Ccs Energy Services LLC

Other

Mark G Arceneaux

Melvin O Stacy

Eric Wingate

Jules A Simon

An apparatus and method for treating raw water. The apparatus includes a vessel having an inlet for the raw water, an outlet for the skimmed water, a rotor mechanism for creating a plurality of gas bubbles within the raw water, and a disperser device operatively associated with the rotor mechanism for dispersing the plurality of gas bubbles from the rotor mechanism within the vessel. The vessel contains raw water. The gas bubbles create an oily froth on top of the raw water. The apparatus further includes a skim tray positioned about the rotor mechanism for removing the oily froth from the top of the raw water and a secondary skimmer positioned within the skim tray. An external skim tank may be configured to deliver a gas to the rotor mechanism and to receive the oily froth from the secondary skimmer.

Fluid treatment device and method

An apparatus and method for treating raw water. The apparatus comprises a vessel having an inlet for the raw water and an outlet for the skimmed water, and wherein the vessel contains the raw water, and a rotor mechanism for creating a plurality of gas bubbles within the raw water. The apparatus further comprises a disperser device, operatively associated with the rotor mechanism, for dispersing the plurality of gas bubbles from the rotor mechanism within the vessel, and wherein the gas bubbles create an oily froth on the top of the raw water, and a skim tray, positioned about the rotor mechanism, is provided for removing the oily froth from the top of the raw water as well as a secondary skimmer positioned within the skim tray. In one preferred embodiment, an external skim tank that is configured to deliver a gas to the rotor mechanism and wherein the external skim tank is configured to receive the oily froth from the secondary skimmer.

The invention pertains to a system and process for removing contaminants from an oil and gas well bore stream. The system comprises a vessel adapted to receive the stream from the well bore. The system also contains a centrifuge separator for breaking the emulsion of the stream, the centrifuge separator having an input for receiving the output stream from the vessel. A media filter member, which is adapted to receive the stream from the output of the centrifuge separator is also included with the system. The system further contains a carbon adsorption means, adapted to receive the output stream from the media filter, for adsorption of contaminants contained within the output stream. Also included is a level controller switch for measuring the level within the various tanks and generating a signal once a predetermined height is reached. Controller valves may also be provided, with the controller valves being operatively associated with the level controller switch for receiving the signal and opening a valve in order to release the stream to the centrifuge means. Also, the media filter further comprises a closed loop back wash line adapted to the media filter for back washing the media filter, along with a back wash tank and back wash line fluidly connecting the back wash tank to the vessel for recycling.

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Carencro, LA, United States of America

Mark G Arceneaux