ISS Oily Water Separator | VGS
The VGS is a flooded system in which the inlet and outlet columns form a U - tube configuration such that the oil is trapped on one side of the main body, while the cleaned water flows out of the other side.
The main body contains a continuous truncated conical spiral pack (SPAK) which is made of oleophilic material. Oily water is delivered into the bottom of the main body where it flows upwards through the centre of the SPAK assembly.
At the top of the main body, free oil & low density suspended solids are held, which eventually flow out for collection and suitable disposal.
The partially cleaned water is directed to the outside perimeter of the conical SPAK and follows a tortuous pattern while cascading down and around the SPAK.
Here the lower density fluid (oil) is drawn up the incline of the oleophilic surface of the SPAK and back into the low pressure centre of the VGS, where it commingles with the incoming fluid and is redirected to the top of the main body.
A continuous current is created within the SPAK by the density and pressure variation down the fluid column and upward flow of the cleaned water will enter the output leg of the separator and will flow up and out of the system, whilst the heavy solids will drop to the base of the vessel.
To contact AMDS Trade & Industrial about ISS Oily Water Separator | VGS use Get a quote.
The VGS is a flooded system in which the inlet and outlet columns form a U - tube configuration such that the oil is trapped on one side of the main body, while the cleaned water flows out of the other side.
The main body contains a continuous truncated conical spiral pack (SPAK) which is made of oleophilic material. Oily water is delivered into the bottom of the main body where it flows upwards through the centre of the SPAK assembly.
At the top of the main body, free oil & low density suspended solids are held, which eventually flow out for collection and suitable disposal.
The partially cleaned water is directed to the outside perimeter of the conical SPAK and follows a tortuous pattern while cascading down and around the SPAK.
Here the lower density fluid (oil) is drawn up the incline of the oleophilic surface of the SPAK and back into the low pressure centre of the VGS, where it commingles with the incoming fluid and is redirected to the top of the main body.
A continuous current is created within the SPAK by the density and pressure variation down the fluid column and upward flow of the cleaned water will enter the output leg of the separator and will flow up and out of the system, whilst the heavy solids will drop to the base of the vessel.
To contact AMDS Trade & Industrial about ISS Oily Water Separator | VGS use Get a quote.
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