OIL AND GAS PRODUCTION FACILITY EMISSIONS SENSING AND ALERTING DEVICE, SYSTEM AND METHOD

1 . A sensing and reporting device comprising,

an exhaust receiving section comprising,

an exhaust sample intake port,

a sampling line one of coupled and integrated to the exhaust sample intake port;

an exhaust analyzing instrument one of coupled and integrated to the sampling line, wherein, the exhaust analyzing instrument comprises,

a housing,

one or more sensors coupled to the housing, wherein the one or more sensors detect at least one of,

incomplete combustion, and

visible emissions,

at least one probe chamber coupled to the housing,

a sampling block one of coupled and integrated to the at least one probe chamber, the sampling block comprising,

a sampling line inlet,

a primary gas inlet, and

an exhaust outlet; and

a control unit communicatively coupled to the exhaust analyzing instrument, the control unit comprising,

a signal receiving portion for receiving first information from the exhaust analyzing instrument, and

a signal emitting portion for sending second information related to the first information.

2 . The sensing and reporting device of claim 1 wherein the one or more sensors obtain a measurement about every one second.

3 . The sensing and reporting device of claim 1 wherein the first information comprises a notification signal of about 5 mA when the one or more sensors detect the presence of black smoke.

4 . The sensing and reporting device of claim 3 wherein,

the 5 mA notification signal is emitted when the black smoke comprises about 1-2 mg of soot per cubic meter of exhaust; and

the one or more sensors employ an electro-static particulate measurement.

5 . The sensing and reporting device of claim 3 wherein, the signal receiving portion receives first information for up to ten exhaust analyzing instruments.

6 . The sensing and reporting device of claim 1 wherein,

the exhaust sample intake port comprises a pipe extending into an interior of an enclosed combustion device stack, the pipe comprising a pipe opening, the pipe opening facing an enclosed combustion device stack burner; and

the sampling line comprises a drip leg.

7 . The sensing and reporting device of claim 6 wherein, the exhaust outlet is connectively coupled to the enclosed combustion device stack proximal the enclosed combustion device stack burner.

8 . The sensing and reporting device of claim 1 wherein the control unit comprises,

a power receiving port; and

a plurality of communication port pairs, wherein each of the plurality of communication port pairs is communicatively coupled to one exhaust analyzing instrument.

9 . An oil and gas emission control system comprising,

an enclosed combustion device stack;

a sensing and reporting device coupled to the enclosed combustion device stack, the sensing and reporting device comprising,

an exhaust receiving section comprising,

an exhaust sample intake port,

a sampling line one of coupled and integrated to the exhaust sample intake port,

an exhaust analyzing instrument one of coupled and integrated to the sampling line, wherein, the exhaust analyzing instrument comprises,

a housing,

one or more sensors coupled to the housing, wherein the one or more sensors detect at least one of,

incomplete combustion, and

visible emissions,

at least one probe chamber coupled to the one or more sensors, and

a sampling block one of coupled and integrated to the at least one probe chamber, the sampling block comprising,

a sampling line inlet,

a primary gas inlet, and

an exhaust outlet;

a control unit communicatively coupled to the exhaust analyzing instrument, the control unit comprising,

a signal receiving portion for receiving first information from the exhaust analyzing instrument, and

a signal emitting portion for sending second information related to the first information; and

an automation system communicatively coupled to the sensing and reporting device, the automation system receiving the second information.

10 . The system of claim 9 , wherein, the second information comprises information related to the at least one of incomplete combustion and visible emissions.

11 . The system of claim 9 wherein,

the enclosed combustion device stack comprises an exit port and a burner;

the exhaust sample intake port is coupled to the enclosed combustion device stack proximal the exit port; and

the exhaust outlet is operatively coupled to the enclosed combustion device stack proximal the burner.

12 . The system of claim 9 further comprising,

a gas line coupled to the primary gas inlet;

a pressure regulator coupled to the gas line; and

a solenoid valve coupled to the gas line.

13 . The system of claim 9 wherein,

the at least one probe chamber comprises a longitudinal axis;

the longitudinal axis is generally vertically-aligned; and

the housing is located at a higher vertical location than the probe chamber.

14 . A method of obtaining a visible emission alert associated with an enclosed combustion device, the method comprising,

obtaining an exhaust sample from the enclosed combustion device;

measuring a particulate level in the exhaust sample; and

providing an alert when the particulate level is above a designated threshold.

15 . The method of claim 14 wherein,

the enclosed combustion device comprises an exit port; and

obtaining an exhaust sample from the enclosed combustion device comprises receiving the exhaust sample into an opening of a pipe, the opening being located proximal the exit port.

16 . The method of claim 15 wherein, measuring a particulate level in the exhaust sample comprises, connectively coupling an exhaust analyzing instrument to the pipe;

coupling a gas line to the exhaust analyzing instrument;

setting a gas line pressure, wherein,

the gas line pressure creates a pressure difference between the pipe and the exhaust analyzing instrument, and

the pressure difference enables the exhaust sample to flow to the exhaust analyzing instrument;

flowing the gas to the exhaust analyzing instrument.

17 . The method of claim 16 further comprising, exiting the exhaust sample and gas from the exhaust analyzing instrument to the enclosed combustion device proximal an enclosed combustion device burner.

18 . The method of claim 15 wherein,

the enclosed combustion device comprises a burner; and

receiving the exhaust sample into a pipe opening located proximal the exit port comprises,

creating a bore in an enclosed combustion device stack,

inserting the pipe into the bore, and

facing the pipe opening towards the burner.

19 . The method of claim 14 wherein, measuring a particulate level in the exhaust sample comprises, taking an electro-static particulate measurement about every second.

20 . The method of claim 14 wherein, providing an alert when the particulate level is above a designated threshold comprises providing the alert when the exhaust analyzing instrument emits a signal of a least 5 nA.