Developing the
Hydrogeologic Conceptual
Model
EnviroInsite Training Workshop
March 2013
660.00
650.00
640.00
630.00
620.00
610.00

660.00
650.00
640.00
630.00

till

640.00
630.00

silt

silt
bedrock

630.00

c...
Hydrogeologic Conceptual Model
• Boring Logs

• Strip Logs
• Create Section

• 3d Geologic Model

Developing Conceptual Mo...
EnviroInsite Terminology

Term

Definition

Boring Data

Detailed soil / rock description as
would come from geologist in ...
What can you do with Boring data?

Post Elev.

Contour Elev.

Logs on
Profile

3d Logs

Boring Logs

Developing Conceptual...
What can you do with Stratigraphy?

Post Elev.

Contour Elev.

3d Geologic
Model

3d Fence
Diagram

3d Logs

2d Geologic
M...
Strip Logs
• Integrate multiple
sources of data
• Downhole charts
use data from
Point Values table

EnviroInsite Training
Point Values table

Field

Type

Well

Text

Constituent

Text

Depth

Numeric

Value

Numeric

Text Value

Text

EnviroIn...
Developing Hydrogeologic
Conceptual Model
Hands-on Exercise
EQuIS Source

EI Data

EQuIS Table.Field

Boring Data

dt_lithology.material_name
dt_lithology.start_depth / end_depth
dt_...
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EnviroInsite training workshop - Developing a conceptual model

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Presentation from EnviroInsite training workshop covering tools for construction of hydrogeologic conceptual model

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EnviroInsite training workshop - Developing a conceptual model

  1. 1. Developing the Hydrogeologic Conceptual Model EnviroInsite Training Workshop March 2013
  2. 2. 660.00 650.00 640.00 630.00 620.00 610.00 660.00 650.00 640.00 630.00 till 640.00 630.00 silt silt bedrock 630.00 clay sand and gravel bedrock 670.00 660.00 650.00 640.00 630.00 620.00 610.00 600.00 Hydrogeologic Conceptual Model sand clay and sand clay silt clay and sand silty clay bedrock till bedrock G GM M X X- -1 1 6 X- 5 14 -1 3 G M X15 G G M M X14 G XG M 1 M X 2 X1 6 GM - 1 X 1 4 H P 5 H -1 H P-1 1-2 P 1 H GH -11 -1 P MX G -1P--1 2 5 1 H G P MX 1- 1M - 1 -1 3 5 X- 1 3 11 -4 6R M GX M -X 16 -1R G M W -3 G M H PH HP 8C HP-8 -8 PC B H -8 H P-8 A P H - 8- 4 P- 3 8H P- 2 81 M W -1 6 W -1 4 M W -1 5 M M W -2 6 M W M M W -3 M W-3- 3 3 M W- 3 5 W 34 -3 -3 M 8 W M -3 MW W 7 -3 M14M M W W W 6 -3 -3 -3 W 6 7 8 M 28 W M 26 W -2 7 GM XG 9 M XG GM 10 M X X- -8 7 Depth (feet) Depth (feet) H G M P- X 7 G M -4 X4 M GM X- X3 3 Depth (feet) M D M -M D W -M 1 D -M W-1 4 W 3 -1 2 H H P- P H 6-3 6-1 P H - 6P- 2 63 M W -1 0 M M M W -1 B WM 1 R- 9 W WR- 3 3 -1 -9D 1 W -1 0 M G Depth (feet) MW-4-9 4 +0 1e 0 +0 1e Depth (feet) 4 +0 1e 0 +0 1e 4 +0 1e 0 +0 1e 4 4 +0 1e 0 +0 1e 0 4 4 +0 1e 0 +0 1e Conceptual Model silty clay silty sand sand sand clayey silt sand silt clayey silt sand 4 4 LM 770.00 760.00 750.00 silt 4000 feet 740.00 sand silt 730.00 gravel sandy silt sand silt 720.00 clayey silt 710.00 silt clayey silt SCIBH-112 silty sand 700.00 silt 690.00 Sample PID Screening (ppm) 0 clayey silt gravel 680.00 sandy silt CH/CL 670.00 660.00 650.00 0 Depth (feet) CH/CL MW-46 4 Depth (feet) C H P7C H P H - 7B P H - 7A PH 7P- 3 M M M 7W W W H -4 -4 -4 P- G2 2 3 4 7-M M M M 1 W XW W -4-2 -4 -4 G GM 2 3 4 M G X- X-1 M 2 XH 1 P H H P 9C H P-99 H P-9 CB H P-9 A P- -4 H H 9H P-9 P31 H P- -2 - 0C P 9H -1 1 H P 0 H P-1-10 -1 H P-1 0 -2 H P-1 0-5 -6 H P- P-1 0-4 H 1 P 0 M 0H -1 A M W-3 P- 0B W 28 10 -2 C 7 Depth (feet) W -8 D W -1 M 3 W M M8 -W W D1 -8 2 M MW R W -5 M - D R -2 M 5 -1 M WW W -5-D BR --1 9D 3 2 Depth (feet) Depth (feet) 4 +0 1e 0 +0 1e 760.6 0 Depth (feet) 4 4 +0 1e 0 +0 1e till sand silt 0 0 LM 10 sand till gravel till CH/CL 4 15 gravel 10 topsoil silty sand clayey silt sand clayey silt 20silty sand gravel sand silty sand 0 10 650.00 640.00 760.7 15 5 sand 762.3 PID Screening (ppm) 760.8 CH/CL silty clay clayey sand sandy clay clayey silt silty sand LM silt sand silt sand 4 +0 1e 15 4 +0 1e 0 +0 1e 10 5 Sample 0 5 770.00 770.00 20 760.00 760.00 750.00 750.00 Wells sand Within 100 feet of section 740.00 0 2000 740.00 Casing 730.00 730.00 till silty clay Screen gravel 720.00 720.00 siltysand clay clayey silt sand silt 710.00 710.00 till sand silt sand till SCIBH-110 SCIBH-111 water 700.00 700.00 level (feet) till Within 100 feet of section till 690.00 690.00 Sample PID Screening (ppm) Sample PID Screening (ppm) 0 680.00 680.00 gravel 670.00 silt sand sand 660.00 0 +0 1e 4 5 0 topsoil 762.7 766.8 • Create Section 794.3 15 LM 810.00 800.00 790.00 780.00 770.00 760.00 750.00 740.00 730.00 720.00 710.00 700.00 690.00 CH/CL 680.00 670.00 660.00 650.00 640.00 CL 630.00 766.8 SCIBH-108 794.7 MW-45 4 0 0 10 790.3 0 15 0 20 topsoil silty clay 810.00 unknown sand 800.00 unknown 790.00 LM sand Borings 780.00 unknown Within 100 feet of section sand 770.00 gravel sand 760.00 topsoil silty clay 750.00 silty clay peat sandy clay 740.00 SCIBH-109 730.00 gravel clayey silt PID Screening (ppm) 720.00 Sample sand and gravel clay 710.00 till sand till 700.00 690.00 silty sand bedrock 680.00 CH/CL unknown sandy silt sand unknown 670.00 gravel 660.00 sand clay and sand silt 650.00 silty gravel gravel sand and silty/sandy clay sand clayey silt/silty clay 640.00 till LM till sand and 630.00 clayey silt with sand gravel silty sand and gravel clay bedrock 620.00 MW-49 4 +0 1e 15 10 770.00 CH/CL silty sand 10 760.00 unknown silty sand 750.00 sand and gravel 15 740.00 silty sand 730.00 silty clay 720.00 LM siltysand clay 710.00 700.00 silty clay 690.00 773.2 680.00 sand and gravel 773.3 670.00 silty clay • Strip Logs 5 817.0 A' MW-52 5 0 +0 1e SB-BR-04 PID Screening (ppm) • Boring Logs MW-51 CH topsoil 770.00 sandy silt silty clay 10 LM silt sandy clay sandy silt 760.00 CL/CH unknown 750.00 silty sand CL silty sand and gravel 15 sandy silt 740.00 silty sand and gravel silty sand clayey silt 730.00 CL/CH clay 720.00 20 sand 710.00 CH silt LM silty sand sand 795.4 700.00 sand and gravel silty silt 798.3 791.7793.3 sand silt 690.00 785.7 clay 680.00 785.8 sand and gravel unknown 798.0 sand and gravel 670.00 clay 793.6 sand 793.7and 792.5 unknown 660.00 799.0 sand and SCIBH-107 gravel 650.00 793.6793.6 clay 792.5 799.1 Samplesilt PID Screening (ppm) 640.00 0 clay sand and gravel sand clay 630.00 sand bedrock 5 CH/CL Sample 0 4 817.0 CH/CL SCIBH-104 PID Screening (ppm) 0 10 800.00 CH 790.00 LM 780.00 15 CH 770.00 CL 760.00 817.2 LM 750.00 815.9 816.7 816.5 814.4 740.00 815.9 814.9 silt 801.8 730.00 811.3 720.00 812.2 710.00 silty sand clayey silt 700.00 805.8silty sand sandy silt silty sand sandy silt 801.9 SCIBH-106 gravel till 690.00 silt till silt Sample PID Screening (ppm) 680.00 gravel 0 till 0 +0 1e 815.8 817.4 5 600 550 802.5 PID Screening (ppm) 817.1 siltysand silty clay clay sand gravel sand silt silty clay 4 820.0 820.3 4 +0 1e 650 M 818.0 819.5 0 +0 1e 700 826.5 Sample 0 -8 W 817.1 819.6 819.7 820.7 10 M H -5 H P-5 C H P-5 B H P- A H P-5 5-2 P- B -R 5- 1 3 1R MA M MM 3 B BR BR R -2 - 1 -2 - 1 R A M BR W -3 M D M M 2 M -1 EW4 M -2 W -7 W M W W -M M WW 4 W 3 M W-4D -3D MG W- 4 W 4 M -41 -D W RH -1 P P5C W W -3 EW -1 B H CH 5 CH/CL 4 +0 1e silty clay 800.00 sand silty sand 790.00 sand silty sand 780.00 15 silt 829.3 770.00 817.1 826.8 CH 830.7 760.00 silty clay silty 20 silty clay 750.00 824.5 silt silty clay 740.00 LM 826.6 silt 730.00 720.00 silty clay silt 710.00 silty sand silt sandy silt 700.00 796.5 silt silty sand gravel SCIBH-105 690.00 silty sand clayey silt M W H -1 PHMW3C P 1 H -3-B P H - 3- 2 P HP-3 3-1 C H P H - 4P H - 4- 1 W H P 2 W H -3 P--4-3 P- 4-4 44 Depth (feet) CH 10 MW-48 5 4 750 0 0 800 Sample CH MW-47 0 Elevation (feet) 850 SCIBH-103 PID Screening (ppm) M CH 5 900 0 W W -8 A Sample M 0 SCIBH-102 PID Screening (ppm) G M G X-1 M 0 G X-7 M X8 G M X- M 9 W SCIBH-101 Sample silty sand
  3. 3. Hydrogeologic Conceptual Model • Boring Logs • Strip Logs • Create Section • 3d Geologic Model Developing Conceptual Model
  4. 4. EnviroInsite Terminology Term Definition Boring Data Detailed soil / rock description as would come from geologist in logging a boring. Stratigraphy Hydrogeologist’s conceptualization of large-scale stratigraphic units. Developing Conceptual Model
  5. 5. What can you do with Boring data? Post Elev. Contour Elev. Logs on Profile 3d Logs Boring Logs Developing Conceptual Model
  6. 6. What can you do with Stratigraphy? Post Elev. Contour Elev. 3d Geologic Model 3d Fence Diagram 3d Logs 2d Geologic Modeling / Logs Developing Conceptual Model
  7. 7. Strip Logs • Integrate multiple sources of data • Downhole charts use data from Point Values table EnviroInsite Training
  8. 8. Point Values table Field Type Well Text Constituent Text Depth Numeric Value Numeric Text Value Text EnviroInsite Training
  9. 9. Developing Hydrogeologic Conceptual Model Hands-on Exercise
  10. 10. EQuIS Source EI Data EQuIS Table.Field Boring Data dt_lithology.material_name dt_lithology.start_depth / end_depth dt_coordinate.elev / elev_unit Stratigraphy dt_lithology.geo_unit_code_1 dt_lithology.start_depth / end_depth dt_coordinate.elev / elev_unit Developing Conceptual Model

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