Hi Guys,I have a coal discard dump that I need to rehabilitate to a state where the discard does not run into the natural streams in the area. Discard is the fines and other undesirable mined substances that comes out of a coal mine. There are many large stockpiles of this material lying all over the South African country side.There is a very real danger in working on these dumps and that spots on these dumps combust when in contact with enough oxygen. These dumps can burn(smoulder) for years.Now the problem comes in when you put a large earth moving machine on a dump like this, the danger exist that it can punch through the crust into one of these burning voids.To prevent an event like this we need to know where the hot spots on the dumps are. Is there photographic technology out there that can be carried on a mapping drone to photomap the dump and show the hot spots?Thanks for any help.Antonie
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If you get plenty of infrared radiation, you could look at modifying a photographic camera with infrablue filters. I personally use a 580 nm infrared pass filter and just remove the IR cut filter from within. It helps if you choose the right kind of camera to do this with, because some are pretty complicated. maxmax.com sells those cameras already modded.
If the kind of IR is too near, then you need a far infrared camera like a FLIR (Tau range). That will for sure pick up heat and visualize differences of even 1 degree.
You can also start with smartphones and "personal" FLIR cameras:
Replies
If you get plenty of infrared radiation, you could look at modifying a photographic camera with infrablue filters. I personally use a 580 nm infrared pass filter and just remove the IR cut filter from within. It helps if you choose the right kind of camera to do this with, because some are pretty complicated. maxmax.com sells those cameras already modded.
If the kind of IR is too near, then you need a far infrared camera like a FLIR (Tau range). That will for sure pick up heat and visualize differences of even 1 degree.
You can also start with smartphones and "personal" FLIR cameras:
http://www.gizmag.com/flir-iphone-thermal-imaging/30447/
A lower cost solution is the IR-Blue: http://www.rhworkshop.com/products/ir-blue-dm
That is a thermopile sensor array, but only has 16x4 resolution . What determines your success rate there is whether you can get close enough.