OIL / WATER SEPARATORS
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The Number One Petrol Separator Is Now Available In The U.S.
Solely Through International Production Specialists Or Its Distributors


German Product In Use 50 Years:
Dominates European Market 
 

International Production Specialists is the exclusive U.S. importer of the world-famous CURATOR Petrol Separator, which is made in Germany by Passavant Werks, A.G. The separator dominates the European market, where every parking lot and service station must have one. The first CURATOR model was produced more than 50 years ago and its engineering, design and practicality have withstood the multiplicity of demands placed upon it over that long period of time.

CURATOR Petrol Separators are gravity-type oil-water separators that take advantage of the differences in the specific gravities of water, oil or gasoline to achieve separators effectively and economically.

Water may contain oil in three major forms: "free oil," "emulsified oil," or "dissolved oil." Gravity-type separators will not separate emulsified or dissolved oil from water. Separation when those conditions exist requires other technology.

A gravity separator has a chamber that is designed to provide flow conditions sufficiently quiescent so that globules of free oil rise to the surface of the water and form a separate oil mass that can be removed mechanically.

The "rise rate" of oil globules (their vertical velocity) is the speed at which oil particles move toward the separator surface because of the difference in densities of oil and water. The closer the density of the oil or the grease is to that of water, the longer it takes for separation to occur. Here is a general guide:

Pollutant

Density
(g/cm3)

Design
Flow Rate

(gallons/minute) 

· Gasoline, diesel, kerosene, heating oil Up to 0.85 95-100
(Standard)
· Light machine oil, paraffin, motor oil Over 0.85
to 0.90
47
· Heavy machine oils, motor oils, grease Over 0.90
to 0.95
31
The surface loading rate is the flow rate to the separator divided by the surface area of the separator.

The CURATOR Petrol Separator I.P.S. offers is designed to have a rise rate of oil globules that is equal to or greater than the surface-loading rate. The CURATOR Petrol Separator is engineered to approach the ideal design of a separator that has no short circuiting turbulence or eddies. As a result, the ultimate in gravity separation can be experienced with efficiencies and size.

The CURATOR Separator has been tested and approved by two independent organizations: The Bavarian Material Test Institute and Milwaukee School of Engineering. Both Institutions indicated the separators passed the German DIN 1999 standards (analogous to the American ASTM Standards) for petrol separators. Separators are tested to recover pollutants at the design flow rate. Effluent wastewater contained no more than 10 parts per million of oil when the CURATOR passed the test. Coalescing filters are also available.

 

SLUDGE TRAPS

To assure affective operation, wastewater flowing in must pass through a sludge trap prior to entering the separator. (This is also required in the German DIN 1999 standards.) In the sludge trap, wastewater is slowed, causing the heavier pollutants to settle out at the bottom of the sludge trap. The steel-fabricated sludge trap may be rectangular or cylindrical. A rectangular unit's dimensions shall be 40" high, 40" wide and 96" long with approximate sludge trap capacity of 700 gallons. (Size may vary where special installation restrictions are present.) A cylindrical unit's dimensions shall be 64" x 72" with approximate sludge trap capacity of 1,000 gallons.

 


Rainfall/Drainage  
Flow rate to the separator(s) must be determined in order to effect proper separation. The amount of rainfall accounts for a large portion of the flow into the separator. The Rainfall Reference Data Table below shows typical rainfall in inches per hour for cities in the U.S. To convert to gallons per minute per square foot, multiply the rainfall by 0.0104 The flow rate to the separator is then determined by multiplying the drainage area (square feet) by the gallons per minute per square foot.

Rainfall Reference Data

STATE
&
CITY
  RAINFALL
IN INCHES
PER HOUR
STATE
&
CITY
  RAINFALL
IN INCHES
PER HOUR
STATE
&
CITY
  RAINFALL
IN INCHES
PER HOUR
STATE
&
CITY
  RAINFALL
IN INCHES
PER HOUR
STATE
&
CITY
  RAINFALL
IN INCHES
PER HOUR
ALABAMA
Anniston 3.6
Birmingham 3.6
Mobile 4.2
Montgomery 3.8
ALASKA
Anchorage 1.0
Fairbanks 1.2
Juneau 1.0
ARIZONA
Phoenix 2.5
Tucson 3.0
ARKANSAS
Bentonville  3.8
Fort Smith 3.9
Little Rock 3.7
CALIFORNIA
Bakersfield 1.5
Eureka 1.6
Fresno 1.5
Los Angeles 2.0
Sacramento 1.4
San Diego 1.5
San Francisco 1.6
San Jose 1.6
COLORADO
Denver 2.5
Durango 1.7
Grand Junction 1.6
Pueblo 2.6
CONNECTICUT
Hartford 3.0
New Haven 3.0
DELAWARE
Wilmington 3.5
Washington 3.4
FLORIDA
Apalachicola 4.3
Fort Meyers 4.3
Jacksonville 4.0
Key West 4.5
Miami 4.6
Pensacola 4.3
Tampa 4.2
GEORGIA
Atlanta 3.5
Augusta 3.6
Columbus 3.7
Macon 3.7
Savannah 4.0
Thomasville 4.0
HAWAII
Hilo 3.0
Honolulu 3.2
IDAHO
Boise 1.1
Lewiston 1.1
Pocatello 1.3
ILLINOIS
Cairo 3.4
Chicago 3.0
Peoria 3.1
Springfield 3.3
INDIANA
Evansville 3.0
Fort Wayne 2.6
Indianapolis 2.8
South Bend 2.8
Terre Haute 2.9
IOWA
Burlington 3.3
Davenport 3.2
Des Moines 3.3
Dubuque 3.1
Sioux City 3.3
KANSAS
Concordia 3.7
Dodge City 3.6
Topeka 3.7
Wichita 3.7
KENTUCKY
Lexington 2.3
Louisville 2.5
LOUISIANA
Lake Charles 4.4
New Orleans 4.5
Shreveport 4.0
MAINE
Portland 2.3
MARYLAND
Baltimore 3.4
MASSACHUSETTS
Boston 2.6
Nantucket 3.0
MICHIGAN
Alpena 2.2
Detroit 3.0
Yescanaba 2.3
Grand Rapids 2.5
Marquette 2.2
Port Huron 2.4
Saginaw 2.4
Sault ste. Marie 2.0
MINNESOTA
Duluth 2.6
Minneapolis 3.0
St. Paul 3.0
MISSISSIPPI
Jackson 3.8
Meridan 3.8
Vicksburg 3.7
MISSOURI
Columbia 3.6
Hannibal 3.4
Kansas City 3.7
St. Joseph 3.6
St. Louis 3.4
Springfield 3.7
MONTANA
Billings 2.0
Havre 1.8
Helena 1.5
Missoula 1.3
NEBRASKA
Lincoln 3.6
North Platte 3.3
Omaha 3.5
NEVADA
Reno 1.2
NEW HAMPSHIRE
Concord 2.4
NEW JERSEY
Atlantic City 3.5
Newark 3.0
Trenton 3.2
NEW MEXICO
Albuquerque 2.1
Roswell 2.6
Sante Fe 2.2
NEW YORK
Albany 2.5
Binghamton 2.5
Buffalo 2.4
New York 3.2
Rochester 2.4
Syracuse 2.3
NORTH CAROLINA
Asheville 3.2
Charlotte 3.4
Greensboro 3.4
Raleigh 3.7
Wilmington 4.0
NORTH DAKOTA
Bismark 2.8
Fargo 2.8
OHIO
Cincinnati 2.7
Cleveland 3.0
Columbus 2.7
Dayton 2.6
Sandusky 3.0
Toledo 3.0
Youngstown 2.6
OKLAHOMA
Oklahoma City 3.9
Tulsa 3.9
OREGON
Medford 1.4
Pendleton 1.0
Portland 1.4
PENNSYLVANIA
Allentown 3.0
Erie 3.0
Harrisburg 2.9
Philadelphia 3.3
Pittsburgh 2.7
Reading 3.0
Scranton 2.6
PUERTO RICO
San Juan 4.0
RHODE ISLAND
Black Island 3.0
Providence 3.0
SOUTH CAROLINA
Charleston 4.1
Columbia 3.6
Greenville 3.4
SOUTH DAKOTA
Pierre 2.9
Rapid City 2.7
Sioux Falls 3.3
TENNESSEE
Chattanooga 3.3
Knoxville 3.2
Memphis 3.6
Nashville 3.1
TEXAS
Abilene 3.5
Amarillo 3.4
Austin 4.0
Brownsville 4.5
Corpus Christi 4.5
Dallas 4.0
Del Rio 4.5
El Paso 2.4
Fort Worth 4.0
Galveston 4.6
Houston 4.5
Port Arthur 4.5
San Antonio 4.0
Wichita Falls 3.8
   
UTAH
Salt Lake City 1.3
   
VERMONT
Burlington 2.0
   
VIRGINIA
Lynchburg 3.4
Norfolk 3.8
Richmond 3.6
Roanoke 3.3
   
WASHINGTON
Port Angeles 1.0
Seattle 1.0
Spokane 1.0
Tacoma 1.1
Walla Walla 1.0
Yakima 1.0
   
WEST VIRGINIA
Charleston 2.8
Huntington 2.8
Parkersburg 2.6
   
WISCONSIN
Green Bay 2.6
La Crosse 2.9
Madison 3.0
Milwaukee 2.7
   
WYOMING
Casper 2.1
Cheyenne 2.5
Sheridan 2.1
Yellowstone Park 1.5

 

When determining the number of unit separators that are needed to handle flow, consider additional waste water sources (other than rain) such as water taps, spillage collecting points, etc.
Helpful hint: divert all non-contaminated waste water away from separator drain inlet to reduce flow rate such as storm water collected from roofs as well as waste from washrooms.


Installation
There are three typical installations of the CURATOR Petrol Separator and the sludge trap.
  1. Figure 1 shows the system layout for non-traffic areas. The coverage need only be soil.
  2. The Figure 1 layout also can be used in light duty traffic areas (where passenger cars are parked and trucks are moving about at low speed only). However, the top section should be built into a concrete bed, preventing traffic loads from being transferred to the separator housing.
  3. For heavy duty traffic areas, a large concrete vault with a strong cover is necessary, as shown in Figure 2. Installation depths are possible up to 4 feet in 8" or 12" increments. Deeper installations require a heavy duty system layout.
Typical installation requirements:
  • The separator and sludge trap shall be placed on a bed of sand, leveled, and then back filled with pea gravel.
  • The separator outlet must be at least 2 inches above the highest connected discharge point (i.e., sewer, holding tank).

And, to prevent film build-up on the pipe walls of the separation system:

  • Install the sludge trap as close to the drain inlet as possible.
  • Minimize the distance between the sludge trap and the separator. (This pipe shall be sloped 1/4" for each foot of length.)

Inspection/Cleaning  
The sludge trap and separator must be cleaned
at regular intervals, depending upon the amount
of accumulation of sludge and low viscosity liquid. Experience will determine necessary
cleaning intervals. The low viscosity liquid
should be removed before a layer of more than 
8 inches has formed. If the liquid is permitted to exceed that, the float will seal the discharge outlet. The separator will then have to be completely cleaned out. The separator should be emptied and cleaned at least once a year.

International Production Specialists Oil/Gasoline Separator Model NS100 "CURATOR" with automatic float valve, nominal size: 100 gallons per minute. Design, performance and application as per German Standard DIN 1999.

CURATOR Petrol Separator NS 100 Coating System:
Nominal flow rate 100 gallons per minute Separator
Connections 6" Inner Inertol Poxitar (2.5-3 mils)
Approximate size 32" high, 17" wide,
49" long
Outer Inertol Poxitar (1.2-1.5 mils)
Sludge Trap
Weight (empty) approximately 705 lbs. Connections 6"
Float valve is made from stainless steel. Approximate size 40" high, 40" wide, 96" long
  Coating System Bituminous Paint (3 mils)

Typical Installation For International Production Specialists
Oil and Petrol Separators For Service Stations

 

Phone: (262) 534-3130     Fax: (262) 534-4748     e-mail: sales@ipstanks.com

 


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INTERNATIONAL
PRODUCTION
SPECIALISTS

35006 Washington Ave
Honey Creek, WI 
53105

Telephone: 
 
(262)534-3130
Fax: (262) 534-4748


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