Apparatus and methods for reducing fugitive gas emissions at oil facilities
Apparatus and methods for detecting and reporting pollution at an oil facility are disclosed. The technology utilizes a logic control system to read from a pollution sensor and present the sensed data as a pollutant from a leak. The pollution leakage can be further managed and reduced.
1. A pollution monitor comprising:
a housing defining an interior and an exterior;
an electronics package positioned in the interior of the housing;
a pollution sensor electrically interfaced with the electronics package and configured to output a signal representative of an airborne pollutant concentration;
a communications circuit electrically interfaced with the electronics package and configured to transmit the signal representative of the airborne pollutant concentration;
a power conductor defining a proximal end and an oppositely disposed distal end wherein:
the proximal end is electrically interfaced with the electronics package, and
the proximal end is located in the interior of the housing and the distal end is located in the exterior of the housing;
a solar panel electrically interfaced with the electronics package through the power conductor, the solar panel configured to supply electricity to the electronics package;
a physical sampling system:
in electrical communication with the electronics package and configured to:
flow a sample of air, fluid, or soil into the physical sampling system, and
capture and preserve the sample of air in the physical sampling system; and
a notifier configured to create a ticket.
2. The pollution monitor of claim 1 wherein the physical sampling system further comprises:
a valve operably interfaced with electronics package and configured to control the flow of the sample of air.
3. The pollution monitor of claim 2 wherein the physical sampling system further comprises:
a canister configured to intake the sample through the valve.
4. The pollution monitor of claim 1 and further comprising:
a metrological circuit electrically interfaced with the electronics package and configured to receive data representative of at least one meteorological condition.
5. The pollution monitor of claim 1 and further comprising:
a vertical object configured to support the pollution sensor at least three feet above ground.
6. The pollution monitor of claim 5 wherein the vertical object further comprises:
a spade formed on a proximal end of the vertical object; and
an anvil formed on a distal end of the vertical object.
7. The pollution monitor of claim 1 and further comprising:
a first venturi opening formed in the housing configured to allow airflow between the exterior and the interior;
a second venturi opening formed in the housing configured to allow airflow between the interior and the exterior;
an airstream path in the interior between the first venturi opening and the second venturi opening; and
wherein the pollution sensor is adjoining the airstream path.
8. An oil facility monitoring system comprising:
a first pollution monitor at a first location defined by a geographic coordinate comprising:
a housing defining an interior and an exterior, the housing configured to receive components of the pollution monitor and to protect the components from environmental conditions;
an electronics package positioned in the interior of the housing;
a pollution sensor electrically interfaced with the electronics package and configured to output a first signal representative of an airborne pollutant concentration;
a power conductor defining a proximal end and an oppositely disposed distal end wherein:
the proximal end is electrically interfaced with the electronics package, and
the proximal end is located in the interior of the housing and the distal end is located in the exterior of the housing;
a solar panel electrically interfaced with the electronics package through the power conductor, the solar panel configured to supply electricity to the electronics package;
a metrological circuit electrically coupled with the electronics package and configured to output a signal representative of wind; and
a communications circuit electrically interfaced with the electronics package and configured to transmit the first signal representative of the airborne pollutant concentration;
a second pollution monitor at a second location defined by a geographic coordinate that is different than the first location of the first pollution monitor comprising:
a housing defining an interior and an exterior, the housing configured to receive components of the pollution monitor and to protect the components from environmental conditions;
an electronics package positioned in the interior of the housing;
a pollution sensor electrically interfaced with the electronics package and configured to output a second signal representative of an airborne pollutant concentration;
a power conductor defining a proximal end and an oppositely disposed distal end wherein:
the proximal end is electrically interfaced with the electronics package, and
the proximal end is located in the interior of the housing and the distal end is located in the exterior of the housing;
a solar panel electrically interfaced with the electronics package through the power conductor, the solar panel configured to supply electricity to the electronics package; and
a communications circuit electrically interfaced with the electronics package and configured to transmit the second signal representative of the airborne pollutant concentration;
a logic control system configured to compare the first signal representative of the airborne pollution concentration at the first pollution monitor to the second signal representative of the airborne pollution concentration at the second pollution monitor; and
a notifier configured to create a ticket.
9. The oil facility monitoring system of claim 8 wherein the logic control system is located at the first pollution monitor or the second pollution monitor.
10. The oil facility monitoring system of claim 8 and further comprising:
a remote server; and
the logic control system is located at a remote server and is wirelessly connected to at least one of the pollution monitors.
11. The oil facility monitoring system of claim 8 and further comprising:
a physical sampling system:
in electrical communication with the electronics package of either the first pollution monitor or the second pollution monitor, the physical sampling system configured to:
flow a sample of air, fluid, or soil into the physical sampling system, and
capture and preserve the sample of air in the physical sampling system.
12. The oil facility monitoring system of claim 8 wherein the first pollution monitor further comprises:
a vertical object configured to support the first pollution monitor at least three feet above ground.
13. The oil facility monitoring system of claim 8 wherein the first pollution monitor further comprises:
a first venturi opening formed in the housing configured to allow airflow between the exterior and the interior;
a second venturi opening formed in the housing configured to allow airflow between the interior and the exterior;
an airstream path in the interior between the first venturi opening and the second venturi opening; and
wherein the pollution sensor is adjoining the airstream path.
14. A method for reporting atmospheric pollution at a monitored area comprising:
providing a first pollution monitor at a first location defined by a geographic coordinate comprising:
a housing defining an interior and an exterior, the housing configured to receive components of the pollution monitor and to protect the components from environmental conditions;
an electronics package positioned in the interior of the housing;
a pollution sensor electrically interfaced with the electronics package and configured to output a first signal representative of an airborne pollutant concentration;
a power conductor defining a proximal end and an oppositely disposed distal end wherein:
the proximal end is electrically interfaced with the electronics package, and
the proximal end is located in the interior of the housing and the distal end is located in the exterior of the housing;
a solar panel electrically interfaced with the electronics package through the power conductor, the solar panel configured to supply electricity to the electronics package;
a metrological circuit electrically coupled with the electronics package and configured to output a signal representative of wind; and
a communications circuit electrically interfaced with the electronics package and configured to transmit the first signal representative of the airborne pollutant concentration;
providing a second pollution monitor at a second location defined by a geographic coordinate that is different than the first location of the first pollution monitor comprising:
a housing defining an interior and an exterior, the housing configured to receive components of the pollution monitor and to protect the components from environmental conditions;
an electronics package positioned in the interior of the housing;
a pollution sensor electrically interfaced with the electronics package and configured to output a second signal representative of an airborne pollutant concentration;
a power conductor defining a proximal end and an oppositely disposed distal end wherein:
the proximal end is electrically interfaced with the electronics package, and
the proximal end is located in the interior of the housing and the distal end is located in the exterior of the housing;
a solar panel electrically interfaced with the electronics package through the power conductor, the solar panel configured to supply electricity to the electronics package; and
a communications circuit electrically interfaced with the electronics package and configured to transmit the second signal representative of the airborne pollutant concentration;
comparing the first signal representative of an airborne pollutant concentration reported by the pollution sensor of the first pollution monitor to the second signal representative of an airborne pollutant concentration reported by the pollution sensor of the second pollution monitor;
reporting, after the comparing, atmospheric pollution changes in the monitored area when the first signal is different than the second signal; and
creating, after the reporting, a ticket to take action at the monitored area.
15. The method for reporting atmospheric pollution of claim 14 wherein the providing the first pollution monitor further comprises:
providing a physical sampling system in electrical communication with the electronics package of the first pollution monitor;
instructing to flow a sample of air, fluid, or soil into the physical sampling system; and
capturing and preserve the sample of air in the physical sampling system.
16. The method for reporting atmospheric pollution of claim 14 wherein the providing the first pollution monitor further comprises:
providing:
a first venturi opening formed in the housing configured to allow airflow between the exterior and the interior;
a second venturi 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 venturi opening and the second venturi opening;
positioning the pollution sensor adjoining the airstream path;
flowing air from the exterior of the housing to the interior of the housing through the first venturi opening;
flowing air from the first venturi opening through the interior of the housing across the pollution sensor; and
ejecting air from the interior of the housing to the exterior of the housing through the second venturi opening.