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SPEL Econoskim

SPEL Econoskim is a fully automatic system that consists of a correctly sized SPEL Separator and a SPEL containment tank sized to meet site requirements.The system maintains the SPEL Separator at peak performance 24/7 by skimming captured hydrocarbon pollutants from the surface of the SPEL Separator, these are transferred to a SPEL containment tank by means of skimmer booms, pumps, and control system.The separated and contained fuel/oil can be reused/recycled more easily from the containment tank thus protecting the environment and reducing costs.
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SPEL Econoskim

SPEL Econoskim – Light Liquid Skimming & Separate Containment System

Product Range

Design details and sizing are site specific, inline with catchment areas, and oil storage requirements.

Applications

  • Fire training grounds
  • Oil storage facilities

Any refuelling areas including:

  • Rail
  • Airports
  • Large plant

Shell Design

Designed with reference to BS EN 13121. All tank shells carry the SPEL 25 Year Warranty and life expectancy in excess of 50 years.

Shell Specifications

Different tank shell specifications are available dependent upon tank invert levels, ground conditions and ground water levels. (See Installation Guidance section)

Inlet/Outlet Connections

Pipe connections available to accommodate most standard sizes.

Reduce servicing costs by up to 90% and maintain separator peak performance 24/7
UK patent No. 2355211

Fuel/oil separators are frequently installed and forgotten about, and, if maintenance is remembered, the conventional way of emptying the complete contents from a separator involves large volumes of waste water. To save some costs, emptying contractors may try sucking pollutants from the surface only, this cannot guarantee a satisfactory job and still requires the removal of large amounts of waste water.

With the SPEL Econoskim® System, the light liquids/hydrocarbons are automatically skimmed from the oil separator to a separate SPEL Tankstor containment tank. The light liquid pollutants have a minimum of water volume and therefore the emptying contractor’s disposal costs are dramatically reduced as a single pollutant is easier to dispose of and as the containment tank has a large storage capacity, ensuring less frequent and expensive contractor visits.

Not only is the SPEL Econoskim system brilliant at removing oil from the chosen separator for easier and cheaper maintenance, due to the SPEL Econoskim system working 24/7, it maintains the separator at peak performance, ensuring the separator is always ready, might a large oil pollution incident occur. This is especially important where oil pollutant levels are high on sites such as railway maintenance depots, airport taxiways and fire training grounds.

The 'empty now' signal is the time when light liquids have reached 90% of the oil storage capacity under static liquid level conditions. Calculations are, however, based upon the removal of the total oil storage capacity as defined per model in the appropriate product range tables. You can achieve 90% saving.

1. When the SPEL constant monitoring system detects the level of fuel/oil pollutants has reached the pre-determined volume, the skimmers are brought into operation, transferring these pollutants from the SPEL separator to the SPEL Tankstor® containment tank. When the transference of light liquid pollutants has been completed, the system automatically stops the skimming process and re-sets.

2. During the skimming cycle a small amount of water is transferred from the SPEL separator into the SPEL Tankstor® containment tank. In order to maximise the capacity of the SPEL Tankstor® containment tank for pollutants, accumulated water is automatically transferred back to the SPEL separator.

3. The process repeats automatically every time pollutants reach the pre-determined volume. When the SPEL Tankstor® containment tank is 90% full, the SPEL constant monitoring system signals ‘EMPTY NOW’ with an audible and visual alarm.

The system comprises pivoting suction booms inside the separator with floats that rise and fall with the liquid level and skims the oil/hydrocarbons at a constant depth, keeping the oil level in the separator to a minimum. This gives the separator more storage capacity in a spill and keeps the separator oil level continually maintained.

Constructed in stainless steel, the suction booms inside the SPEL Separator are linked through a low friction pivoting assembly (no flexible hoses) via interconnecting pipework to the adjacent controls and pump for transferring the hydrocarbon pollutants to the SPEL Tankstor® containment tank.

The high percentage of light liquids and low water content in the SPEL Tankstor containment tank enhances the value of the waste which is reflected in a lower, or even nominal cost for its removal and disposal.

It can be an advantage to install the SPEL Tankstor® containment tank away from the SPEL Separator. This may be essential to facilitate emptying without disrupting normal activity such as aircraft movements on airport aprons.

SPEL Separator & Econoskim systems can be configured in a number of ways to suit site conditions as shown. The SPEL Separator can be installed above or below ground and the containment tank can also be installed above or below ground, in vertical or horizontal format. Both the SPEL Separator and SPEL Tankstor containment system can be supplied with the optional secondary containment (double skin).

The above ground SPEL fuel/oil separators can incorporate secondary containment and are mounted on galvanised steel adjustable cradles. Pipework and kiosks can be frost protected. Optional steel access platforms are galvanised and can incorporate access ladder, handrails, and lifting hoist for servicing the coalescer units. The containment tank is filament wound in GRP again, available with secondary containment, optional extra GRP access ladder and safety cage.

Below Ground to Below Ground
Below Ground to Above Ground
Above Ground to Above Ground

What Separator can I Install an Econoskim System Into?

Usually the application for an Econoskim system is where fuel/oil is the major pollutant on a large scale eg. Railway refuelling depots. In such cases a bypass would not be suitable, therefore, a SPEL Puraceptor full retention separator is generally used.

However, if a large SPEL Stormceptor by-pass separator is collecting large quantities of oil and other hydrocarbons, an Econoskim system could be incorporated to skim off retained oil and transfer to an above ground tank. This would not only save the increasingly expensive maintenance costs of removing and disposing oil, but will also keep the separator functioning at peak performance 24/7.

SPEL Puraceptor Separator Sizing Recommendations

SPEL Puraceptor® two chamber separators meet the requirements of the European Standard BS EN 858-1.

SPEL Puraceptor® two chamber separators could be sized in accordance with the BS EN 858-2 formula with the density fd = 1.5 or 2.0 and the impediment factor fx = 4 where pumping. However, the following guidelines are recommended dependent upon the specific site conditions where both wastewater and rainwater are pumped.

Warning: You should not expect separators to always perform within these limits under field conditions. Regular maintenance is essential and general ‘good housekeeping’ pollution prevention measures taken on site.

NOTE: A dual pumping system with duty for wastewater flows and assist for rainwater flows are preferred. The pumps must be low shear and non-emulsifying.

SPEL Puraceptor* Model
NS BS EN 858-1
Max. Wastewater Constant Flow Rate
Rainwater Max. l/sec (Assist Pump)*
l/sec (Duty Pump)
Oil Concentration:
5 – 50 ml/l
50-100 ml/l
Density fd:
2
1.5
2
1.5
P025/2CSC
25
1.8
2.5
1.12
1.25
5
P030/2CSC
30
2.1
3
1.35
1.5
6
P035/2CSC
35
2.5
3.5
1.58
1.75
7
P040/2CSC
40
2.85
4
1.8
2
8
P050/2CSC
50
3.6
5
2.25
2.5
10
P065/2CSC
65
4.68
6.5
2.93
3.25
13
P080/2CSC
80
5.7
8
3.6
4
16
*It is preferable where flows are attenuated in a chamber prior to pumping to the SPEL Puraceptor®, the assist pump cuts out before any accumulated hydrocarbons on the surface reach this pump. These hydrocarbons can be sucked out during the periodic desludging of the separator.

Performance Monitoring

The performance of the SPEL Puraceptor® separator + Econoskim® light liquid skimming and separate containment system has been monitored over an extended period at railway fuelling/maintenance depots. The monitoring proved the system to be effective at treating and discharging into the foul sewer system within the PPG3 Class 2 limit for hydrocarbons at 100mg/litre. Results were between 10 and 47 mg/litre with an average around 30mg/litre.

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For further information phone our sales hotline 01743 457977, email sales@spelproducts.co.uk or Click the button below.
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This is the SPEL Puraceptor single chamber model sizing chart. For the difference between single and two chamber models see the explanation below under operation.

Model
Series
Nominal Size (NS)
Catchment Area (m2)
Oil Storage (L)
Silt Capacity (L)
Overall Length* (mm)
Overall Diameter (mm)
Inlet Invert (mm)
Base to Inlet (mm)
Base to Outlet (mm)
Optimum In/Out Pipe Diameter** (mm)
Number of Access Shafts(dia. mm)


Flow (l/s)



L

A
B
C

450
600
750
900
1200
P004 1C/SC
200
4
222
40
400
1,720
1,225
630
1,110
1,050
160
–
–
1
–
–
P006 1C/SC
200
6
333
60
600
2,310
1,225
630
1,110
1,050
160
–
–
1
–
–
P010 1C/SC
200
10
556
100
1,000
3,410
1,225
630
1,110
1,050
160
–
–
1
–
–
P015 1C/SC
300
15
833
150
1,500
3,200
1,875
350
1,800
1,740
225
1
–
1
–
–
P020 1C/SC
300
20
1,111
200
2,000
3,540
1,875
350
1,800
1,740
225
–
1
1
–
–
FP 1C/SC
300
20
1,111
200
2,000
4,290
1,875
350
1,800
1,740
225
–

1
–
–
P030 1C/SC
300
30
1,667
300
3,000
4,420
1,875
390
1,760
1,700
300
–
1
–
1
–
P040 1C/SC
300
40
2,222
400
4,000
5,760
1,875
390
1,760
1,700
300
–
1
–
1
–
P050 1C/SC
300
50
2,778
500
5,000
7,060
1,875
390
1,760
1,700
300
–
1
–
1
–
P065 1C/SC
400
65
3,611
650
6,500
4,860
2,700
425
2,625
2,525
300
–
1
–
2
–
P080 1C/SC
400
80
4,444
800
8,000
5,700
2,700
425
2,625
2,525
300
–
1
–
2
–
P100 1C/SC
400
100
5,555
1,000
10,000
7,400
2,700
475
2,575
2,475
450
–
1
–
2
–
P125 1C/SC
400
125
6,944
1,250
12,500
8,580
2,700
475
2,575
2,475
450
–
–
1
2
–
P150 1C/SC
400
150
8,333
1,500
15,000
10,180
2,700
475
2,575
2,475
450
–
–
1
2
–
P165 1C/SC
400
165
9,166
1,650
16,500
11,200
2,700
500
2,550
2,450
450
–
2
1
1
–
P200 1C/SC
400
200
11,110
2,000
20,000
13,710
2,700
660
2,390
2,290
600
–
2
1
1
–
P250 1C/SC
400
250
13,888
2,500
25,000
16,750
2,700
660
2,390
2,290
600
–
2
1
2
–
P280 1C/SC
400
280
15,555
2,800
28,000
18,800
2,700
660
2,390
2,290
600
–
1
2
2
–
P300 1C/SC
500
300
16,665
3,000
30,000
12,410
3,650
805
3,070
2,970
750
–
1
2
2
–
P400 1C/SC
500
400
22,220
4,000
40,000
15,760
3,650
805
3,070
2,970
750
–
2
2
2
–
P500 1C/SC
500
500
27,775
5,000
50,000
20,530
3,650
955
2,920
2,820
900
–
2
2
1
1
P500 1C/SC
600
500
27,775
5,000
50,000
16,040
4,150
925
3,250
3,150
900
–
2
2
1
1
P600 1C/SC
600
600
33,330
6,000
60,000
19,080
4,150
925
3,250
3,150
900
–
2
2
–
2
P700 1C/SC
600
700
38,888
7,000
70,000
21,460
4,150
925
3,250
3,150
900
–
3
2
3
–
P800 1C/SC
600
800
44,440
8,000
80,000
23,020
4,150
925
3,250
3,150
900
–
3
2
2
1
All of the above models are available without silt capacity, below are selected models for size comparison. The P1000 model is only available in non silt format.
P050 1C
300
50
2,778
500
–
5,070
1875
390
1,760
1,700
300
–
–
–
1
–
P065 1C
400
65
3,611
650
–
3,710
2,700
425
2,625
2,525
300
–

–
2
–
P100 1C
400
100
5,555
1,000
–
5,250
2,700
475
2,575
2,475
450
–

–
2
–
P125 1C
400
125
6,944
1,250
–
6,090
2,700
475
2,575
2,475
450
–
–
–
2
–
P165 1C
400
165
9,166
1,650
–
7,960
2,700
500
2,550
2,450
450
–
2

1
–
P250 1C
400
250
13,888
2,500
–
11,830
2,700
660
2,390
2,290
600
–
2

2
–
P300 1C
400
300
16,665
3,000
–
14,120
2,700
660
2,390
2,290
600
–
2

2
–
P500 1C
500
500
27,775
5,000
–
14,340
3,650
955
2,920
2,820
900
–
2
2
1
1
P500 1C
600
500
27,775
5,000
–
11,470
4,150
925
3,250
3,150
900
–
2
2
1
1
P700 1C
600
700
38,888
7,000
–
15,880
4,150
925
3,250
3,150
900
–
3
2
3
–
P1000 1C
600
1,000
55,550
10,000
–
21,407
4,150
925
3,250
3,150
900
–
3
2
1
3

*Overall length subject to inlet/outlet and orientation.

**SPEL Separators are designed for a maximum flow (NS/NSB) but can be fitted with larger than the recommended maximum connection size IN/OUT or with the addition of adapters providing the maximum flow (NS/NSB) cannot be exceeded or any increase in the operating level in the SPEL Separator to cause the captured pollutants to escape into the vent connections or through access shaft connections. Any overriding of the above criteria could jeopardise performance to the European Standard BS EN 858-1.

Note: Model FP1C/SC is a special Forecourt separator with 7600 litre spillage holding capacity. Click here for more information on Forecourt Separators.

This is the SPEL Puraceptor two chamber model sizing chart. For the difference between single and two chamber models see the explanation below under operation.

Model
Series
Nominal Size (NS)
Catchment Area (m2)
Oil Storage (L)
Silt Capacity (L)
Overall Length* (mm)
Overall Diameter (mm)
Inlet Invert (mm)
Base to Inlet (mm)
Base to Outlet (mm)
Optimum In/Out Pipe Diameter** (mm)
Number of Access Shafts(dia. mm)


Flow (l/s)



L

A
B
C

450
600
750
900
1200
P006 2C/SC
200
6
333
60
600
3,050
1,225
340
1,200
1,140
160
–
1
1
–
–
P010 2C/SC
200
10
556
100
1,000
4,690
1,225
340
1,200
1,140
160
–
1
1
–
–
P015 2C/SC
300
15
833
150
1,500
4,015
1,875
350
1,800
1,740
225
–
–
2
–
–
P020 2C/SC
300
20
1,111
200
2,000
4,015
1,875
350
1,800
1,740
225
–
–
2
–
–
FP 2C/SC***
300
20
1,111
200
2,000
5,500
1,875
350
1,800
1,740
225
–
–
2
–
–
P025 2C/SC
300
25
1,389
250
2,500
4,290
1,875
350
1,800
1,740
225
–
–
2
–
–
P030 2C/SC
300
30
1,667
300
3,000
4,420
1,875
390
1,760
1,700
300
–
1
2
–
–
P035 2C/SC
300
35
1,944
350
3,500
5,070
1,875
390
1,760
1,700
300
–
1
2
–
–
P040 2C/SC
300
40
2,222
400
4,000
5,760
1,875
390
1,760
1,700
300
–
1
2
–
–
P050 2C/SC
300
50
2,778
500
5,000
7,060
1,875
390
1,760
1,700
300
–
1
2
–
–
P065 2C/SC
300
65
3,611
650
6,500
9,180
1,875
390
1,760
1,700
300
1
–
2
–
–
P080 2C/SC
400
80
4,444
800
8,000
5,700
2,700
425
2,625
2,525
300
–
–
1
1
–
P100 2C/SC
400
100
5,555
1,000
10,000
7,400
2,700
475
2,575
2,475
450
–
–
1
1
–
P125 2C/SC
400
125
6,944
1,250
12,500
8,580
2,700
475
2,575
2,475
450
–
–
2
1
–
P150 2C/SC
400
150
8,333
1,500
15,000
10,180
2,700
500
2,550
2,450
450
–
–
2
1
–
P200 2C/SC
400
200
11,110
2,000
20,000
13,710
2,700
660
2,390
2,290
600
–
1
2
1
–
P250 2C/SC
400
250
13,888
2,500
25,000
16,752
2,700
660
2,390
2,290
600
–
2
1
2
–
P300 2C/SC
500
300
16,665
3,000
30,000
12,530
3,650
675
3,200
3,100
600
–
1
2
–
1
P400 2C/SC
500
400
22,220
4,000
40,000
15,980
3,650
675
3,200
3,100
600
–
2
2
2
–
P500 2C/SC
500
500
27,775
5,000
50,000
20,530
3,650
955
2,920
2,820
900
–
2
2
1
1
P500 2C/SC
600
500
27,775
5,000
50,000
16,260
4,150
925
3,250
3,150
900
–
2
1
1
1
P600 2C/SC
600
600
33,330
6,000
60,000
19,080
4,150
925
3,250
3,150
900
–
2
2
3
–
P700 2C/SC
600
700
38,888
7,000
70,000
22,270
4,150
925
3,250
3,150
900
–
3
2
3
–
P800 2C/SC
600
800
44,440
8,000
80,000
23,020
4,150
925
3,250
3,150
900
–
3
2
2
1
P900 2C/SC
600
900
50,000
9,000
90,000
24,658
4,150
925
3,250
3,150
900
–
3
2
1
2

*Overall length subject to inlet/outlet and orientation.

**SPEL Separators are designed for a maximum flow (NS/NSB) but can be fitted with larger than the recommended maximum connection size IN/OUT or with the addition of adapters providing the maximum flow (NS/NSB) cannot be exceeded or any increase in the operating level in the SPEL Separator to cause the captured pollutants to escape into the vent connections or through access shaft connections. Any overriding of the above criteria could jeopardise performance to the European Standard BS EN 858-1.

Note: Model FP2C/SC is a special Forecourt separator with 7600 litre spillage holding capacity. Click here for more information on Forecourt Separators.

[
ModelSeriesMeals per Day*NSGTank Length (mm)Internal Diameter (mm)Overall Capacity (L)Grease Capacity (L)Inlet Invert (m)Base to Inlet (mm)Base to Outlet(mm)Optimum In/Out Pipe Diameter** (mm)Number of Access Shafts (dia. mm)
LABC600
GS200/200020040042,0401,2002,0001601,0201,0009401602
GS200/300020060062,9301,2003,0002401,0201,0009401602
GS200/400020090093,8101,2004,0003601,0201,0009401602
GS200/50002001100114,7001,2005,0004401,0201,0009401602
GS200/60002001400145,5781,2006,0005601,0201,0009401602
GS300/58603001400142,6901,8005,8605601,6001,6001,5501602
GS300/92703001800184,0151,8009,2707201,6001,6001,5501602
GS300/182003004000407,6201,80018,20016001,6001,6001,5501602
ModelSeriesMax. Flow*Silt Capacity (L)Overall Length*Internal Diameter (mm)Opt In/Out Pipe Diameter (mm)Number of Access Shafts (dia. mm)Inlet Invert (mm)
Flow (l/s)L600A
WDS 200/10002001.12501.171,200160mm1–
WDS 200/20002002.25002.051,200160mm1–
WDS 200/30002003.37002.931,200160mm1–
WDS 200/40002004.51,0003.821,200160mm1–
WDS 200/50002005.61,2504.71,200160mm1–
WDS 200/60002006.71,5005.591,200160mm1–
WDS 200/70002007.81,7506.481,200160mm1–
WDS 200/800020092,0007.361,200160mm1–
WDS 200/9000200102,2508.251,200160mm1–
WDS 200/10,000200112,5009.131,200160mm1–
WDS 300/400030051,0001.951,800160mm1–
WDS 300/600030071,5002.761,800160mm1–
WDS 300/800030092,0003.541,800160mm1–
WDS 300/10,000300122,5004.291,800160mm1–
ModelSeriesNominal Size (NB)Catchment Area (M2)Oil Storage (L)Silt Capacity (L)Overall Length* (mm)Overall Diameter (mm)Inlet Invert (mm)Base to Inlet (mm)Base to Outlet (mm)Optimum In/Out pipe Diameter** (mm)Number of Access Shafts (dia. mm)
Flow (l/s)ABC450600750
FR004 SC2004222404001,72012256301,1101,0501601
FR006 SC2006333606002,2701,2256301,1101,0501601
FR010 SC200105561001,0003,4101,2256301,1101,0501601
FR015 SC300158331501,5002,7601,8753501,8001,7402251
FR020 SC300201,1112002,0003,2001,8753501,8001,7402251
FS2 SC300201,1112002,0004,2901,8753501,8001,7402251
FR030 SC300301,6673003,0004,4201,8753901,7601,7003001
FR040 SC300402,2224004,0005,7601,8753901,7601,7003001
FR050 SC300502,7785005,0007,0601,8753901,7601,7003001
FR065 SC400653,6116506,5004,8102,7004252,6252,52530011
FR080 SC400804,4448008,0005,7002,7004252,6252,52530011
FR100 SC4001005,5551,00010,0007,4002,7004752,5752,47545011
FR125 SC4001256,9441,25012,5008,5802,7004752,5752,47545011
FR150 SC4001508,3331,50015,00010,1802,7004752,5752,47545011
FR165 SC4001659,1661,65016,50011,2002,7005002,5502,4504502
FR200 SC40020011,1102,00020,00013,7102,7006602,3902,2906002
FR250 SC40025013,8882,50025,00016,7502,7006602,3902,2906002
ModelSeriesNominal Size (NB)Catchment Area (M2)Oil Storage (L)Silt Capacity (L)Overall Length* (mm)Overall Diameter (mm)Inlet Invert (mm)Base to Inlet (mm)Base to Outlet (mm)Optimum In/Out pipe Diameter** (mm)Number of Access Shafts (dia. mm)
Flow (l/s)ABC450600750
FR040300402,2224004,0201,8753901,7601,7003001
FR050300502,7785005,0701,8753901,7601,7003001
FR065400653,6116503,7102,7004252,6252,52530011
FR080400804,4448004,4002,7004252,6252,52530011
FR1004001005,55510005,2502,7004752,5752,47545011
FR1254001256,94412506,0902,7004752,5752,47545011
FRI504001508,33315007,4002,7004752,5752,47545011
FR1654001659,16616507,9602,7005002,5502,4504502
FR20040020011,11020009,6002,7006602,3902,2906002
FR25040025013,888250011,8302,7006602,3902,2906002
FR30040030016,665300014,1202,7006602,3902,2906002
FR400500400222,2224,000optional*3,650–3–

*Overall length subject to inlet/outlet size and orientation

**SPEL Separators are designed for a maximum flow (NS/NSB) but can be fitted with larger than the recommended maximum connection size IN/OUT or with the addition of adapters providing the maximum flow (NS/NSB) cannot be exceeded or any increase in the operating level in the SPEL Separator to cause the captured pollutants to escape into the vent connections or through access shaft connections. Any overriding of the above criteria could jeopardise performance to the European Standard BS EN 858-1.

Note: Model FS2SC is a special forecourt unit with 7600 litre spillage holding capacity.

Model
Series
Nominal Size (NS)
Catchment Area (m2)
Oil Storage (L)
Silt Capacity (L)
Overall Length (mm)
Inlet Invert (mm)
Base to Inlet (mm)
Base to Outlet (mm)
Optimum Inlet dia.** (mm)


Flow (l/s)



L




P006 2C/SC/M
300
6
333
60
600
3,200
540
1,610
1,550
160
P010 2C/SC/M
300
10
556
100
1,000
5,070
540
1,610
1,550
160
P015 2C/SC/M
300
15
833
150
1,500
6,570
550
1,600
1,500
225
P020 2C/SC/M
400
20
1,111
200
2,000
5,250
625
2,425
2,325
225
P025 2C/SC/M
400
25
1,389
250
2,500
6,170
625
2,425
2,325
225
P030 2C/SC/M
400
30
1,667
300
3,000
7,400
625
2,425
2,325
300
P040 2C/SC/M
400
40
2,222
400
4,000
9,930
For details, please contact our Technical Sales Team
300
P060 2C/SC/M
400
60
3,333
600
6,000
13,710
For details, please contact our Technical Sales Team

300
P080 2C/SC/M
500
80
4,444
800
8,000
10,040
For details, please contact our Technical Sales Team

300
P100 2C/SC/M
500
100
5,555
1,000
10,000
12,530
For details, please contact our Technical Sales Team

450
ModelSeriesNominal Size (NS)Catchment Area (m2)Oil Storage (L)Silt Capacity (L)Overall Length* (mm)Overall Diameter (mm)Inlet Invert (mm)Base to Inlet (mm)Base to Outlet (mm)Optimum In/Out Pipe Diameter** (mm)Number of Access Shafts (dia. mm)
Flow (l/s)LABC4507509001200
P006 2C/SC/NG2006333606003,05012254271,1101,050160–11–
P010 2C/SC/NG200105561001,0004,7001,2254271,1101,050160–3––
P015 2C/SC/NG300158331501,5004,0201,8755401,6101,550225–3––
P020 2C/SC/NG300201,1112002,0004,0201,8755401,6101,550225–3––
P025 2C/SC/NG300251,3892502,5004,2901,8755401,6101,550225–3––
P030 2C/SC/NG300301,6673003,0005,0701,8755501,6001,500300–21–
P040 2C/SC/NG300402,2224004,0006,5701,8755501,6001,500300–21–
P050 2C/SC/NG300502,7785005,0008,2601,8755501,6001,500300–21–
P065 2C/SC/NG300653,6116506,50010,2201,8755501,6001,500300121–
P065 2C/SC/NG400653,6116506,5005,4702,7006652,3852,285300111–
P080 2C/SC/NG400804,4448008,0006,1702,7006652,3852,285300111–
P100 2C/SC/NG4001005,5551,00010,00074002,70066523852285450111–
P125 2C/SC/NG4001256,9441,25012,5009,6002,7007652,2852,18545012–1
P150 2C/SC/NG4001508,3331,50015,00011,2002,7007902,2802,18045012–1
P200 2C/SC/NG40020011,1102,00020,00016,4002,7009402,1302,03060022–1
P300 2C/SC/NG50030016,6653,00030,00012,5303,6508753,0002,90060022–1
P400 2C/SC/NG50040022,2204,00040,00016,3303,6508753,0002,900600322–
ModelSeriesNominal Size (NS)Catchment Area (m2)Oil Storage (L)Silt Capacity (L)Overall Length* (mm)Overall Diameter (mm)Inlet Invert (mm)Base to Inlet (mm)Base to Outlet (mm)Optimum In/Out Pipe Diameter* (mm)Number of Access Shafts (dia. mm)
Flow (l/s)LABC7509001200
FP 1C/SCClass 1 Forecourt SeparatorSingle Chamber with Silt Capture300201,1112002,0004,2901,8753501,8001,7402251––
FP 2C/SCClass 1 Forecourt SeparatorTwo Chamber with Silt Capture300201,1112002,0005,5001,8753501,8001,7402252––
FS2 SCClass 2 Forecourt SeparatorSingle Chamber with Silt Capture300201,1112002,0004,2901,8753501,8001,740225––1
Model
Series
Nominal Size (NS)
Catchment Area (m2)
Oil Storage (L)
Silt Capacity (L)
Overall Length* (mm)
Overall Diameter (mm)
Inlet Invert (mm)
Base to Inlet (mm)
Base to Outlet (mm)
Optimum In/Out Pipe Diameter** (mm)
Number of Access Shafts(dia. mm)


Flow (l/s)



L

A
B
C

450
600
750
900
1200
P006 2C/SC
200
6
333
60
600
3,050
1,225
340
1,200
1,140
160
–
1
1
–
–
P010 2C/SC
200
10
556
100
1,000
4,690
1,225
340
1,200
1,140
160
–
1
1
–
–
P015 2C/SC
300
15
833
150
1,500
4,015
1,875
350
1,800
1,740
225
–
–
2
–
–
P020 2C/SC
300
20
1,111
200
2,000
4,015
1,875
350
1,800
1,740
225
–
–
2
–
–
FP 2C/SC***
300
20
1,111
200
2,000
5,500
1,875
350
1,800
1,740
225
–
–
2
–
–
P025 2C/SC
300
25
1,389
250
2,500
4,290
1,875
350
1,800
1,740
225
–
–
2
–
–
P030 2C/SC
300
30
1,667
300
3,000
4,420
1,875
390
1,760
1,700
300
–
1
2
–
–
P035 2C/SC
300
35
1,944
350
3,500
5,070
1,875
390
1,760
1,700
300
–
1
2
–
–
P040 2C/SC
300
40
2,222
400
4,000
5,760
1,875
390
1,760
1,700
300
–
1
2
–
–
P050 2C/SC
300
50
2,778
500
5,000
7,060
1,875
390
1,760
1,700
300
–
1
2
–
–
P065 2C/SC
300
65
3,611
650
6,500
9,180
1,875
390
1,760
1,700
300
1
–
2
–
–
P080 2C/SC
400
80
4,444
800
8,000
5,700
2,700
425
2,625
2,525
300
–
–
1
1
–
P100 2C/SC
400
100
5,555
1,000
10,000
7,400
2,700
475
2,575
2,475
450
–
–
1
1
–
P125 2C/SC
400
125
6,944
1,250
12,500
8,580
2,700
475
2,575
2,475
450
–
–
2
1
–
P150 2C/SC
400
150
8,333
1,500
15,000
10,180
2,700
500
2,550
2,450
450
–
–
2
1
–
P200 2C/SC
400
200
11,110
2,000
20,000
13,710
2,700
660
2,390
2,290
600
–
1
2
1
–
P250 2C/SC
400
250
13,888
2,500
25,000
16,752
2,700
660
2,390
2,290
600
–
2
1
2
–
P300 2C/SC
500
300
16,665
3,000
30,000
12,530
3,650
675
3,200
3,100
600
–
1
2
–
1
P400 2C/SC
500
400
22,220
4,000
40,000
15,980
3,650
675
3,200
3,100
600
–
2
2
2
–
P500 2C/SC
500
500
27,775
5,000
50,000
20,530
3,650
955
2,920
2,820
900
–
2
2
1
1
P500 2C/SC
600
500
27,775
5,000
50,000
16,260
4,150
925
3,250
3,150
900
–
2
1
1
1
P600 2C/SC
600
600
33,330
6,000
60,000
19,080
4,150
925
3,250
3,150
900
–
2
2
3
–
P700 2C/SC
600
700
38,888
7,000
70,000
22,270
4,150
925
3,250
3,150
900
–
3
2
3
–
P800 2C/SC
600
800
44,440
8,000
80,000
23,020
4,150
925
3,250
3,150
900
–
3
2
2
1
P900 2C/SC
600
900
50,000
9,000
90,000
24,658
4,150
925
3,250
3,150
900
–
3
2
1
2
Model
Series
Nominal Size (NS)
Catchment Area (m2)
Oil Storage (L)
Silt Capacity (L)
Overall Length* (mm)
Overall Diameter (mm)
Inlet Invert (mm)
Base to Inlet (mm)
Base to Outlet (mm)
Optimum In/Out Pipe Diameter** (mm)
Number of Access Shafts(dia. mm)


Flow (l/s)



L

A
B
C

450
600
750
900
1200
P004 1C/SC
200
4
222
40
400
1,720
1,225
630
1,110
1,050
160
–
–
1
–
–
P006 1C/SC
200
6
333
60
600
2,310
1,225
630
1,110
1,050
160
–
–
1
–
–
P010 1C/SC
200
10
556
100
1,000
3,410
1,225
630
1,110
1,050
160
–
–
1
–
–
P015 1C/SC
300
15
833
150
1,500
3,200
1,875
350
1,800
1,740
225
1
–
1
–
–
P020 1C/SC
300
20
1,111
200
2,000
3,540
1,875
350
1,800
1,740
225
–
1
1
–
–
FP 1C/SC
300
20
1,111
200
2,000
4,290
1,875
350
1,800
1,740
225
–

1
–
–
P030 1C/SC
300
30
1,667
300
3,000
4,420
1,875
390
1,760
1,700
300
–
1
–
1
–
P040 1C/SC
300
40
2,222
400
4,000
5,760
1,875
390
1,760
1,700
300
–
1
–
1
–
P050 1C/SC
300
50
2,778
500
5,000
7,060
1,875
390
1,760
1,700
300
–
1
–
1
–
P065 1C/SC
400
65
3,611
650
6,500
4,860
2,700
425
2,625
2,525
300
–
1
–
2
–
P080 1C/SC
400
80
4,444
800
8,000
5,700
2,700
425
2,625
2,525
300
–
1
–
2
–
P100 1C/SC
400
100
5,555
1,000
10,000
7,400
2,700
475
2,575
2,475
450
–
1
–
2
–
P125 1C/SC
400
125
6,944
1,250
12,500
8,580
2,700
475
2,575
2,475
450
–
–
1
2
–
P150 1C/SC
400
150
8,333
1,500
15,000
10,180
2,700
475
2,575
2,475
450
–
–
1
2
–
P165 1C/SC
400
165
9,166
1,650
16,500
11,200
2,700
500
2,550
2,450
450
–
2
1
1
–
P200 1C/SC
400
200
11,110
2,000
20,000
13,710
2,700
660
2,390
2,290
600
–
2
1
1
–
P250 1C/SC
400
250
13,888
2,500
25,000
16,750
2,700
660
2,390
2,290
600
–
2
1
2
–
P280 1C/SC
400
280
15,555
2,800
28,000
18,800
2,700
660
2,390
2,290
600
–
1
2
2
–
P300 1C/SC
500
300
16,665
3,000
30,000
12,410
3,650
805
3,070
2,970
750
–
1
2
2
–
P400 1C/SC
500
400
22,220
4,000
40,000
15,760
3,650
805
3,070
2,970
750
–
2
2
2
–
P500 1C/SC
500
500
27,775
5,000
50,000
20,530
3,650
955
2,920
2,820
900
–
2
2
1
1
P500 1C/SC
600
500
27,775
5,000
50,000
16,040
4,150
925
3,250
3,150
900
–
2
2
1
1
P600 1C/SC
600
600
33,330
6,000
60,000
19,080
4,150
925
3,250
3,150
900
–
2
2
–
2
P700 1C/SC
600
700
38,888
7,000
70,000
21,460
4,150
925
3,250
3,150
900
–
3
2
3
–
P800 1C/SC
600
800
44,440
8,000
80,000
23,020
4,150
925
3,250
3,150
900
–
3
2
2
1
All of the above models are available without silt capacity, below are selected models for size comparison. The P1000 model is only available in non silt format.
P050 1C
300
50
2,778
500
–
5,070
1875
390
1,760
1,700
300
–
–
–
1
–
P065 1C
400
65
3,611
650
–
3,710
2,700
425
2,625
2,525
300
–

–
2
–
P100 1C
400
100
5,555
1,000
–
5,250
2,700
475
2,575
2,475
450
–

–
2
–
P125 1C
400
125
6,944
1,250
–
6,090
2,700
475
2,575
2,475
450
–
–
–
2
–
P165 1C
400
165
9,166
1,650
–
7,960
2,700
500
2,550
2,450
450
–
2

1
–
P250 1C
400
250
13,888
2,500
–
11,830
2,700
660
2,390
2,290
600
–
2

2
–
P300 1C
400
300
16,665
3,000
–
14,120
2,700
660
2,390
2,290
600
–
2

2
–
P500 1C
500
500
27,775
5,000
–
14,340
3,650
955
2,920
2,820
900
–
2
2
1
1
P500 1C
600
500
27,775
5,000
–
11,470
4,150
925
3,250
3,150
900
–
2
2
1
1
P700 1C
600
700
38,888
7,000
–
15,880
4,150
925
3,250
3,150
900
–
3
2
3
–
P1000 1C
600
1,000
55,550
10,000
–
21,407
4,150
925
3,250
3,150
900
–
3
2
1
3
ModelNominal Size (NSB)Peak Flow (l/s)Catchment Area (m2)Oil Storage (L)Silt Storage (L)Length (mm)Internal Diameter (mm)Inlet Invert (mm)Base to Inlet (mm)Base to Outlet (mm)Optimum in/out Pipe Diameter (mm) for Orientation*Number of Access Shafts A-C Diameter (mm)
Flow (l/s)NSB x 15NSB x 100LWABC750*900
103 C1/SC3301,667453001,5501,3005001,015965160––
204 C1/SC4402,222604001,8601,2005501,3501,3003001–
206 C1/SC6603,333906002,1201,2005501,3501,3003001–
208 C1/SC8804,4441208002,2701,2005501,3501,3003001–
210 C1/SC101005,5561501,0002,9201,2005501,3501,3003001–
212 C1/SC121206,6671801,2003,5701,2005601,3501,3003001–
215 C1/SC151508,3332251,5004,2371,2005601,3501,3003001–
320 C1/SC2020011,1113002,0003,2001,8007001,4501,350450––
325 C1/SC2525013,8893752,5003,5401,8007001,4501,350450––
330 C1/SC3030016,6674503,0004,4201,8007001,4501,35045011
340 C1/SC4040022,2226004,0005,7601,8007401,4101,3104501–
345 C1/SC4545025,0006754,5006,5701,8007401,4101,3104501–
350 C1/SC5050027,7787505,0007,0601,8007401,4101,3104501–
460 C1/SC6060033,3339006,0004,4002,6009502,1002,00060011
470 C1/SC7070038,8891,0507,0005,2502,6009502,1002,00060011
480 C1/SC8080044,4441,2008,0006,1702,6009502,1002,00060011
4100 C1/SC1001,00055,5561,50010,0007,4002,6001,1001,9501,85075011
4125 C1/SC1251,25069,4441,87512,5009,0502,6001,1001,9501,85075011
4150 C1/SC1501,50083,3332,25015,0009,9502,6001,1001,9501,850750–2
4160 C1/SC1601,60088,8892,40016,00011,8302,6001,2501,8001,70075012
5180 C1/SC1801,800100,0002,70018,0007,4703,5001,1852,6902,55090012
5200 C1/SC2002,000111,0003,00020,0008,5303,5001,1852,4252,3251,20012
5250 C1/SC2502,500139,0003,75025,00010,0403,5001,1852,4252,3251,20012
6300 C1/SC3003,000167,0004,50030,00010,3104,0001,3252,8502,6751,20012
6350 C1/SC3503,500194,0005,25035,00011,5004,0001,3252,8502,6751,20023
6400 C1/SC4004,000222,0006,00040,00012,6904,0001,3252,8502,6751,20023
6500 C1/SC5005,000278,0007,50050,00015,8704,0001,3252,8502,6751,20024
6600 C1/SC6006,000333,0009,00060,00018,2604,0001,3252,8502,6751,20014
6700 C1/SC7007,000389,00010,50070,00022,2504,0001,3252,8502,6751,20025
6500 C15005,00027.87,500Nil11,9104,1501,3252,8502,6751,20014
6600 C16006,00033.39,000Nil13,5104,1501,3252,8502,6751,20014
6700 C17007,00038.910,500Nil16,6504,1501,3252,8502,6751,20015
6800 C18008,00044.412,000Nil19,8904,1501,3252,8502,6751,20016
ModelSeriesTreated Flow Rate (l/s)Maximum Design Storm Flow (l/s)Catchment area* (m²)Head Loss Storm Flow (mm)Overall Diameter (mm)Overall Chamber Height (mm)Inlet to Base (mm)Inlet Invert (mm)Silt Capacity (L)Hydrocarbon Capacity (L)Pipe Size dia. (mm)Access Opening (mm)
SHV 200/30200301224,0001801,2252,6801,6001,080360220300Ø750
SHV 300/70300702809,3332551,8253,8002,4001,4001,200900450Ø900
SHV 400/20040020065026,6653502,7005,0003,3001,7003,4502,000600Ø1,200
SHV 500/40050040090053,3335003,5405,3903,0002,3905,0004,800750Ø1,200
ModelSeriesMax. Flow (l/s)Catchment Area Based on 65mm/hrOil Storage (L)Silt Capacity (L)Tank Length (mm)Internal Diameter (mm)Inlet Invert (mm)Base to Inlet (mm)Base to Outlet (mm)Optimum in/out Pipe Diameter* (mm)Number of Access Shafts (dia. mm)
ABC4506007509001,200
P004/1C/ESR2004222404001,7101,2206301,1101,050160––1––
P006/1C/ESR2006333606002,3101,2206301,1101,050160––1––
P010/1C/ESR200105561001,0003,4001,2206301,1101,050160––1––
P015/1C/ESR300158331501,5003,2001,8003501,8001,7402251–1––
P020/1C/ESR300201,1112002,0003,5401,8003501,8001,740225–11––
P030/1C/ESR300301,6673003,0004,4201,803901,7601,700300–1–1–
P040/1C/ESR300402,2224004,0005,7601,8003901,7601,700300–1–1–
P050/1C/ESR300502,7785005,0007,0601,8003901,7601,700300–1–1–
P065/1C/ESR400653,6116506,5004,8102,6004252,6252,525300–1–2–
P080/1C/ESR400804,4448008,0005,7002,6004252,6252,525300–1–2–
P100/1C/ESR4001005,5551,00010,0007,4002,6004752,5752,475450–1–2–
P125/1C/ESR4001256,9441,25012,5008,5802,6004752,5752,475450––12–
P150/1C/ESR4001508,3331,50015,00010,1802,6004752,5752,475450––12–
P165/1C/ESR4001659,1661,65016,50011,2002,6005002,5502,450450––12–
P200/1C/ESR40020011,1102,00020,00013,7102,6006602,3902,290600–121–
P250/1C/ESR40025013,8882,50025,00016,7502,6006602,3902,290600–122–
P280/1C/ESR40028015,5552,80028,00018,8002,6006602,3902,290600–122–
P300/1C/ESR50030016,6653,00030,00012,4103,5008053,0702,970750–122–
P400/1C/ESR50040022,2204,00040,00015,7603,5008053,0702,970750–222–
P500/1C/ESR50050027,7755,00050,00020,5303,5009552,9202,820900–2211
P500/1C/ESR60050027,7755,00050,00016,0404,0009253,2503,150900–2211
P600/1C/ESR60060033,3306,00060,00019,0804,0009253,2503,150900–22–2
P700/1C/ESR60070038,8887,00070,00021,4704,0009253,2503,150900–323–
P800/1C/ESR60080044,4408,00080,00023,0204,0009253,2503,150900–3221
P900/1C/ESR60090049,8469,00090,00024,6584,0009253,2503,150900–32–3
ModelSeriesTreated Flow RateMaximum FlowConnectible / Catchment area (m²)*Oil Storage (litres)Silt Capacity (litres)Tank Length (mm)Internal Diameter (mm)Inlet Invert (mm)Base to Inlet (mm)Base to Outlet (mm)Optimum in / out pipe diameter ** (mm)Number of Access Shafts A-C*** (dia. mm)
LABC7509001200
210C1/ESR200101001,3331501,0002,9201,2205501,3501,3003001––
212C1/ESR200121201,60018012003,5701,2205501,3501,3003001––
215C1/ESR200151502,0002251,5004,2371,2205501,3501,3003001––
320C1/ESR300202002,6653002,0003,2001,8007001,4501,350450–––
325C1/ESR300252503,3333752,5003,5351,8007001,4501,350450–––
330C1/ESR300303004,0004503,0004,4201,8007001,4501,35045011–
340C1/ESR300404005,3336004,0005,7601,8007401,4101,3104501––
345C1/ESR300454506,0006754,5006,5631,8007401,4101,3104501––
350/C1/ESR300505006,6657505,0007,0601,8007401,4101,3104501––
460C1/ESR400606008,0009006,0004,4002,6009502,1002,00060011–
470C1/ESR400707009,3331,0507,0005,2502,6009502,1002,00060011–
480C1/ESR4008080010,6651,2008,0006,1702,6009502,1002,00060011–
4100C1/ESR4001001,00013,3331,50010,0007,4002,6001,1001,9501,85075011–
4125C1/ESR4001251,25016,6651,87512,5009,0002,6001,1001,9501,85075011–
4150C1/ESR4001501,50020,0002,25015,0009,9302,6001,1001,9501,850750–2–
4160C1/ESR4001601,60021,3332,40016,00011,8302,6001,2501,9501,85075012–
5180C1/ESR5001801,80024,0002,70018,0007,4723,5001,1852,6902,55090012–
5200C1/ESR5002002,00026,6653,00020,0008,5303,5001,1852,5702,3551,20012–
5250C1/ESR5002502,50033,3333,75025,00010,0403,5001,1852,6902,3551,200
6300C1/ESR6003003,00040,0004,50030,00010,3104,0001,3252,8502,6751,20012–
6350C1/ESR6003503,50046,6655,25035,00011,5004,0001,3252,8502,6751,20023–
6400C1/ESR6004004,00053,3336,00040,00012,6904,0001,3252,8502,6751,20023–
6500C1/ESR6005005,00066,6657,50050,00015,8804,0001,3252,8502,6751,20024–
6600C1/ESR6006006,00080,0009,00060,00018,2564,0001,3252,8502,6751,20015
6700C1/ESR6007007,00093,33310,50070,00022,2504,0001,3252,8502,6751,200

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