The series 84 models.

Model	Capacity m3/hour	Volume liter	L mm	W mm	H mm	Data sheet
						Flat bottom	V-bottom
84/540/xxx	1 - 2,5	540	1500	600	600
84/810/xxx	1 - 3,5	810	1500	600	800
84/1080/xxx	1 - 5	1080	1500	900	800
84/1800/xxx	1 - 8	1800	2500	900	800

The configuration.

The sketch at the right shows a cross sectional view of an 84 tank.

1. The aqueous medium, with the oil, enters here.
2. Part of the flow, the main flow, comes up here and enters into the Suparator® device, carrying the oil traces along.
3. Part of the flow, the bypass flow, passes through here and over the effluent weir into the effluent compartment.
4. The ratio main-flow - bypass-flow is set by adjusting the height of the effluent  weir.
5. The aqueous medium which collects in the effluent compartment is discharged through this outlet.
6. The actual separation of oil takes place here, in the Suparator® device, with the patented construction. Here the oil traces are collected, concentrated and than separated.
7. Pure oil passes over the weir, into the oil trough, and is discharged via the outlet at the side.
8. A coalescing filter is possible but strongly advised against. It adds little in terms of efficiency while accumulation of dirt will make frequent cleaning necessary.

The series 88 models.

Series 88 package units.

In all 88 systems, all equipment is fitted onto the unit, mounted behind the characteristic blue panels. All integrated, easily accessible for maintenance purposes.

 The integration of all equipment reduces the on site installation activities to a minimum. If the system is supplied with its own control system, all that needs to be done is to connect the inlet, outlet and drain connections and the utilities (power, air and water).

The configuration of the 88.

The following sketch shows the configuration of a full featured 88 package unit.

• The incoming flow enters the system at (A), if possible by gravity feed. Valve (11) is used to control the incoming flow if necessary.
• Inside the main tank, oil  traces will concentrate in the upper layer and are skimmed off by the integrated Suparskim skimmer (2).
• Circulation pump (3) pumps this medium, with a high oil concentration, into the sub-tank with the Suparator device (1).
• Inside the Suparator device the oil traces are collected and concentrated to build an oil layer. The oil is than separated without any water and discharged via outlet (C). The aqueaous phase runs off, back into the main tank.
• Solids and particles settle to the bottom area of the tank, adding to the oil separation and the quality of the returned medium.
• The treated medium is taken off by the effluent pump (4) and returned to the process.
• If the effluent is pumped to a Q-Filter, the valves (21) will be adjusted to cause the effluent pump to pull partially from the bottom section of the tank, removing the accumulated dirt in the bottom area.
• Overflow (22) and drain connections (23) and (24) are combined in connection (D).

Options.

In addition to the standard options (see options) the 88 package units can be provided with the following options:

• Automatic inlet shut-off valve. Used to stop the incoming flow if the level gets too high.
• Automatic water replenishing. To automatically add water if the level gets too low.
• Heat tracing. Heating of the unit via heat tracing of the outer walls of the unit.
• Infra-red heating. Heating of the surface inside the Suparator® subtank to keep the 'oil' liquid. Used in case dry-lube or high (aluminium) dirt particle loading causes the floating layer to become too viscous.
• Check valves, distribution valves and pressure gauge in the pump discharge line.