PZ - Geotech Report,/CONSULTING, LLC
Randy Clarno September 17, 2018
Criterion Land Page 1 of 30
7440 E Pinnacle Peak Road, # 142 Report 18181-A
Scottsdale AZ, 85255
Re: Geotechnical Recommendation Report
Shelburne East Subdivision
East Bott Lane - Meridian, Idaho
Randy:
As per your authorization, on April 26 & June 8, 2018, SITE personnel logged and
sampled ten test pits at your proposed Shelburne East Subdivision. Based upon the
provided Conceptual Plan, the proposed subdivision will include ACHD right of ways
and approximately 65 lots for single-family residences.
The test pits were excavated on a property consisting of five non-contiguous parcels.
The property is located on the north and south sides of East Bott Lane, just east of the
proposed Hillsdale Avenue in eastern Meridian, Idaho. The following tax parcel
numbers, addresses, and acreages were located for the properties on the Ada County
Assessor's website.
Parcel
Tax ID Number
Address
Acreage
1
S1128427980
4080
E, Bott Lane
5.00
2
S1128427900
4080
E. Bott Lane
3.75
3
S1128428100
4205
E. Bott Lane
2.81
4
S1128428210
4301
E. Bott Lane
6.15
5
S1128427860
4330
E. Bott Lane
5.00
TOTAL
22.71
Based upon our research, observations, and field & laboratory test results, the site is
acceptable for the proposed residential subdivision development. Recommendations for
construction are included herein. We appreciate this opportunity to be of service. When
appropriate, we would like to discuss continuing our role as geotechnical consultant
during construction. Please contact our office if additional information or services are
required.
Respectfully subn
Bob J. Arnold, PE
SITE Consulting,
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INVESTIGATION
SITE observed the excavation of ten test pits at locations intended to provide full
coverage of the subject property. T -O Engineering provided a Concept Plan as input to
assist in selecting test pit locations. This plan is included in the Appendix. Locations
were adjusted in the field as needed to fit with access, the terrain, and current owner
requests. Test pit logs and an aerial photo with approximate test pit locations is included
in the Appendix.
In general, surface soils consist of a silt / sand soil that ranges from six to eight feet
deep. In a few test pits this soil was weakly cemented near the bottom of the layer. In
Test Pits 4, 5, & 7, all located in the northeast corner of the property, lean clay was
determined to be present, extending to as deep as six feet below the surface. In all ten
test pits, poorly graded sand, and gravel with varying amounts of silt and clay were
encountered at 6 to 8 feet. These materials grade cleaner (less fines) with increased
depth. The organic layer atop the surface soils is typically four to eight inches this but
extends to deeper depths where large bushes or trees are present and along ditches
and fence lines. All soils, including the cemented silts, were easily excavated with a
rubber tire backhoe. Groundwater was not encountered in any of our test pits.
Monitoring wells were installed in all ten test pits. When we returned on June 13, 2018
to measure the groundwater, monitoring wells MW6, MW9, & MW10 were destroyed.
MW1 was later destroyed. The other six were measured periodically through the
summer and will continue to be read until the first of October. All six wells remain dry,
with the bottom of the wells at 11.5-14.2 feet below the existing ground surface.
Elevation hubs next to the wells are needed to report depths as groundwater elevations.
Data will be converted to elevations when elevation hubs are provided.
Additional research was performed searching for well logs within the section where the
subject property is located. Well logs for Section 28, township 3 north, range 1 east
were reviewed on the IDWR website. A total of five well logs were found that are
adjacent to or are on the subject property. They have been included in the Appendix. All
five well logs indicate that static groundwater is 45 to 55 feet below the ground surface.
These well logs also confirm that the sand and gravel layer encountered in the test pits
extends to at least 16 feet below the existing ground surface.
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DESIGN & CONSTRUCTION RECOMMENDATIONS
General Earthwork
It is anticipated that this project will be very similar to the Shelburne Subdivision #2 to
the west of this property. All non-organic soil encountered on the property is acceptable
for filling of building or residential lots. Therefore, materials removed from the street
sections and subsurface stormwater storage areas can be utilized as structural fill. The
only exception is the surface soil that contains excessive organic materials. Removal of
the majority of the organic materials will require grubbing of approximately four to six
inches of surface soils but deeper areas can be expected. Deeper grubbing may be
required in areas along the property boundaries and surface ditches and where small
trees and bushes are present. The depth of grubbing is to be adjusted in the field to
ensure that organic materials are properly removed from beneath future pavements and
structural fills.
If used for fill, the surface soils will require moisture contents within two percent of
optimum for effective compaction. These soils will easily become too wet or too dry for
effective compaction. These soils can be expected to perform poorly if wet and
subjected to rubber tired equipment. If construction is to occur during wet weather or
wet surface soil conditions, low-pressure, tracked mounted construction equipment is
recommended. Rutting caused by the contactor using rubber -tired equipment on a wet
subgrade can be expected and should be repaired at contractor expense. This
information is to be supplied to earthwork contractors prior to construction.
Structural fills less than three feet deep are to be compacted to 95 % of the maximum
dry density by ASTM D698, Standard Proctor. For deeper fills, and fill intended to
contain re-routed irrigation canals or storm water runoff, all fill material and the upper 6
inches of the subgrade surface are to be compacted to 98 % of the maximum dry
density as determined by ASTM D698. Structural fill is to extend laterally outside
foundations a distance equal to the depth of structural fill. Structural fill should be placed
in uniform, thin horizontal lifts, moisture conditioned as necessary, and compacted to
the above requirements. Compaction of fine grained soils will greatly reduce the
infiltration rate for surface water, effectively sealing the ground surface and crawlspace
floors to percolation. Therefore, avoiding water gaining access to crawlspaces is critical.
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Inspection & Testing
A qualified engineer or his representative should monitor fill placement to ensure the
work is performed in accordance with these recommendations. Testing should be
performed in accordance with ASTM Test Methods D3O17-88 and D2922-91 (nuclear
densometer). Field nuclear moisture - density testing shall be performed on each lift of
compacted fill for every 2500 square feet of surface area. It is noted that structural fill
can pass compaction tests and still be unacceptable if pumping, rutting, or deflecting
under vehicle or foot traffic. Therefore, structural fill must pass compaction testing and
visual inspection for stability. Fill that passes compaction but is observed to rut or
deflect under construction traffic is to be rejected. It should be anticipated that the
Meridian City Engineering and / or Building Department will request these test results
prior to or at the time of home / building construction.
Demolition
It is assumed that some or all of the existing homes will be demolished. After demolition,
civil or geotechnical engineering inspection is to confirm the removal of all foundation
and slab on grade concrete. Any encountered septic tanks and wells are to be
abandoned as per IDWR and IDEQ requirements. Excavations caused by demolition
are to be backfilled with structural fill.
Excavations
Shallow excavations and trenches that do not exceed four feet in depth may be
constructed with side slopes approaching vertical. Below this depth it is recommended
that slopes not exceed a vertical to horizontal ratio of one to one. The ability of the
materials on site to maintain a vertical or near vertical excavation when standing open
without support over any extended period of time can be expected to be quite variable.
This information is provided for planning purposes. It is our opinion that maintaining safe
working conditions is the responsibility of the contractor. Jobsite conditions such as soil
moisture content, weather condition, earth movements and equipment type and
operation can all affect slope stability. All excavations should be sloped or braced as
required by applicable local, state, and federal requirements.
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Pavement Section
A pavement section has been calculated based upon a laboratory generated R -Value of
R>20 and Traffic Indexes of T1=6 & T1=8. Calculation sheets and the R -Value report are
included in the appendix. Based upon this data the following pavement sections are
recommended.
Material
Layer
Residential Street
T1=6
Collector Street
TI=8
Asphaltic Concrete
2.517
3.0"
Base Coarse (%" minus)
4.0"
4.0"
Sub base (Pitrun)
10.0"
17.0"
Based upon the test pits, fat clay is not anticipated to be present after streets are cut to
subgrade elevation. Subgrade inspection in the northeast corner of the property is
recommended to confirm subgrade soil are represented by the utilized R -Value of R=20.
It is common for the local jurisdiction to require a standard design or to match existing
pavement section when working on collector or arterials. Therefore, ACHD should be
consulted about construction within the Bott Lane right of way.
Foundation System
The proposed single-family residences may be supported on conventional, continuous,
and isolated pad foundations founded upon the native soils or upon structural fill
extending to these native soils. Based upon proper placement and compaction of
structural fill, bearing pressures of up to 1500 psf are allowed. A one-third increase in
allowable bearing capacity is permitted when transient loads such as wind or seismic
are included. Either crawlspaces or slab on grade floors are acceptable.
Foundations outside crawlspaces or basements are to be property waterproofed to
prevent surface water from flowing between stem and basement walls and foundations.
Foundations drains are encouraged on lots with structural fill placed below foundations.
Roof drainage is not to flow through foundation drains. Infiltration pits for drainage are to
be at least fifteen feet from and must extend to three feet below the nearest foundation.
Foundations are to be embedded at least 24 inches below the adjacent grade for frost
protection.
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Slab on Grade Concrete
Care must be taken so that all excavations below concrete floors and slabs are properly
backfilled in accordance with the structural fill recommendations outlined herein. This is
very critical where a slab will extend over utility trenches or retaining wall backfill.
Trenches and wall backfill areas are to be filled in lifts and benched each lift so that fill is
not placed against a vertical soil face greater than three feet tall. Testing is to confirm
that compaction has been achieved. Areas of excessive yielding should be excavated
and backfilled with structural fill.
Slab on grade floors, sidewalks and pavements should be placed atop a minimum of 0.5
feet of granular structural fill materials. Any additional fill used to increase the elevation
of slab on grade concrete should meet the requirement for structural fill. The granular
mat should consist of sand or sand - gravel mixture with non -plastic fines. The material
should all pass a 3/4 -inch sieve and should contain less than seven percent passing the
# 200 sieve. The mat shall be compacted to the requirement for structural fill. All slabs
should be suitably reinforced to make them as rigid as possible. Proper joints should be
provided at the junctions of the slab and foundation system so that independent
movement can occur without causing damage.
Storm Water
It is recommended that storm runoff be directed away from all open excavations and not
be allowed to puddle on subgrade soils. Due to the presence of shallow groundwater,
disposal of groundwater in surface detention or retention ponds or constructed lakes or
ponds is recommended. If water is to percolate through the surface soils (including the
cemented soil layer) a percolation rate of P= 1.0 inch/hour is recommended for design.
If drainage facilities are extended to free draining materials (and backfilled if needed
with free draining pitrun) a percolation rate of P = 6 inch/hour is to be used for design.
Extension to free draining conditions is to be confirmed at the time of construction.
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ONSULTING, LLC
Underground Utilities
Test pits do not indicate that deep utilities trenches will require dewatering, but it was
required in Shelburne Subdivision #2 to the west. It is not anticipated that large
excavators will experience any difficulties excavating the onsite materials. No bedrock
formation was encountered on the subject property. Sloughing of trenches can be
expected when working below the groundwater surface or in free-flowing sand and
gravel.
Contractor Inspections
This report has been prepared with the intent to provide specific design information to
the developer and the civil engineering consultant. It is not intended to act as any
contractors "Due Diligence" or subsurface inspection prior to estimating construction
costs or actual construction. Contractors that estimate material quantities, material
depths, or the volume and depth to groundwater based solely upon this report do so at
their own risk. It is recommended that such values be confirmed as close as possible to
the time / date of construction at specific locations as detailed in design plans.
General Comments
After the plans and specifications for construction are completed, it is recommended
that this consultant be provided the opportunity to review the final design and
specifications. This review will confirm that the earthwork recommendations have been
properly interpreted and implemented. At that time, it may be necessary to submit
supplementary recommendations. This review is a part of this service and will not result
in additional invoicing unless additional research and recommendations are needed.
Appendix Follows
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APPENDIX
Conceptual Plan
Aerial Photo with Test Pit Location
Test Pits Logs (10)
Groundwater Data Table
Soil Log Legend / Abbreviations and Acronyms
Project & Adjacent Well Logs (5)
Pavement Section Calc Sheets
R -Value Report
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ONSULTING. LLC
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ONSULTING, LLC
TEST PIT LOG
Test Pit:
TP -1
File #:
18181-A
Client:
Criterion Land
Date Excavated:
5/8/18
Project:
Shelburne East
Excavated By:
Top Grade Excavation
Location:
4080 Bott Lane — West Center
Logged By:
J. Meusch, PM - SITE
DEPTH
SOILS DESCRIPTION
feet
1.0" 3/4"1 1/2" 1 3/8" 1 # 4
#10 #40 1 #100 1#2001
%M ILL PI
0.0-1.5
Brown, Dry, Firm, Sand, Clay, Silt
With rootzone / organic layer to 6-8"
1.5-4.0
Tan, Dry, Firm, Cemented, Sandy, Silt
4.0-8.0
Tan, Dry, Firm, Sand and Silt with gravel
8.0-14.0
Tan, Moist, Firm, Sand & Gravel w/ cobble
14.0
Bottom of Excavation
No Groundwater Encountered
Monitoring Well Installed
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ONSULTING, LLC
TEST PIT LOG
Test Pit:
TP -2
File #:
18181-A
Client:
Criterion Land
Date Excavated:
4/26/18
Project:
Shelburne East
Excavated By:
Top Grade Excavation
Location:
4080 Bott Lane — East Center
Logged By:
J. Meusch, PM - SITE
DEPTH
SOILS DESCRIPTION
feet
1.0" 314"1 1/2" 1 3/8" 1 #4
#10 #40 1 #100 1#2001
%M ILL PI
0.0-1.0
Brown, Moist, Firm, Sand, Clay, Silt
With organic layer to 6-8"
1.0-4.0
Brown, Moist, Firm, Sandy, SILT (ML)
3.0
1100 111 98 1 95
93 88 81
71.6 1 17.7 36 10
4.0-6.0
Brown/Tan, Moist, Firm, Sand, SILT (ML) with hardpan
5.0
1 100 1 95 1 91 1 84
178 62111 50
40.4 18.9 NP NP
6.0-15.0
Brown/Tan, Moist, Firm, Sand & Gravel, with cobble
Sam le scat ed on 1"
7.0
100 1 98 1 95 1 88 1 84
1 73 1 44 37
35.5 1 6.1 1 NP NP
15.0
Bottom of Excavation
No Groundwater Encountered
Monitoring Well Installed
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TEST PIT LOG
Test Pit:
TP -3
File #:
18181-A
Client:
Criterion Land
Date Excavated:
5/8/18
Project:
Shelburne East
Excavated By:
Top Grade Excavation
Location:
4080 Bott Lane — South Center r
Logged By:
J. Meusch, PM - SITE
DEPTH
SOILS DESCRIPTION
feet
1.0" 1 3/4" T 1/2" 1 3/8" 1 #4 1
#10 1 #40 1 #100 1#2001
%M ILL PI
0.0-1.0
Black, Dry, Firm, Sand, Clay, Silt
With organic layer to 6-8"
1.0-2.0
Brown, Moist, Firm, Sand, Clay Silt
2.0-5.0
Tan, Dry, Firm, Cemented, Sandy, SILT (ML) w/ hardpan
R -Value Sampled =Same as soil from TP -4
3.0
100 1 87 1 78
70 61 54
47.5 16.8 NP NP
5.0-8.0
Tan, Dry, Firm, Silty, SAND (SM) with gravel
6.0
1 100 1 95 1 90 1 81 1
69 45 31
24.0 18.1 NP NP
8.0-12.0
Tan, Moist, Firm, Sand, Cobble, Gravel
12.0-14.0
Brown/Tan, Moist, Firm Silty, Sand & Gravel
(Sample scalped on 1")
13.0
100 1 99 98 88 1 78 1
66 36 21
16.7 4.9 NP NP
14.0
Bottom of Excavation
No Groundwater Encountered
Monitoring Well Installed
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ONSULTING, LLC
TEST PIT LOG
Test Pit:
TP -4
File #:
18181-A
Client:
Criterion Land Date Excavated:
4/26/18
Project:
Shelburne East
Excavated By:
Top Grade Excavation
Location:
4080 Bott Lane — SW Corner
Logged By:
J. Meusch, PM - SITE
DEPTH
SOILS DESCRIPTION
feet
1.0" 1 314" 1/2" 1 3/8" 1 # 4 # 10
# 40 # 100
#200 %M I LL PI
0.0-1.0
Brown, Moist, Firm, Sand, Clay, Silt
With organic layer to 6-8"
1.0-3.0
Brown, Moist, Firm, Silty SAND (SM)
Sample R -Value = R=72
2.0
1 100 1 94 1 85 74
59 50
40.8 14.7 NP NP
3.0-6.0
Brown/Tan, Moist, Firm, Sandy, Lean CLAY (CL)
5.0
1 1 1 1 100 1 98
95 91
82.8 16.6 30 9
6.0-15.0
Tan, Moist, Firm Silty, Sand & Gravel w/Cobble
(Sample scat ed on 1"
7.0
100 98 1 95 1 92 1 81 1 69
43 34
27.2 14.6 NP NP
15.0
Bottom of Excavation
No Groundwater Encountered
Monitoring Well Installed
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TEST PIT LOG
Test Pit:
TP -5
File #:
18181-A
Client:
Criterion Land Date Excavated:
4/26/18
Project:
Shelburne East a
Excavated By:
Top Grade Excavation
Location:
4030 Bott Lane — North Center
Logged By:
J. Meusch, PM - SITE
DEPTH
SOILS DESCRIPTION
feet
1.0" 1 3/4" r 1/2" 1 318" 1 # 4 1 #10
# 40 # 100
#200 1 %M I LL PI
0.0-1.0
Brown, Moist, Firm, Sand, Clay, Silt
With organic layer to 6-8"
1.0-4.0
Brown, Moist, Firm, Sticky, Sandy, SILT (ML)
Sampled R -Value R-17
3.0
1 1 100 1 98 1 96 1 93
91 87
79.0 26.4 NP NP
4.0-6.0
Brown/Tan, Moist, Firm, Sandy, Lean CLAY (CL)
5.0
1 1 1 100 1 99 98
87 75
60.1 23.3 47 11
6.0-13.0
Tan, Moist, Firm, Sand, Cobble, Gravel
13.0
Bottom of Excavation
No Groundwater Encountered
Monitoring Well Installed
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TEST PIT LOG
Test Pit:
TP -6
File M
18181-A
Client:
Criterion Land
Date Excavated:
4/26/18
Project:
Shelburne East
Excavated By:
To Grade Excavation
Location:
4030 Bott Lane - Center
Logged By:
J. Meusch, PM - SITE
DEPTH
SOILS DESCRIPTION
feet
1.0" 3/4"1 1/2" 1 3/8" 1 # 4
#10 1 #40 #100
#200 1 %M I LL PI
0.0-1.5
Black, Dry, Firm, Sand, Clay, Silt
With organic layer to 6-8"
1.5-5.0
Brown, Moist, Firm, Sand, SILT (ML)
3.0
100
99 87 78
67.5 1 27.8 NP NP
5.0-8.0
Tan, Dry, Firm, Cemented, Sandy, SILT (ML) w/hardpan
6.0
100 1 86 1 71 1
56 1 38 32 1
28.927.2 NP NP
8.0-13.0
Tan, Dry, Firm, Sand, Cobble, Gravel
13.0
Bottom of Excavation
No Groundwater Encountered
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ONSULTING., LLC
TEST PIT LOG
Test Pit:
TP -7
File #:
18181-A
Client:
Criterion Land
Date Excavated:
I
4/26/18
Project:
Shelburne East
Excavated By:
Top Grade Excavation
Location:
4031 Bott Lane — NE Corner
Logged By:
J. Meusch, PM - SITE
DEPTH
SOILS DESCRIPTION
feet
1.0" 3/4"1 1/2" 1 3/8" 1 # 4
# 10 #40 #100
#200 %M LL PI
0.0-1.0
Brown, Moist, Firm, Sand, Clay, Silt
With organic layer to 6-8"
1.0-3.0
Tan, Dry, Firm, Lean CLAY (CL) with sand
2.0100
1 99
98 97 96
92.1 20.5 43 19
3.0-7.0
Tan, Dry, Firm, SAND grades Silty SAND
3.0
1 90 77
56 29 19
12.3 22.3 NP NP
5.0
1 100
98 82 64
47.5 23.9 1 NP NP
7.0-9.0
Tan, Dry, Firm, Cemented, Sand, Clay, Silt
9.0-10.0
Tan, Dry, Firm Sand, Gravel, Cobble
10.0
Bottom of Excavation
No Groundwater Encountered
Monitoring Well Installed
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TEST PIT LOG
Test Pit:
TP -8
File #:
18181-A
Client:
Criterion Land Date Excavated:
4126118
Project:
Shelburne East
Excavated By:
Top Grade Excavation
Location:
4031 Bott Lane — West Center
Logged By:
J. Meusch, PM - SITE
DEPTH
SOILS DESCRIPTION
feet
1.0" 3/4"1 1/2" 1 3/8" 1 # 4 #10
#40 #100
#200 %M I LL PI
0.0-1.0
Brown, Moist, Firm, Sand, Clay, Silt
With organic layer to 6-8"
1.0-7.0
Tan, Dry, Firm, Sandy, SILT (ML)
R -Value Sampled = Same as Sample from TP4
3.0
1100 96 1 88 76
62 53
42.2 15.5 NP NP
7.0-10.0
Brown/Tan, Dry, Firm, Sand & Gravel
(Sample scalped on %")
8.0
100 1 97 1 88 67
19 6
2.4 NP NP
10.0-13.0
Brown/Tan, Moist, Firm Sand, Gravel, Cobble
13.0
Bottom of Excavation
No Groundwater Encountered
Monitoring Well Installed
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TEST PIT LOG
Test Pit:
TP -9
File #:
18181-A
Client:
Criterion Land
Date Excavated:4/26/18
Project:
Shelburne East
Excavated By:
Top Grade Excavation
Location:
4025 Bott Lane — North End
Logged By:
J. Meusch, PM -SITE
DEPTH
SOILS DESCRIPTION
feet
1.0" 3/4"1 112" 1 3/8" 1 # 4
#10 # 40 # 100
#200 %M LL PI
0.0-1.0
Brown, Moist, Firm, Sand, Clay, Silt
With organic layer to 6-8"
1.0-3.0
1
Tan, Dry, Firm, Sandy, SILT (ML)
2.0
1 1 100 1 99 1 98
97 91 83
74.7 25.8 39 8
3.0-6.0
Brown/Tan, Moist, Firm, Cemented, Silty, SAND (SM)
5.0
1 1 100 1 92 1 81
1 66 1 42 31
23.3 21.6 NP I NP
6.0-15.0
Tan, Moist, Firm Sand, Gravel, Cobble
15.0
Bottom of Excavation
No Groundwater Encountered
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TEST PIT LOG
Test Pit:
TP -10 File #:
18181-A
Client:
Criterion Land Date Excavated:
4/26/18
Project:
Shelburne East Excavated By:
Top Grade Excavation
Location:
4025 Bott Lane — SW Corner Logged By:
J. Meusch, PM - SITE
DEPTH
SOILS DESCRIPTION
feet
1.0"3/4" 1/2" 1 3/8" 1 # 4 # 10 1 # 40 # 100
#200 1 %M I LL PI
0.0-1.0
Brown, Moist, Firm, Sand, Clay, Silt
With organic layer to 6-8"
1.0-6.0
Tan, Moist, Firm, Cemented, Sandy, SILT (ML) w/ hardpan
R -Value Sampled Same as Sample from TP4
3.0
100 1 95 1 88 1 78 1 64 1 55 1 47 43
38.5 1 27.4 NP NP
6.0-11.0
Tan, Moist, Firm, Sand, Gravel, Cobble
11.0-15.0
Brown/Tan, Moist, Firm, Silty, Sand & Gravel w/ cobble
(Sample Scalped on 1")
12.0
100 1 98 1 95 1 93 1 88 1 66 1 55 31
20.1 1 14.4 r NP NP
15.0
Bottom of Excavation
No Groundwater Encountered
208-440-6276 * bjarnoldpe@msn.com (20) Post Office Box 190537 * Boise, Idaho 83719
'SITE
NSULTING, LLC
Groundwater Data Table
Well
MW1
MW2
MW3
MW4
MW5
MW7
MW8
Hub Elevation
Casing
Height
3.71
3.00
3.42
2.83
0.75
3.00
3.67
Casing
Elevation
6/13/2018
16.30
17.00
17.60
16.00
13.80
13.50
16.80
Elevation
-12.59
-14.00
-14.18
-13.17
-13.05
-10.50
-13.13
6/20/2018
16.30
17.00
17.60
16.00
13.80
13.50
16.80
Elevation
-12.59
-14.00
-14.18
-13.17
-13.05
-10.50
-13.13
6/26/2018
Ran
17.00
17.60
16.00
13.80
13.50
16.80
Elevation
Over
0.00
0.00
0.00
0.00
0.00
0.00
7/20/2018
Ran
17.00
17.60
16.00
13.80
13.50
16.80
Elevation
Over
-14.00
-14.18
-13.17
-13.05
-10.50
-13.13
8/17/2018
Ran
17.00
17.60
16.00
13.80
13.50
16.80
Elevation
Over
-14.00
-14.18
-13.17
-13.05
-10.50
-13.13
8/23/2018
Ran
1 17.00
17.60
16.00
13.80
13.50
16.80
Elevation
Over
1-14.001-14.181-13.17
-13.05
-10.50
-13.13
BOLD indicates well was dry (no Groundwater)
208-440-6276 * bjarnoldpe@msn.com (21) Post Office Box 190537 * Boise, Idaho 83719
F�
CONSULTING, LLC
SOIL LOG LEGEND
UNIFIED SOIL CLASSIFICATION SYSTEM
(ASTM STANDARD TEST METHOD D 2487 FOR CLASSIFICATION OF SOIL FOR ENGINEERING PURPOSES
MAJOR DIVISIONS
-I TYPICAL DESCRIPTIONS
COARSE
GRAINED
SOILS
< 50% - #200
GRAVEL &
GRAVELLY
SOILS
<50% - #4
< 5% - #200
GW
Well -graded gravel, gravel -sand mixture, little or no fines. I
GP Poorly -graded gravel, gravel sand mixture, little or no fines
5-12% 4200
>12% - #200
GMSilty gravel, gravel -sand -silt mixtures
GC Clayey gravel, gravel -sand -clay mixtures
SAND &
SANDY
LS
% - # 4
L>5
< 5% - #200 SW Well -graded sand, gravelly sand, little or no fines. I
SP Poorly -graded sand, gravelly sand, little or no fines
>12% - #200 SM Silty sand, sand -silt mixtures
Sc Clayey sand, sand -clay mixtures
INORGANIC ML I Inorganic silt and very fine sand, rock flour, silty or clayey fine I
sand or clayey silt with slight plasticity
CL Lean clay -low to medium plasticity, gravelly, sandy, or silty clay
FINE
GRAINED
SOILS
> 50% - #200
SILTS &
CLAYS
LL < 50%
ORGANIC OL Organic silt and organic silty clay of low plasticity
SILTS &
CLAYS
LL > 50%
INORGANIC MH Elastic silt, micaceous or diatomaceous fine sand or silty soil.
CHI IFat clay - high plasticity
ORGANIC JFUOHOrganic clay-med. or high plasticity: organic silt I
I� HIGHLY ORGANIC SOILS IMT
tsf
Peat, humus, swamp soil with high organic content
ASTM
American Society for Testing and Materials
IBC
International Building Code
ISPWC
Idaho Standard for Public Works Construction
HMA
Hot -Mix Asphalt
NP
Non -Plastic
PCC
Portland Cement Concrete
TP
Test Pit
USCS
Unified Soil Classification System
cf
Pounds per Cubic Foot
sf
Pounds per Square Foot
tsf
Tonsper Square Foot
sf/f
Pounds per Square Foot/ Foot
208-440-6276 * bjarnoldpe@msn.com (22) Post Office Box 190537 * Boise, Idaho 83719
SITE
ONSULTING, LLC
ADJACENT WELL LOGS
Form 238-7 IDAHO DEPARTMENT OF WATER RESO
6/02 WELL DRILLER'S REPORT
1. WELL TAG NO. D lbw All I
DRILLING PERMIT N0.
Water Right or Injection Well No.
2. OWNER:
Name iLlAtl�y
Address '711 iL ('S'E��i' +C, I, IL.
City Bm"17 state ,�Zip _Ss:
3. LOCATION OF WELL by legal description:
Office Use Only
Well ID No.
Inspected by
Twp RgeSec
1/4 1/4 —1/4
Lat Long:
You must provide address or Lot, Bik. Sub. or Directions to welt.
Twp. _3
North Q-( or
South ❑
Rge. 1
East or
West ❑
Sec. ;1$ ,
14W 1/4 SVJ 114
iA
Govt Lot
C'gounry M
Let:
Address of Well Site
a9�Doll: Qx1"T`C
LhS.
M
city
tIV.E�t0114�3
IN
Lt. _ Blk.
Sub. Name
4. USE:
ADumestic ❑ Municipal C Monitor ❑ Irrigation
❑ Thermal ❑ InjecWn ❑ Other
5. TYPE OF WORK check all that apply (Replacement etc.)
XNew WeII ❑ Modify O Abandonment ❑ Other
6. DRILL METHOD:
XAtr Rotary ❑ CaUe ❑ Mud Rotary D Other
7. SEALING PROCEDURES
Seal Material Ran T We9MlVoiene Seal�P,apcerrert Me9rod
bEardNl ►� p �9J I bS. VcA
Was drive shoe used? XY ❑ N Shoe Depths) i5C]
Was drive shoe seal tested? ❑Y ;KN How?
8. CASINMNER:
p—N, From Te Gauge Meler;al Casing liner Warded Tlaeaded
' t .�60 ?EFL jKC ❑ ❑
7 f581
❑
fs 157 /58 . STaL- Fd ❑
Length of Headpipe 6.0 Length of TailpipeO
Packer )(Y ❑ N Type Alk 0- ♦
9. PERFORATIONS/SCREENSPACKER TYPE
Perforation Method
Screen Type & Method of Installation dOH1JSix)
Ran To 9wMs,z Number DlemeMr M•tarlal C-ina Wwr
S-7 5 5 6I<« S ❑ Rel
❑ D
❑ ❑
10, FILTER PACK
Ruar Natavl Ran To WN�I/Volume PMe•rnenlbMihod
11, STATIC WATER LEVEL OR ARTESIAN PRESSURE:
A5—ft. below ground Adesian pressure Ib.
Depth flan encountered 0. Describe access port or control devices:
Via _ 4� w> i NW&-
URCES
^
(/�/&
12. WELL TESTS:
❑ Pump ❑ Bailer
Office Use Only
Well ID No.
Inspected by
Twp RgeSec
1/4 1/4 —1/4
Lat Long:
'Ir G Rowing Artesian
--- Yield gal/In . I Dna Id— I Pumping Level I T—
k P.
FM
WaterTemp. _... _.___ Bottom hole tamp.
Water Quality lest or comments:
Depth first Water Encounter
13. LITHOLOGIC LOG; (Describe repairs or abandonment) Water
14. DRILLER'S CERTIFICATION
IMe codify that all minimum well construction standards were complied with at the
time the rig was removed.
Company Name b. %-% fAi WU 446 Firm No.
-
Principal Driller �t Dale
and
Driller or Operator II Date
Operator I Date
Principal Driller and Rig Operator Required.
Operator I must have signature of Drillef/Opetator If.
FORWARD WHITE COPY TO WATER RESOURCES
208-440-6276 * bjarnoldpe@msn.com (23) Post Office Box 190537 * Boise, Idaho 83719
FM
M
IN
M
IN
.—_
..
C:
ON1
�.
IIN
N
ONE
NO
IN
INN
WIN
No
MIN
.�
No
14. DRILLER'S CERTIFICATION
IMe codify that all minimum well construction standards were complied with at the
time the rig was removed.
Company Name b. %-% fAi WU 446 Firm No.
-
Principal Driller �t Dale
and
Driller or Operator II Date
Operator I Date
Principal Driller and Rig Operator Required.
Operator I must have signature of Drillef/Opetator If.
FORWARD WHITE COPY TO WATER RESOURCES
208-440-6276 * bjarnoldpe@msn.com (23) Post Office Box 190537 * Boise, Idaho 83719
SITE
ONSULTING, LLC
VOSS1& L- -�uf3Joc�
Form 238-7
3/95-C96
IDAIIO DEPARTMENT OF WATER RESOURCES
WELL DRILLER'S REPORT
1. DRIIJJNG PERMIT NO. 0 -0 -2 -9680 -
Other IDWR No.
2.OWNER-
Name Michael and Marlene Kingsley
Address 4390 Batt Ln.
City Boise Slate ID Zip 83709
3. LOCATION OF WELL by legal description:
Sketch mop location must agree with written location
N
Twp.3 North ® or South ❑
W E Rge. 1 East ® or West ❑
Sec. 28 1/4 NW 1/4 SE 1/4
Tr— , -7.-- rir-
Gov'tlot County Ada
S- -- ----- --
Lat: Long:__T
Address of Well Site 4390 Boll Ln.
City Baise
trn.e u cad na"e e . � a« to or Wdmr
Lt. Blk. Sub. Name
4. USE:
N Domestic ❑ Municipal ❑ Monitor ❑ irrigation
❑ Thermal ❑ hijeetion ❑ Other
5. TYPE OF WORK check all that apply (Replacement etc.)
N Ncw Well ❑ Modify ❑ Abandonment ❑ Other
6. DRILL METHOD
N Air Rotary ❑ Cable ❑ Mud Rotary ❑ Other
7. SEALING PROCEDURES
SEAL/FB.TER PACK AMOUNTa
Minerhl From To Sukser
Pounds
Was drive shoe used? ® Y ❑ N Shoe Depth(s) 1640
Was drive shoe seal tested? ❑ Y ® N Howl
8. CASIN R
i 1 .asi,g L1nu Welded Threaded
❑ ® ❑
5"6 ® ❑ ® ❑
Length of Hcadpipc 50 Ixngth of fafpipc —
9. PERFORATIONS/SCREENS
❑ Perforations Method
® Screens Screen T31)c'u�n5on -
Pmm 'ro Slot36e I Number I Di—cler I Mntaiat
Casio Liner
165 1170 1.020 5" 1 SS
❑ ❑
❑ ❑
2
Top Soil
10. STATIC WATER LEVEL OR ARTESIAN
PRESSURE:
5011. below pound Artesian Pressurc lb
Depth flow encountered_ 11. Describe aecess port or control
devices:
OOioe Use Only
Inspected by
T'p—_ Age __See_
1/4 1/4 114
Lal; Long:
11. WELL'FESTS:
❑ Pum s F1 Bailer M Air Flowing Artesian
Yield i nn P In Level 'rim
PM
Vlrater Temp. 57DeeF Bottom hole temp.
Water Quality test or comments:
Depth first Water Enawtuered 500
12. LITHOLOGIC LOG: (Describe repairs or abandonment)
Yat
bore •From
To
Remarks:t1thology, Water Qudity&Temp. N
lU" 0
2
Top Soil
24
Hard Pan
n
rXtneatcd Gr_aV_eLand
16 120
1 Sandy Clay
6" 20
23
1 Sandy Clay
23
65
1 Gravel and Sand
65
82
Sand and Gravel
82
85
1 Sandy Clay
85
97
105
97
105
108
1 Sand
1 Tan Clay
1 Sand
108 1112
112 1126
1 Tan Clay
1 Sand and Gravel
12613U
Tan Clay
130
1611
Sand and Gravel
160
164
Tnn Clay
164
170
Sand
n
WAIEKKESOURCes
Completed Depth, 170
Dote: Slartea 7.9I -M
(Measurable)
Completed -22-
13. DRILLER'S CERTIFICATION
UWe dztlifythat all minimum well construction standards were
complied with at the time the rig was removed.
Firm Name COL)F, WFUL F din No. 409
dr
Firm OM ' Date 7-24-03
Supervisor or Operas Nate 7-24-03
(S mm irFi. ,cial & Operatu
Dam: 724/03 Time:6:39 AM
208-440-6276 * bjarnoldpe@msn.com (24) Post Office Box 190537 * Boise, Idaho 83719
SITE
QNSULTING, LLC
`��I Pao O(Oco Ube only
Form 238.7 IDAHO DEPARTMENT I OF WATER RESOURCES ell ID N -
WELL DRILLER'S REPORT _ Inspected by
1. WELL TAG NO. D two A'i 1 I `i _ 19� �/� Twp _ Rge_Sec _
1!4 _ 1/41/4
Wa;erRightULING oRAIITNQ —.. 12. WELL TESTS: Lat Long:
Water Right or Irdecibn well Na
O Pump O Hager }irAh Cl FlovArg Artesian
2. OWNER:
Name_ ilDlli ItMi L E�
Address yGA-ro EwrT W.
City _. Akeelb," _ staloJ zip�.�
3. LOCATION OF WELL by legal descriptlon:
You must provldo address or Lot. Bilk, Sub. w Direcllars to wall
T67L 3
North �' or Souu; D
fkp. l
Fast or Was: ❑
Sec. ag
114 $ 114
Gott Lot
T�1r� T_114
Lal:;
Long:
Address at Wag Site
.S pdyz
ter,
CITY
. r..s.y
U.— Sit
Sub. Name
4. USE:
AOmlestn: ❑ Mwidpal ❑ Flaribr ❑ It*lon
❑Thermal ❑In(ecilon
6. TYPE OF WORK check al Uwt appy lan:mant e
O New Well O Monty ] Alctndcsr—I XOlher -
6. DRILL METHOD:
Air Rotary ❑ Cabin C Mud Rotary ❑ Other
7. SEALING PROCEDURES
SW MstaW From To Wd9111VUUrre Sod RI—r-1 NeNod
Was daw shoe used? Y O N Shoo Depth(it) 15 OfWas Whe shoe seal wated7 r- Y �►1 HoW,
8. CASINOWNER:
ninlY. Rom To _ tLeNlh
Cos1+g Urer. WA. d Tl,.d d
NC ❑ X ❑
❑ ❑ ❑ tJ
D O JJl IJ
Length o1 Headpipo Awn
Packer ny Xm Type _ .�-_.__
9. PERFORATIONS/SCREENS PACKER TYPE
Pwto[Ow Method euk4 Ak To 9L61 _
Screen Type a Melhodol Instalation_�L7L/i _ -
F cn To 6bt orre t4mh.r Olemear Makilal Cas'�a Ilria
L- n ❑
10. FILTER PACK
_-FnorAh 1 -- flan To / (MecornM Method
11. STATIC WATER LEVEL OR ARTESIAN PRESSURE:
h. below U—rdl Ntask n pr—,—_Q,.
Depth Ibw encountered __)t. Downbo access purl a control dovims: __. _
Welor Temp. _. -_ .,- nounm hn�e temp
\Yater Ouatly test or oarmonts:
Depth tint Water Enwunter_
1& LITHOLOGIC LOG: (Describe repairs or abandonment) %tw
14. MILLER'S CERTIFICATION
VWo certify final all rwnlmum well oonstructbn standards were oomplad with At the
tmo tho rg wall ranl0wd.
(arparryNAmA jW,^. -6--QA—6--fAWS 0ELl00j�l� No. 3�
Prinopal Odlar�f' Dab ( O
and
Dd:kr o: Operator II Dob -
Dalo_
PrIncpel Driller and Rig Operator Regtrirod
Operator I must have slgnalwo of Dr11or1Opetalor II,
FORWARD WI IITE COPY TO WATER RESOURCES
208-440-6276 * bjarnoldpe@msn.com (25) Post Office Box 190537 * Boise, Idaho 83719
BEEN
—ill—
Welor Temp. _. -_ .,- nounm hn�e temp
\Yater Ouatly test or oarmonts:
Depth tint Water Enwunter_
1& LITHOLOGIC LOG: (Describe repairs or abandonment) %tw
14. MILLER'S CERTIFICATION
VWo certify final all rwnlmum well oonstructbn standards were oomplad with At the
tmo tho rg wall ranl0wd.
(arparryNAmA jW,^. -6--QA—6--fAWS 0ELl00j�l� No. 3�
Prinopal Odlar�f' Dab ( O
and
Dd:kr o: Operator II Dob -
Dalo_
PrIncpel Driller and Rig Operator Regtrirod
Operator I must have slgnalwo of Dr11or1Opetalor II,
FORWARD WI IITE COPY TO WATER RESOURCES
208-440-6276 * bjarnoldpe@msn.com (25) Post Office Box 190537 * Boise, Idaho 83719
Form 23&7
C;07
43
SITE
4NSULTING, LLC
IDAHO DEPARTMENT OF WATER RESOURCES
WELL DRILLER'S REPORT
1. WELL TAG NO. 0 %(D6 -T
Drgling Permit No. kj U 1
Water tight or injection wan If
2. OWNER: _/T f ,-f !/ 115'mi.sS�i/
Name
Address o?r �Z-�. 770507�1l...!/% /
City'=A"r inti! Stale_ZT- . Zip
3.WELL LOCATION:
Twp. 3 Nonh a -or Soulh ❑ Rge.,/_ East eror Wesl ❑
Sec. 2 �_JI4 /�114 :5114
Gov i Lot County 191/1,
Lalt 7s (oeg.ntl 01rran.nes)
Long. ° 16 i � ! K _ (oee. am D c w m;wnes)
Address of Wea Sita y0d # /1171r
Cay
LOL _ Blk. / Sub. Name 49az Ol/W
m'
astic ❑ Muneipal ❑ Alonaw ❑ irtigagan ❑Thermal ❑ Injection
❑ Other
S. TYPE OF WORK:
❑ ltaw wren ❑ Replacament weH ❑ Modty e�txrg wa1
❑ Abandonment ❑ Other
6. DRILL METHOD:
O'Air Rotary ❑ Mud Rotary ❑ Cabla ❑ Odner
7. SEALING PROCEDURES:
maYdal From Ta Qin+ Ims N Pii[GmM! me
t �r
6. CASING/LINER:
bo.rFNr
F_ (a Tela)SchWMalarvl dsq Llw TNeatlatl Wo -A tl
0' 13[I El'
❑ ❑ ❑ ❑
❑ ❑ ❑ ❑
❑ u❑ 5 ❑ ❑
Was drive shoe used7 Y ❑ N Shoe Depths)
9. PERFORATIONSISCREENS:
Perforations 0 ❑N Method {
Manulacl—d screen 01 ❑ N Type -.. 0 /A A -r
MethodofinalaAagon��'.IL4'-C'.
Length ofHeadpipe - La e
Ih of Tailpip
Packer OfT ❑ N Type
10.FILTER PACK: _
fnar MNrW From aq To mi nuauMY Ra a hr) Poaa.neM manned
11. FLOWING ARTESIAN:
Flowing Arlesian7 ❑ Y P614 Artesian Pressure (PSIG)
Describe control device
To 7-w W
&i6kr" &F
12. STATIC WATER LEVEL and �W/E�LL TESTS: +
Depth first water encountered (e) —L/— Static water level (h) —
Water temp. OF) Bottom Iota temp. (°F)
Describe access port GA1a�r.rSea.�//JC!lCct/1
Well test: Test method:
R•awdo.n Ileat) eitli°r Te.t. �bcn p,� aJw ,V . tsaan
❑ ❑ V-1 ❑
❑ ❑ ❑ ❑
Water quality last or comments:
nrnr r —.-H. , ronaim nr ah.ndonment:
p&S7-
14. DRILLER'Sf CERTIFICATION: r
Ime certify that all minimum wall construd)on standards were compiled with at
the time the dg was rammed.
Company Namjgt C- C., No
'Principal Drilla ' Dale
'Driller Data ..-_.
'Operator II
Dale
Operator I Date
• Signaluro of Principal Driller and rig operator are required.
208-440-6276 * bjarnoldpe@msn.com (26) Post Office Box 190537 * Boise, Idaho 83719
II,-Il�l
�iY�E
��
IIIIIII,II�
�i►'liliTi�-_
_-
14. DRILLER'Sf CERTIFICATION: r
Ime certify that all minimum wall construd)on standards were compiled with at
the time the dg was rammed.
Company Namjgt C- C., No
'Principal Drilla ' Dale
'Driller Data ..-_.
'Operator II
Dale
Operator I Date
• Signaluro of Principal Driller and rig operator are required.
208-440-6276 * bjarnoldpe@msn.com (26) Post Office Box 190537 * Boise, Idaho 83719
SITE
CONSULTING, LLC
USE TYPEWRITE StatefdahG
BALL POINT PEN Ihpartment o[ W er Adnunistralion
WELL DRILLER'S REPORT 'd
^,�.� 'Tl l� State law requires that this report be filed with the Director. Department otWeter Administration hln30
i,CLJ� r C't days aftw the completion or abandonment of the well.
�b(L1
USE ADDITIONAL SHEETS IF NECESSARY FORWARD THE WHITE, BLUE, AND PINK COPIES TO THE DEPARTMENT
t. WELL OWNER 7. WATER LEVEL
Name Sratic water level /cat below land surface
Flowing? ❑Ves B'�lo G.P.M. flow .,
Address —_ Temperature_ F- Ouelity -
Artesianclosed-in pressure p.s. i.
Owner's Permit No. Controlled by El Valve gCap ❑Plug
Z NATURE OF WORK B. WELL TEST DATA rt''�• �„Sypy
l / �;. COrsP
I/YNY ew well ❑Deepened ❑ Replacement ❑pump IO�ailw q Other
DpNaryG.P.M. Dnw Dern earth
❑ Abandoned (describe method of abandoning)
3. PROPOSED USE
lTDomestic ❑ Irrigation ❑Tett B. LITHOLOOIC LOG If
3(���()
H•I• °rpN Manorial Werw
❑ Municipal ❑Industrial ❑Stock Deem. From To Yw Ne
So
0. METHOD DRILLED
4'Fble ❑ Rotory ❑Dug q OOtw � �
S. WELL CONSTRUCTION
Diameter of hole �D _inches Total depth _feet
Casirg schedule: f9'gtael ❑ Canasta
�iA�}nw or.m.r•r From 7e
.93
Inches inches i /fjz feet feat
irzdlec inches _feet _feet
inches inches feet _feet
inches inches feet _Leet
Inches inches Mt Mt
Was a packer w seal orad? ❑Ves ®moo
Perforated? O yes 4YRo
How parforated7 ❑ Factory ❑Knife El Torch
Size of peporation inches by_ inches
Nambr. From To
perforations feet _ teat
perforations _ feet feet
perforations Mt fast
Well screen installed? ❑Yes fS'I�a
Manufacturer's rums
Type — Model Model No.
Olamoter_-
Sintpu_Sat from Mtto__feet
Diametw__ Slot size _ Set from fast to__ feat
Oravp Decked? ❑Yes fWl�o Sit. of tPwN___.__
Placed from leer to feet --
Surface seal? f9'Yn q No To what deplh_� feet
kfiterisl used In seal q,Gment grout t9'fr ddling clay
B. LOCATION OF WELL
Sketch map location mutt agree with written location. tg,
N Werk parted__tinish•d _
\Vs:'D 11. DRILLER'S CERTIFICATION \A��
W a This well was drilled under my supervision and this report is
true to the best of my knowledge.
t?ry 4
D til•: • Lm'�{ nenb•r
Coumv�_-.-� lJol-v fi«
Data
208-440-6276 * bjarnoldpe@msn.com (27) Post Office Box 190537 * Boise, Idaho 83719
208-440-6276 * bjarnoldpe@msn.com (27) Post Office Box 190537 * Boise, Idaho 83719
SITE
/CONSULTING, LLC
DESIGN SECTION CALCULATIONS
(ACHD R -Value Method)
Project: Sherburne East File No.: 18181-A
TP 4 - Shallow or thin Topsoil Calc By: B. Arnold
Client: Criterion Date: 07/23/18
Design Thickness Equation:
T = 0.0032 (TI) (100-R)(12) = GE (inches)
T= Design Thickness TI = Traffic Index = 8 Assumed
GE = Gravel Equivalent R = R -Value = 20 By Soil Test
GE= 25.1 Inches
ACHD ACP 3/4" Road Base and Aggregate Subbase
Actual Thickness Equivalent Thickness
ACHD Asphalt Concrete Thickness = 3.0 Inches ACE= 7.5 Inches
3/4" Road Base Thickness Desired = 4.0 Inches RBE= 4.4 Inches
Calculated Aggregate Subbase Thickness Equation:
Subbase Thickness=SB=GE-ACE-RBE
SB= 13.2 Inches
CALCULATED DESIGN SECTION
ACHD Asphaltic Concrete= 3.0 inches
3/4" Road Base = 4.0 inches
Aggregate Subbase = 14.0 inches
RECOMMENDED DESIGN SECTION
Asphaltic Concrete = 3.0 inches
3/4" Road Base = 4.0 inches
Aggregate Subbase = 14.0 inches
208-440-6276 * bjarnoldpe@msn.com (28) Post Office Box 190537 * Boise, Idaho 83719
SITE
/CONSULTING, LLC
DESIGN SECTION CALCULATIONS
(ACHD R -Value Method)
Project: Sherburne East File No.: 18181-A
TP 4 - Shallow or thin Topsoil Calc By: B. Arnold
Client: Criterion Date: 07/23/18
Design Thickness Equation:
T = 0.0032 (TI) (100-R)(12) = GE (inches)
T= Design Thickness TI = Traffic Index = 6 By Agency
GE = Gravel Equivalent R = R -Value = 20 By Soils Test
GE= 18.9 Inches
ACHD ACP 3/4" Road Base and Agqreqate Subbase
Actual Thickness Equivalent Thickness
ACHD Asphalt Concrete Thickness = 2.5 Inches ACE= 5.0 Inches
3/4" Road Base Thickness Desired = 4.0 Inches RBE= 4.4 Inches
Calculated Aggregate Subbase Thickness Equation:
Subbase Thickness=SB=GE-ACE-RBE
SB= 9.5 Inches
CALCULATED DESIGN SECTION
ACHD Asphaltic Concrete= 2.5 inches
3/4" Road Base = 4.0 inches
Aggregate Subbase = 9.5 inches
RECOMMENDED DESIGN SECTION
Asphaltic Concrete= 2.5 inches
3/4" Road Base = 4.0 inches
Aggregate Subbase = 10.0 inches
208-440-6276 * bjarnoldpe@msn.com (29) Post Office Box 190537 * Boise, Idaho 83719
/SITE
ONSULTING, LLC
CONTRACTED R -VALUE
IdPavement Engineering Inc.
R.ddmg • San Lms DojWo
Caltrans` I Afh1RL / QC - QA
Sample Description: Brown Sandy Clay with Gravel
Sample Location: Sherburne East, TP -4,. 16181
100
-- — 90
80
a�
– – – – 70 �2
-- -- 60
-- 50 c6,
— 40 @
30
-- 20
10
0
800 700 600 500 400 300 200 100 0
Exudation Pressure (P.S.I.)
-Resistance Value Test —300 P.S.I. 1
Specimen No.
RESISTANCE (R) VALUE TEST
2
ASTM D 2844
Laboratory No.:
L180733
Project No.:
180096
Sample Date:
April 26 2018
Report Date:
June 1. 2018
Client:
Site Consulting LLC
Project Name:
2018 Laboratory Teslinq
Sample Description: Brown Sandy Clay with Gravel
Sample Location: Sherburne East, TP -4,. 16181
100
-- — 90
80
a�
– – – – 70 �2
-- -- 60
-- 50 c6,
— 40 @
30
-- 20
10
0
800 700 600 500 400 300 200 100 0
Exudation Pressure (P.S.I.)
-Resistance Value Test —300 P.S.I. 1
Specimen No.
1
2
3
Moisture Content (%)
26.8
28.5
25.4
Dry Density (PCF)
87.2
85.9
87.8
Resistance Value (R)
71
62
79
Exudation Pressure (PSI)
274
114
575
Expansion Pressure
35
26
91
As Received Moisture Content %
13.5
KtOIJ IANUL VALUt AI 3UU P.5.l. !L
ANk Reviewed By:
Brandon Rodebaucdh
'."" "' - P` Materials Fn9ineer
- ma Caoioun� c .,_
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Nothing Follows
208-440-6276 * bjarnoldpe@msn.com (30) Post Office Box 190537 * Boise, Idaho 83719