Patent ID: 11866668
Assignee: nan
Field: Chemical engineering (Chemistry)
Classification: CPC B  C | IPC B  C

Claim 45:
46. The system of claim 28, wherein the control subsystem operates a computer processor, memory, electronic communications network, control signals and an application and/or control logic that automatically controls flow and directs fluids and/or gases in real time using valves and components to meet one or more of: flow demand, predetermined thresholds, predetermined specifications, and predetermined system parameters, wherein the control signals adjust system parameters including one or more of:
increasing flow from the first blending subsystem to the separating subsystem;
decreasing flow from the first blending subsystem to the separating subsystem and increasing flow to the one or more pre-separation application units;
increasing flow from the second blending subsystem to natural gas liquid (NGL) and wet gas subsystem;

decreasing flow from the second blending subsystem to natural gas liquid (NGL) and wet gas subsystem;
increasing flow to one or more of: the one or more pre-separation application units, the one or more dry gas application units, or the one or more wet gas application units, in response to a decrease in pressure from a pressure sensor below a minimum pressure threshold when those application units are ramping up to meet increased power demand;
decreasing flow to the one or more of: the one or more pre-separation application units, the one or more dry gas application units, or the one or more wet gas application units, in response to an increase in pressure from a pressure sensor above a maximum pressure threshold when those application units are ramping down to meet decreased power demand;
decreasing flow to the one or more of: the one or more pre-separation application units, the one or more dry gas application units, or the one or more wet gas application units, in response to maintain pressure;
increasing flow to units of the application product system in response to an increase in power demand;
increasing/decreasing flow of the blended gas in response to the one or more application units ramping down for a decrease in power demand; and
increasing/decreasing flow of the blended gas in response to the one or more application units ramping down for a decrease in power demand.