large ,guantities of highly viscous oil? Dioas it consist of high quantities of
heavy suspended solids and low quantitiesof light viscous oils? At HYDRO-FLO we select tha
media based on ,ycur-situation Our media will give you the best possible maintainahility
'without sacrificing performance/
HYDRO-FLO incorporates the features you relues-t.
In addition to our atandard features (Influent,diffiision chamber with non -clog diffuser.
Integral sludge collection chamber, Rotary pips oil skimmmr. Effluent cham.ber with sheen
baffle, Eto..) HYDRO-FLO has ,incorporated many featuret recommended by our customers,' Heavy
duty vapor tight lids with purging capability up to 12" or water pressure and 6" of vaouurt.
heavy duty rotary unions with zerk fittings have been incorporated into our rotary pipe
skimmer, 12 dft Coal Tar Epoky interior coating dver an 5.511C-5F10 (near white metal blast)
for improved corrosion resistance. Flat mounting pada(instead of channel bases) for more
even distribution of tank loads aad ease of final grouting, , are just a few or the features
added at tbe regueet of oUr customers. If you have opooial needa', please let us know so that
we can incorpomata these features into your separation package.
HYDRO-FLO manufactures the Finest separator available today.
wo ,...ic.m. comparisons if our equipment to any other available today, HYDRO-FLO heats the
competition hands down. Our quality of duoign and manufacture, our many amandard faaturulo,
our fast delivery, otc:.. All of this means that HYDRO-FLO lc the hest value for your
oil/ter sicoparation dollar. Tryus once and find out why others are settching fro their
current supplier to HYDRO-FLO.
FilDRO-FLO, the supplier of choice.
The reasons for choosing HYDRO-FLO are many and diverse, Of these, our professional
approech in the sizing and application of our equipment, our competitive pricing, our speedy
dolivery and our ability to handle the many oustom'feeturas required for these types of
projects are juet o few of the reasons mentioned by our many satisfied ademomeno.'
AA) "tidit..1',4".ort r
C.A.11 F1ui
u actu ing Offlc 125 W. Fay Avenue • Addison, IL 60 0 • Phone [phone] • Fax [phone]
Corporate Office • 1605 \Vct York Lane • Wheaton, IL 60187 • Phone 70$-260-9538 • Fax [phone] e

•
44.
WATER
Our world's rnost
precious commodity.
Hydro -Flo is" helping to make a cleaner
tomorrow. Our water resources are among
the most valuable assets we have. They are
irreplaceable, and essential to our economy,
and our lives.
Threatening the purity of this water are the
millions of gallons of oily waste which are
generated daily in this country, The sources
are the many industries whose processes
involve contact between oil and water. This
tremendous volume is an environmental
problem in itself (one gallon of oil contami-
nates one million gallons of ground water).
Adding to the problem is the difficulty in
treating oily wastewater. •
At Hydro -Flo, our dedication to quality has
prOduced the Dyna-Fakcoalescing oil/water
separator, a product second to none, in the
separation of dispersed oil:and settleable
solids. Whether your appliCation calls for a
standard product or a custom design, Hy-
dro -Flo is able to provide a cost-effective
separation system consistent with your
needs.
Our extcnstvc product line also includes a
host of standirObiiiionS to choose from as
well as pre iidrcitr treatment packages
Capable of breakiligivert the most stubborn
ait %,yitte r
};'dsis-FlO sliEid Our products
because we desi'irigAida'iidiest them to
the most exactihg-sPec-ifi-Cationi fouod*in
rh arc Ft 'Qr our ideal.
esentative :fOr..additioual information
.
c.ii°,assistanCe:.in;Siziri&i3uipment for yOur
ftiCular aPfiiiAti3Oii;Oiir;Sale.S office is
;iNxeriulr dd-i soni 1111,. •
ti vOrf.1.11.1
„
at
2,543-0470
87,260"9539,
":"

POLYPROPYLENE & 316 SS. T" LINE STRAINERS Nam
3/4" AND 1" POLY "T" STRAINERS
PART NO. flESCRIPTIQ
LSTO?S15 Poly "T"Slrainer
r
T075-30
5
3/4" Poly 'I"Strarnr 30 Mos1 S
Poly "T" Strarnor 50 Meth Sreen
Poly
LSTC7SIOO V4' Poly "T" Slraner 100Mesh Scroen
LST100i6 1* Po y 1" Stratnor 16 Mft Screen
T100-30 ir Poly "T" Strainer —30 Mesh
STl0050 1Poly "T" Strainer — 50 Msh Screen
ST10030 1' Poly 'T"
lo0ioo r PT Strainer i00Met1s
STIIB 15 h Screen '14' and 1' "T" strainer)
51130 30 h Screen 3/1" and 1' "T" strainer)
Mesh Screen 3/4" and 1' tra(ner)
0 Mesh Screen
04"and 1'
Sc and 1" 'I"strai
TO75- 1/4' Poly Strainer Head and Bowl
ST075-H Poly "T" Strainer Head
ST100-11
LST100B
Poly "T" Strainer Head and Bowl
*Poly "7" Strainer Head
Poly "T" Strainer o
lts 'A"and V)
T100G Poly "T"Slrainer
sk
(Fits
Poly "T" Strainer Gasket — \Mon° (Fits 3/4' and
'A" TIiRU 11/2" FEATURES
• Heavy-duty glass reinforced polypropylene,
• Clean -out plug.
• 304 stainless steel reinforced screens.
• EPDM gaskets.
150 P.S.1, at 70°F.
2" "T" STRAINERS
SCAIPT
T200-04S. ! 2"T" Strainer (316 S.S. head -poly bowl) — 4 Mesh Screen
LST200-06S3 2' "T" Strainer (316 S,S. head-poty bowl) — 6 M.esh Screen
S 2' "T"Siralner (316 .5, head -poly bowl) —Mesh Srrenn
e n
_head -poly bawl) — 10
2
L T
OSS 2' "T" Strainer
OSS 2' "T" Strainer 6 S.S, head -poly bowl) —
.5, head -poly bowl) —
LST20653 6Mesh Screen 2"T" Strainer)
LST2OBSS 8 Mesh Screen (Fits 2' "T"Slrainer)
ST210
0
Fits 2"7" iner)
rcrenn
Screen
11/4" AND 1'/2" POLY "T" STRAINERS
11
LST23OSS
ST2SOSS
LST2SOSS
6 Me
Fits 2"
5721005S 100 MesO Screen (Flts T '7 Strainer)
5T200410.55
1.5T20O-FISS
LST200-6
LST200-GV
2 er 316 S.S. Head and Poly
2' "T" Strainer 316 5,S, Head
2"T" Strainer Poly Bowl
2' "T" Strainer Gasket — Viton
PART NO. DESCRIPTION
LST125-16 1 V." Poly "T" Strainer — 16 Mesh Screen
LS7125.30
LST125.50
1 V,.• Poly "T" Strainer — 30 Mesh Screen
1 Vi* Poly "T"5
BO Mesh Screen
1Vt• Poly "T" Strainer 100 Mesh Screen
ty " "Simmn
LST150-30
11/2' Poly "T" Strainer — 30 Mesir
1Va Poly "T" Strainer — 50 Mesh Scren
V:" Poly "-r- Strainer — BO Mesh Screen
1112- Poly "T" Strainer — 100 Mesh Screen
.
h Soumen (Fits IV.' and 11/2 "T" strainer)_
(Fits 1V,' and 1 Vz' "T" strainer)
Sorcen(Fits 1V4" and 1'h" "T" strainer)
n (Fits 11/4' and 11/2"T' strainer)
LS1151Ug 100 Mesh Screen (Fits 11'/.1" and 11/2" '7" strainer).
25-H3 'A' Poly "T" Strainer Head and Bowl
T125-H 1 'A' Poly "T' Strainer Head
' 11/2' Poly "I' Strainer Head and Bowl
STIS
LST150-6
1V2* Poly 'T" Strainer Head
Poly 'I" Strainer Bowl (Fits 1'/4' and 1 V?" )
LST150-G Poly "T" Strainer Gasket (Fits 11/4" and 11/2' )
L57150-GV Poly "T" Strainer Gasket — Vito(Fits 114' n )
2" FEATURES
• 316 stainless steel head with glass reinforced
polypropylene bowl.
• Clean -out plug.
• 316 stainless steel reinforced screens.
• Viton'" gaskets.
• 150 P.S.1, at 70°F
—1'/2"
2"
BOWL REMOVES EASILY
FOR CLEANING SCREENS!
15

v0
r
p
u rks
u mps
P, CD. Boa e31 C1ec.alur, Illinois 8252
Phones 217/4129Q591
1750 RPM
CAPACITIES TO 45 GPM
HEADS TO 30 FEET
1a 214
C'APACITr —G.P,
7 0 RPM
$�ER�E$ GNA6-1'/4
Base Mounted
Centrifugal Pumps
3500 RPM.
CAPACITIES TO 100 GPM
HEADS TO 120 FEET
—"Toe
L
J
Q
© 40
r
GN
.".500 RPN
0
CAP
ACITY —
G.P.M.
0 100
48

PERFORMANCE CURVES
END SUCTION CENTRIFUGAL PUMPS

DIMENSIONS
SERIES GNA5.1 GNA6.11 - CENTRIFUGAL PUMP ONLY
Pump
GNAS-11/4
GNA6.11/4
CP
4 3/4
1O3s, ° 51/4
DD
3a,
4N*
45'
a
93/1i
913h4
UCTI0N
13/
5/e
1,14"
DISCHARGE
DO NOT USE FOR CONSTRUCTION PUR•
POSES. CERTIFIED DIMENSION DRAW
INGS AVAILABLE ON REQUEST.
471.
41 I/tf
y
3%
3 3/
Suct.
Disc
52

1nstaiiation
In selecting an installation site one
should, consider readability, mainte-
nance, and installation.
The Niagara Series MT, meter
must be mounted horizontally with
the register on top.
In order to have accurate measure•
ment, the meter must have a straight
undisturbed pipe with length of 5
pipe diameters upstream and 3 pipe
diameters downstream. If this is not
possible, straightening vanes may
have to be used.
The Series MTX must be placed in
a pipeline free of scale, sediment, and
debris. If there is excessive sediment
in the pipeline, protect the meter by
putting a strai
meter.
upstream of the
Evacuate air from the meter before
operating. Slowly open valve to let.
water into the meter. Gradually
increase the flow rate to drive out the
air. If the meter is not filled slowly,
the surge of water can damage the
measuring elements.
Register Removal
Model i23
(See Illustration I)
1. Remove sealing wire (I)..
2. Tap out clamping pins (2) from.
the register cover with a rod.
3. Take off register cover (3) and
register (4). The register cannot
be disassembled further. It is her -
Model 123
with Totalization"
rrtetically sealed and must be
replaced as a unit if damaged.
Model 414
(See Illustration 2)
1. Remove sealing wire (I).
2. Remove strain relief nut (2) and
draw out washer and binding nut.
3. Remove sealing screws (3) and lift
off register cover (4).
4. Remove screw (5) and take off
reed switch (6), •
5. Remove scaling wire (7).
6. Lift sealing segment (8) out of
ring. Turn working clamp ring
by 90 degrees to the left or the
right and lift off.
7. The register (10) cannot be
disassembled further, It is her-
metically sealed and must be
replaced as a unit if damaged.
9
A Miller In rstries Company

Model 420
(Sec Illustration 3)
1. Remove strain relief nut (1) and
draw out washer and binding nut.
2. Remove sealing screws (2) and lift
off register cover (3).
3, Pull reed switch or infrared
transmitter (4) out of the register.
4. Remove sealing wire (5).
5. Pull sealing segment (6) out of
ring.
6. Tum working clamp ring (7) and
register (8) 90 degrees to the left
or the right and lift off,
7. The register cannot be disas-
sembled further. It is hermetically
sealed and must be replaced as a
unit if damaged.
Model 433
(See Illustration 4)
1. 'Remove sealing wire (1).
2. Take off reed switch (3) by
removing cap screw (2).
3. 'Remove sealing wire (4) on
sealing segment (5).
4. Lift out sealing segment (5).
5. Tum working clamp ring (6) wit
register (7) 90 degrees to the left
or the right and lift off. The
register cannot be disassembled
further. It is hermetically sealed
and must be replaced as a unit if
damaged.
Measuring
Chamber
Disassembly
1. Remove sealing wire (I 1) on
Models 414, 420. and 433.
2. Turn upper case (12), with spanner
wrench, counter -clockwise and
remove.
3. Measuring chamber (13) will fall
out of the body by tilting it. if the
measuring chamber is stuck, it can
be removed by protecting one of
the threaded connections with a
cap nut and striking the protected
end on a piece of wood.
Caution should be used to
protect the measuring chamber
from damage.
4. If the measuring unit is wor
damaged it must be rcplac
unit.
5. The filter (14) can be pushed out.
Clean and check for damages.
Replace if necessary.
RReassemble.
a
Model 123
(See Illustration 1)
1. Reassembly of the meter can be
done by following the reverse
order of the disassembly instruc-
tions. Check parts for wear and
make sure they are clean.
2_ Place 0 ring on treasuring
chamber and insert chamber in
meter. The measuring chamber
must be flush with the bottom case
of the meter.
3. To achieve a good seal, the 0 ring
(15) in the upper cast should be
slightly lubricated.
4. Replace sealing wire (1).
Model 414
(See Illustration 2)
1. Reassembly can be done by
following the reverse order of
disassembly instructions. Check
parts for wear and make sure they
are clean.
2. Before putting register cover (4)
on, working clatnp ring (9) and
sealing segment (8) have to be
sealed with a sealing wire.
3„ Reed switch (6) must be mounted
in the slot above the magnet on the
register. Replace screw.
4. Place 0 ring on measuring
chamber and insert chamber in
meter. Measuring chamber (1.3)
must be flush with the bottom case
of the meter.
5. To achieve a good seal, the 0 ring
(15) in the upper case (12) should
be slightly lubricated.
Tvlodel 420
(See. Illustration 3)
1. Reassembly of the meter can be
done by following the reverse
order of the disassembly instruc-
tions. Check 0 rings and parts for
wear and make sure they are
clean.
2. Place 0 ring on measuring
chamber and insert chamber in
rater. The measuring chamber
(13) must be flush with the bottom
case of the meter,
3. Place transmitter i
slot.
X0.1 - Infrared Transmitter
Xl - Reed Switch For I
Pulse Per 10 Gallons
X l o - Reed Switch For 1
Pulse Per 100 Galions
4. Before putting register cover (3)
on, working clamp ring (7) and
sealing segment (6) have to be
sealed with sealing wire.
5. When inserting register in cover,
match slot above multiplier on
register with tab inside cover.
6. To achieve a good seal, the 0 ring
(15) in the upper case should be
slightly lubricated„
the correct
Model 433
(See Illustration 4)
1. Reassembly can be done by
following the reverse order of the
disassembly instructions. Check
parts for wear and make sure they
are clean,
2. The working clamp ring (13) and
sealing segment (2) have to be
sealed with a sealing wire.
3. Place 0 ring on measuring
chamber and insert chamber in
meter. The measuring chamber
(13) must be flush with the bottom
case of the teeter.
4. To achieve a good seal, the o ring
(15) in the upper case (12) should
be slightly lubricated.
Calibration
The meter Is calibrated at the
factory. If the measuring chambet is
replaced, calibration instructions 'wi11
be included vti'ith the replacement kit.
Pace 2

Specifications
Pressure: 225 psi
Accuracy: ± l %
Registration: US Gallons. Other units of measure available (consult factory).
Mode .123
Size
3/4"
1 °"
2"
Flow Rate
Cold
Temperature
Hot
Model 414
Size
Flow Rate
Temperature
1-20 gprn
120 F
250F
3/4"
2-50 gpm
120 F
250 F
gpm
120 F
250 F
,'2"
4-130 gpm
120 F
1-20 gpr
250 F
2-50 gpm
250 F
3-85 gpm
250 F
250 F
2"
4-130 gpm
250 F
Gallons per Contact
Model 420
Size
Rate
Temperature
ons per contact
840 Switch
Full Scale Freq.
HZ with 360 .Pulses
fode1433
Cold
Hot
Cold
Heat
3/4"
1-20 ©pm
120 F
250 F
10or 100
Size
20.63
38.57
3/4"
2-50 gpm
120 F
250 F
16.66
10
10
gpm
120 F
250 F
War 100
14.16
4-130 gpm
120 F
250
lOor 100
66
1"
1 1/2"
2"
ow Rate
1-20 ep
2-50 gpm
Temperature
Gallons per contact
120 F
1
Wetted Material Of Construet1ori
Body: High Strength Brass
Measuring Element: 120 F - Polystymene
L 250E-Noryl
Impeller: 120 F - Polystaene.
250 F - Noryl
0 Ring Seals: EPDM
20 F
p
4-130 gpm
120 F
10
120 F
10

Model 1.3
(Illustration I)
14
Model 420
(Illustration 3)
. Replacement Parts
• Measuring chamber complete
• Register assembly
Note: Part numbers For above heals
are listed in the parts price book.
IrsY
COMPANY
150 Ventura Blvd.
P.O. Box. 4545
Spartanburg, SC 293°5
A 177111ei' industries Company •
0103)574•8960 1-R00-845-2102(cxccpSin SC)
Fax R03-578.7308
Heoxy Iigo d
produce one upgndcd u
of technicaV. impr©ccmem. 1luscr hfe
Company rescrcei the right to ehangc tpecifrcau
wiIhcur nmire,
Hussy hSe»unmcnt Company is an equal
opponunity employer,
6 191E ltersea BSc asunne nt Contpany-
rL31 n,ghns reserved.
14
Model 414
(Illustration 2)
Horsey Rcprese
Model 433
(Illustration 4)
Form N M 2I1
3M,0791

HEAVY DUTY SQUARE MANHtLES
MODEL 105
Heavy Duty Square Manhole made of 16 gauge galvanized sheet metal featuring
our exclusive welded overlapping corners for added strength, Cover is 3/e" thick
diamond plate steel painted black with special rust preventive paint. All sizes over
30 square come with 4" wide reinforcing channel welded to the underside of the
cover. 42", 48" and 52" provided with recessed handle. Standard sizes listed here.
Other sizes and depths made to order.
PART NO.
105-12 x 75
105-12 x 12
105-12 x 24
105-16 x 16
105-20 x 20
105-24 x 24
105-30 x 30
105-36 x 36
105-42 x 42
105-48 x 48
105-52 x 52
SIZES:
12"x12"x71/2"
12"x12"x10"
12" x 24" x 10"
16"x16"x10"
x 20" x 10"
24"x24"x10"
30"x30"x10"
36"x36"xiO"
42"x42"x10"
48" x 48" x 10"
52" x 52" x 10"
HEAVY DUTY WATERTIGHT SQUARE MANHOLES
MODEL 105WT
1'/A" wide Steel Angle Iron frame with 16 gauge galvanized sheet metal sides
featuring our exclusive welded overlapping corners for added strength. Cover is'/8"
diamond plate steel painted black with special rust preventive paint and includes 4
stainless steel bolts and BUNA-N gasket for watertight integrity. Sizes over 30"
square supplied with 4"wide channel welded to the underside of the cover. All sizes
come furnished with watertight handle. Standard sizes are listed here. Other sizes
and depths made to order.
105L
PART NO.
105-20x26V1/T
105-24 x 24 WT
105-30 x 30 W'T
105-36x36WT
165-42 x 42 W'T
105-48 x 48 WT
105-52 x 52WT
SIZES:
20"x2©"
24"x24"
3©"x30"
36"x36"
42"x42"
48" x 48"
52"x52"
10" high liner for above manholes. (Specify size.)
1O5LA Above manholes can be supplied with stainless steel
bolts in cover for limited access. (Specify size_)
�m
105DA Above rnanholesadditional
can be supplied with one
opening in cover for double access. (Specify
size.)
105TA Above manholes can be supplied with two additional
openings in cover for triply: access. (Specify size.)
16