System for remotely collecting and monitoring exposure data in real-time for an isolated worker confined to a work area in a hazardous materials environment
A system for collecting and monitoring exposure data for an isolated worker confined to a work area in a in a hazardous materials environment includes a host computer and a display monitor located remotely from the hazardous materials environment; a first air monitor for monitoring levels of volatile organic compounds (VOCs) in ambient air outside the work area, the first air monitor being operably connected to the host computer to provide a display of the VOCs outside the work area in real-time on the display monitor; a second air monitor for monitoring levels of VOCs in ambient air inside the work area, the second monitor being operably connected to the host computer to provide a display of the VOCs inside the work area in real-time on the display monitor; and a gas sensor disposed inside the, the gas sensor being operably connected to the host computer to speciate the VOCs inside the work area into constituent chemicals and provide a display of the constituent chemicals in real-time on the display monitor.
1 . A system for collecting and monitoring exposure data for an isolated worker confined to a work area in a hazardous materials environment, comprising:
a) a host computer and a display monitor located remotely from the hazardous materials environment;
b) a first air monitor disposed outside the work area for monitoring levels of volatile organic compounds (VOCs) in ambient air outside the work area to provide a first layer of exposure protection for the isolated worker confined inside the work area by identification of potential for migration of the VOCs from the outside to the inside of the work area, the first air monitor being operably connected to the host computer to provide a display of the VOCs outside the work area in real-time on the display monitor;
c) a second air monitor disposed inside the work area for monitoring levels of VOCs in ambient air inside the work area to provide a second layer of exposure protection for the isolated worker confined inside the work area by identification of potential for migration of the VOCs from the outside to the inside of the work area, the second monitor being operably connected to the host computer to provide a display of the VOCs inside the work area in real-time on the display monitor; and
d) a gas sensor disposed inside the work area to speciate the VOCs inside the work area into constituent chemicals and respective concentrations when the VOCs inside the work area reach a certain level to provide a third layer of exposure protection for the isolated worker confined inside the work area, the gas sensor being operably connected to the host computer to provide a display of the constituent chemicals in real-time on the display monitor.
2 . The system as in claim 1 , wherein the first air monitor is a 5-gas monitor.
3 . The system as in claim 2 , wherein the second air monitor is a 5-gas monitor.
4 . The system as in claim 1 , wherein the gas sensor includes a gas chromatography with a photoionization detector, the gas sensor including a control unit.
5 . The system as in claim 4 , wherein the control unit is configured to allow the host computer to control the gas sensor.
6 . The system as in claim 1 , wherein the work area includes an interior of a cab of a heavy equipment.
7 . The system as in claim 6 , wherein the first air monitor is attached to an exterior portion of the cab of the heavy equipment.
8 . The system as in claim 6 , wherein the second air monitor is disposed inside the cab of the heavy equipment within a breathing zone of the isolated worker confined inside the cab.
9 . Method for collecting and monitoring exposure data for an isolated worker confined to a work area in a hazardous material environment, comprising:
a) remotely monitoring levels of volatile organic compounds (VOCs) in ambient air outside the work area of the isolated worker in real-time to provide a first layer of exposure protection for the isolated worker confined inside the work area by identification of potential for migration of the VOCs from the outside to the inside of the work area;
b) remotely monitoring levels of VOCs in ambient air inside the work area occupied by the isolated worker in real-time to provide a second layer of exposure protection for the isolated worker confined inside the work area by identification of potential for migration of the VOCs from the outside to the inside of the work area; and
c) remotely performing gas chromatography and photo-ionization detection in real-time to speciate the VOCs inside the work area when the VOCs inside the work area reach a certain level to provide a third layer of exposure protection for the isolated worker confined inside the work area.
10 . The method as in claim 9 , and further comprising monitoring for benzene, toluene, ethyl-benzene, xylenes (BTEX) levels inside the work area.
11 . The method as in claim 10 , and further comprising the step of monitoring for n-hexane, and 1,3 butadiene levels inside the work area.
12 . The method as in claim 9 , wherein the work area includes an interior of a cab of a heavy equipment, and further comprising the step of attaching a first air monitor to an exterior portion of the cab.
13 . The method as in claim 12 , and further comprising the step of disposing a second air monitor overhead inside the cab when the isolated worker is confined to inside the cab of the heavy equipment.
14 . A system for collecting and monitoring exposure data for an isolated worker confined inside a cab of a heavy equipment in a hazardous materials environment, comprising:
a) a host computer and a display monitor located remotely from the hazardous materials environment;
b) a first air monitor disposed outside the cab for monitoring levels of volatile organic compounds (VOCs) in ambient air outside the cab to provide a first layer of exposure protection for the isolated worker confined inside the cab by identification of potential for migration of the VOCs from the outside to the inside of the cab, the first air monitor being operably connected to the host computer to provide a display of the VOCs outside the cab in real-time on the display monitor;
c) a second air monitor disposed inside the cab for monitoring levels of VOCs in ambient air inside the cab to provide a second layer of exposure protection for the isolated worker confined inside the cab by identification of potential for migration of the VOCs from the outside to the inside of the cab, the second monitor being operably connected to the host computer to provide a display of the VOCs inside the cab in real-time on the display monitor; and
d) a gas sensor comprising a gas chromatography and photoionization detector disposed inside the cab to speciate the VOCs inside the cab into constituent chemicals and respective concentrations when the VOCs inside the cab reach a certain level to provide a third layer of exposure protection for the isolated worker confined inside the cab, the gas sensor being operably connected to the host computer to provide a display of the constituent chemicals in real-time on the display monitor.
15 . The system as in claim 14 , wherein the first air monitor is attached to an exterior portion of the cab.
16 . The system as in claim 15 , wherein the second air monitor is disposed within a breathing zone of the isolated worker confined inside the cab.
17 . The system as in claim 15 , wherein the second air monitor is disposed overhead inside the cab.
18 . The system as in claim 15 , wherein the gas sensor is attached to a headrest of a chair of the isolated worker confined inside the cab.