Abstract: Methods and systems are described for hydrocarbon production. One method embodiment of the invention comprises analyzing phases of hydrocarbon oil, gas and water at flowing conditions extracted from a hydrocarbon well; separating the oil, water and gas mixture into oil portions, water portions and gas portions, each respective portion being substantially only oil, water or gas; analyzing the separated oil portion and determining if the separated oil portion meets predetermined oil standards, and treating any separated oil portion that does not meet the oil standards to achieve those standards; transferring the oil portion meeting the predetermined oil standards to a predetermined destination; analyzing the separated water portion to determine if the water portion meets predetermined water standards and treating any separated water portion that does not meet the water standards to achieve those standards; and transferring the treated water portion meeting the predetermined standards to a destination.

Abstract: Methods and systems are described for hydrocarbon production. One method embodiment of the invention comprises analyzing phases of hydrocarbon oil, gas and water at flowing conditions extracted from a hydrocarbon well; separating the oil, water and gas mixture into oil portions, water portions and gas portions, each respective portion being substantially only oil, water or gas; analyzing the separated oil portion and determining if the separated oil portion meets predetermined oil standards, and treating any separated oil portion that does not meet the oil standards to achieve those standards; transferring the oil portion meeting the predetermined oil standards to a predetermined destination; analyzing the separated water portion to determine if the water portion meets predetermined water standards and treating any separated water portion that does not meet the water standards to achieve those standards; and transferring the treated water portion meeting the predetermined standards to a destination.

Abstract: An apparatus to be disposed within a wellbore includes a production tubing in communication with a pump string and a bypass string at its distal end, wherein the pump string is configured to pump a wellbore fluid to a surface location through the production tubing, wherein the bypass string includes an upper fluid gate, a packer and a lower fluid gate, wherein the upper and the lower fluid gates are configured to selectively allow or disallow fluid communication with a bore of the bypass string, wherein the upper fluid gate is positioned above the packer and the lower fluid gate is positioned below the packer. The apparatus includes a check valve to prevent reverse fluid communication from the production tubing to the pump string.

Abstract: An apparatus to be disposed within a wellbore includes a production tubing in communication with a pump string and a bypass string at its distal end, wherein the pump string is configured to pump a wellbore fluid to a surface location through the production tubing, wherein the bypass string includes an upper fluid gate, a packer and a lower fluid gate, wherein the upper and the lower fluid gates are configured to selectively allow or disallow fluid communication with a bore of the bypass string, wherein the upper fluid gate is positioned above the packer and the lower fluid gate is positioned below the packer. The apparatus includes a check valve to prevent reverse fluid communication from the production tubing to the pump string.