Apparatus and methods for reducing fugitive gas emissions at oil facilities

1. A pollution monitor comprising:

a housing comprising:

an interior:

an exterior;

a first opening formed in the housing configured to allow airflow between the exterior and the interior;

a second opening formed in the housing configured to allow airflow between the interior and the exterior; and

an airstream path in the interior between the first opening and the second opening;

an electronics package positioned in the interior of the housing adjacent to the airstream path, the electronics package comprising:

a pollution sensor electrically interfaced with the electronics package and configured to output a signal representative of an airborne pollutant concentration; and

a communication circuit electrically interfaced with the electronics package and configured to transmit the airborne pollutant concentration;

a solar panel:

electrically interfaced with the electronics package;

an expansion connector formed on the exterior of the housing and in electrical communication with the electronics package;

a power conductor:

electrically interfaced with the solar panel,

electrically interfaced with the electronics package, and

passing through the housing;

a vertical object comprising:

an upper end;

a lower end oppositely disposed to the upper end; wherein

the lower end is configured for anchoring the vertical object to a ground; and

the upper end is configured to support the pollution monitor and the housing and the solar panel; and

an air conveyance system comprising:

a tube positioned outside the housing, defining:

a first end;

wherein the first end of the tube is fluidically coupled to at least one of the first opening and the second opening; and

a second end oppositely disposed to the first end;

wherein the tube is configured to contact a target location, via the second end;

a forced displacement device fitted in-line with the tube and positioned between the first end and the second end;

wherein the forced displacement device is to cause:

receiving of ambient air, from the target location, in the tube, via the second end; and

movement of the ambient air from the second end towards the first end of the tube and into the housing.

2. The pollution monitor of claim 1 , wherein the first end of the tube is configured to be attached to the electronics package.

3. The pollution monitor of claim 2 , wherein the electronics package comprises:

a sensor opening.

4. The pollution monitor of claim 3 , wherein the electronics package receives air via the sensor opening in response to a pressure drop created within the electronics package,

wherein the pressure drop is created by the airstream path in the interior between the first opening and the second opening.

5. The pollution monitor of claim 4 , wherein each of the first opening and the second opening is a venturi opening.

6. The pollution monitor of claim 1 , wherein the forced displacement device comprises:

a fan.

7. The pollution monitor of claim 1 , wherein the forced displacement device operates according to one of:

a set of predetermined inputs,

a set of predefined intervals,

spot-programming instructions, or

acquired intelligence.

8. A pollution monitor comprising:

a housing comprising:

an interior:

an exterior;

a first opening formed in the housing configured to allow airflow between the exterior and the interior;

a second opening formed in the housing configured to allow airflow between the interior and the exterior; and

an airstream path in the interior between the first opening and the second opening;

an electronics package positioned in the interior of the housing adjacent to the airstream path, the electronics package comprising:

an air quality sensor electrically interfaced with the electronics package and configured to output a signal representative of an air component concentration; and

a communication circuit electrically interfaced with the electronics package and configured to transmit the air component concentration;

a solar panel:

electrically interfaced with the electronics package;

an expansion connector formed on the exterior of the housing and in electrical communication with the electronics package;

a power conductor:

electrically interfaced with the solar panel,

electrically interfaced with the electronics package, and

passing through the housing;

a vertical object comprising:

an upper end;

a lower end oppositely disposed to the upper end; wherein

the lower end is configured for anchoring the vertical object to a ground; and

the upper end is configured to support the housing and the solar panel;

a tube positioned outside the housing, defining:

a first end;

wherein the tube is attached to the electronics package via the first end; and

a second end disposed oppositely to the first end;

wherein the tube is configured to contact a target location, via the second end;

a forced displacement device fitted in-line with the tube and positioned between the first end and the second end;

wherein the forced displacement device is to cause:

receiving of ambient air, from the target location, in the tube, via the second end; and

movement of the ambient air from the second end towards the first end of the tube and within the electronics package.

9. The pollution monitor of claim 8 , wherein the electronics package comprises:

a sensor opening to receive air within the electronics package in response to a pressure drop created within the electronics package,

wherein the pressure drop is created by the airstream path in the interior between the first opening and the second opening.

10. The pollution monitor of claim 9 , wherein the tube is configured to attach to the electronics package via one of:

the first opening;

the second opening; and

the sensor opening.

11. The pollution monitor of claim 8 , wherein the forced displacement device comprises:

a fan.

12. The pollution monitor of claim 9 , wherein the forced displacement device operates according to one of:

a set of predetermined inputs,

a set of predefined intervals,

spot-programming instructions, or

acquired intelligence.

13. The pollution monitor of claim 8 , wherein the air quality sensor is configured to detect a target fluid, wherein the target fluid is at least one of Methane, Ethane, Propane, Butane, Carbon Dioxide, Oxygen, Nitrogen, Hydrogen Sulfide, and a rare gas.

14. A method of pollution monitoring, the method comprising:

providing a housing, wherein the housing comprises:

an interior:

an exterior;

a first opening formed in the housing configured to allow airflow between the exterior and the interior; and

a second opening formed in the housing configured to allow airflow between the interior and the exterior;

creating an airstream path in the interior between the first opening and the second opening, wherein the airstream path generates a pressure drop within the housing;

providing an electronics package positioned in the interior of the housing adjacent to the airstream path, the electronics package comprising:

an air quality sensor electrically interfaced with the electronics package;

providing a solar panel, wherein

the solar panel is electrically interfaced with the electronics package;

providing a vertical object, wherein the vertical object comprises:

an upper end;

a lower end oppositely disposed to the upper end; wherein

the lower end is configured for anchoring the vertical object to a ground; and

the upper end is configured to support the housing and the solar panel; and

providing a tube, wherein the tube is positioned outside the housing, wherein the tube defines:

a first end;

wherein the tube is configured to is fluidically couple with the electronics package via the first end; and

a second end disposed oppositely to the first end;

wherein the tube is configured to contact a target location, via the second end;

providing a forced displacement device fitted in-line with the tube and positioned between the first end and the second end; and

receiving an air sample within the housing via the tube, wherein the air sample is received in response to one of:

the airflow between the exterior and interior, via at least one of the first opening and the second opening;

a pressure drop created within the electronics package by the airstream path in the interior between the first opening and the second opening; and

suction generated by the forced displacement device.

15. The method of claim 14 , wherein the electronics package comprises:

a sensor opening,

wherein the electronics package receives air via the sensor opening in response to the pressure drop created within the electronics package.

16. The method of claim 14 , wherein each of the first opening and the second opening is a venturi opening.

17. The method of claim 14 , wherein the forced displacement device comprises:

a fan.

18. The method of claim 14 , wherein the forced displacement device operates according to one of:

a set of predetermined inputs,

a set of predefined intervals,

spot-programming instructions, or

acquired intelligence.

19. The method of claim 14 , wherein the air quality sensor is configured to detect a target fluid, wherein the target fluid is at least one of Methane, Ethane, Propane, Butane, Carbon Dioxide, Oxygen, Nitrogen, Hydrogen Sulfide, and a rare gas.