Reporting
Zebra Environmental offers different levels of Direct Sensing Reporting. Reporting starts when Direct Sensing data is collected using MIP (membrane interface probe), MIP/CPT (MIP with Cone Penetrometer Testing), HPT (hydraulic profiling tool) or EC (Conductivity). The data is then processed using Microsoft Excel. The raw data and detector graph presentation is in a user friendly , easily viewed, transported and shared format . The data is then imported into ROCKWORKS and visualizations are created. The Direct Sensing data, reports, photographs, visualizations and communications are posted to a secure customized Sharepoint web site. This allows the environmental professional to communicate with all personnel on-site and off-site involved in the project.
ZEBRA Environmentals Reporting complies with the EPA Triad approach. The Triad 
approach is a decision-making process for hazardous waste sites that offers a technically defensible methodology for managing decision uncertainty that leverages innovative characterization tools and strategies. The Triad refers to three primary components, systematic planning, dynamic work strategies, and real-time measurement systems. The real-time measurement systems include MIP,EC,MIP/CPT, and HPT.
Basic Reporting |
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Secure Sharepoint Site Allows sharing of information between all project personnel. Project mangers and on-site personnel are able to review and discuss reports, site photographs and visualizations simultaneously.
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Pre Log and Post Log Response Testing Reports Each MIP or HPT log has a response test done before the log and after the log. This procedure is part of Geoprobe SOP and the ASTM Standard. |
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Excel Summary Report |
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Point to Point Graph Cross Sections This report allows the project team to rapidly evaluate the relative response from point to point for an individual detector. |
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Level II Reporting - CAD Maps, Vertical Cross Sections |
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MAPS CAD Maps, Aerial Photo Maps, Borehole Maps are created to show relationships between direct sensing locations and the surrounding environment. This allows the environmental professional understand the impact of the detector response in relation to buildings, roads, and other areas of concern on the map. |
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Vertical Cross Sections Cross Sections are slices through a defined set of points. Only these points influence the visualization.This allows the environmental professional understand the impact of the detector response in relation to a series of points. Graphs can be overplayed for a QA QC analysis. |
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Level III Reporting - Plan Views, Fences, and Solid Models |
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Plan Views (Horizontal Slices) ECD,PID,FID plan views create horizontal slices at a defined depth (example 2 foot increments). The slice displays cold to hot areas of the detector response. This allows the environmental professional to slice away the earth and focus on a specific depths in relation to the CAD map. |
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ECD,PID,FID Solid Models with Conductivity Fences. The fence displays course to fine lithology with the detector response in solid form. This allows the environmental professional to visualize migration pathways, confining layers, and lithologic anomalies. |
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ECD,PID,FID Solid Models The Solid models include CAD maps and ariel photo maps with the detector response in a solid model. This allows the environmental professional to visualize the detector response in relationship to buildings, roads, and property boundaries. |
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Level IV - Customized Reporting |
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Confirmatory Sampling Reports This report allows the environmental professional to visualize the detector response in relationship to the actual confirmatory groundwater or soil samples sent to the laboratory . |
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Groundwater Cross Sections and Solid Models This report allows the environmental professional to visualize the groundwater in relation to the detector response. |
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CPT Cross Sections and Solid Models This report allows the environmental professional to visualize the Cone Penetrometer Test data. |
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