Selective profiling of bulk building material for characterization using a concrete contamination profiling technology
Disclosed is a method and system to characterize the contamination levels of bulk materials, the method comprises drilling into the material, sampling material from the drill point at predetermined intervals, and analyzing the sampled material. Such an embodiment may be accomplished by using a drill with a specialized cutting and sampling head, drill bits, a sample collection units and a vacuum pump. The embodiment in conjunction with portable radiometric instruments produces a profile of radiological or chemical contamination through the material being studied.
1. A method of analyzing the amount of contaminants in building material, the method comprising:
drilling into contaminated material an incremental distance to create a powder from the contaminated material,
collecting the powder during the drilling by using a continuous vacuum force wherein the collecting comprises creating an air flow to move the powder through a flow passage within a drill bit such that the powder contacts a first filtration device in hermetic communication with the flow passage,
analyzing the collected powder to determine the amount of contaminants in the contaminated material at the incremental distance, and
providing a second filtration device in hermetic communication with the flow passage.
2. A method of analyzing the amount of contaminants in building material, the method comprising:
drilling into contaminated material an incremental distance to create a powder from the contaminated material,
collecting the powder during the drilling by using a continuous vacuum force,
analyzing the collected powder to determine the amount of contaminants in the contaminated material at the incremental distance,
repeating the drilling, the collecting, and the analyzing at another location in the building material, and
creating an activity profile of the contamination of the building material.
3. The method of claim 2 wherein the collecting comprises creating an air flow to move the powder through a flow passage within a drill bit such that the powder contacts a first filtration device in hermetic communication with the flow passage.
4. The method of claim 2 further comprising extracting the volatile compounds from induced air flow.
5. The method of claim 2 wherein the analyzing further comprises determining amounts of tritium contamination within the collected powder.
6. The method of claim 2 wherein the analyzing further comprises determining the level of radioactivity within the collected powder.
7. The method of claim 2 wherein the analyzing further comprises determining levels of chemical contamination within the collected powder.
8. A system for analyzing the amount of contaminants in building material, the system comprising:
a means for drilling into contaminated material an incremental distance to create a powder from the contaminated material,
a means for collecting the powder during the drilling by using a continuous vacuum force wherein the collecting means composes a means for creating an air flow to move the powder through a flow passage within a drill bit such that the powder contacts a first filtration device in hermetic communication with the flow passage,
a means for analyzing the collected powder to determine the amount of contaminants in the contaminated material at the incremental distance, and
a means for providing a second filtration device in hermetic communication with the flow passage.
9. A system for analyzing the amount of contaminants in building material, the system comprising:
a means for drilling into contaminated material an incremental distance to create a powder from the contaminated material,
a means for collecting the powder during the drilling by using a continuous vacuum force,
a means for analyzing the collected powder to determine the amount of contaminants in the contaminated material at the incremental distance, and
a means for creating an activity profile of the contamination of the building material.
10. The system of claim 9 further comprising a means for determining the incremental distance.
11. The system of claim 9 wherein the collecting means comprises a means for creating an air flow to move the powder through a flow passage within a drill bit such that the powder contacts a first filtration device in hermetic communication with the flow passage.
12. The system of claim 9 further comprising a means for extracting volatile compounds from induced air flow.
13. The system of claim 9 wherein the means for analyzing further comprises a means for determining amounts of tritium contamination within the collected powder.
14. The system of claim 9 wherein the means for analyzing further comprises a means for determining the level of radioactivity within the collected powder.
15. The system of claim 9 wherein the means for analyzing further comprises a means for determining levels of chemical contamination within the collected powder.