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Tuesday, February 16, 2016

MOhemp Hazmat Phytoremediation Diagrams




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The following diagrams are examples of the proposed

 MOhemp Hazmat 5 stage phytoremediation treatment train 


This couples the benefits of low cost phytoremediation and phytoextraction techniques for the Westlake Landfill and Coldwater Creek areas to naturally remove hazmat soil contaminants.

Field Phytoremediation Layout Diagrams 



MOhemp Hazmat Phytoremediation Diagram Field Layout Treatment Train
MOhemp Hazmat Phytoremediation Diagram Field Layout Treatment Train

 Hillside and Low Slope Diagrams

MOhemp Hazmat Diagram Modified Riparian Buffer Design with Containment Membrane
MOhemp Hazmat Diagram Modified Riparian Buffer Design with Containment Membrane

MOhemp Hazmat Phytoremediation Riparian Buffer Diagram
MOhemp Hazmat Phytoremediation Riparian Buffer Diagram

MOhemp Hazmat Sketch Phytoremediation 5 Stage Treatment Train
MOhemp Hazmat Sketch Phytoremediation 5 Stage Treatment Train


MO DNR Hazmat Locations St Louis RegionRadioactive Waste Sites in the St Louis Area Post Dispatch Image 

The landfill is divided into multiple sectors, within which are two operable units (OU), OU-1 and OU-2.  In addition to the radioactivity from the dumped barium sulfate cake, soil samples also indicate the presence of many more radioactive materials, including uranium, thorium, and elements resulting from their decay.
By Debbie Kring (Environmental Protection Agency) [Public domain], via Wikimedia Commons
By Debbie Kring (Environmental Protection Agency) [Public domain], via Wikimedia Commons

  • OU-1 covers 940 cubic yards (720 m3) on the surface (based on soil depth of 6 inches or 150 millimetres) and 24,000 cubic yards (18,000 m3) subsurface

  • OU-2 covers 8,700 cubic yards (6,700 m3) on the surface and 109,000 cubic yards (83,000 m3) subsurface

Coldwater Creek FUSRAP Map Toxic Storage Areas
Coldwater Creek FUSRAP Map Toxic Storage Areas


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