PZ - Goetech SITE Post Office Box 190537 - Boise, Idaho 83719
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CONSULTING, LLC
Mr. Matt Schultz December 11, 2020
Schultz Development Page 1 of 19
Post Office Box 1115 File#20523-A
Meridian, Idaho 83680
Re: Geotechnical Recommendation Report
Proposed Cache Creek Subdivision
NW Corner Victory and Locust Grove
Meridian, Idaho
Matt:
On July 30, 2020, SITE personnel observed the excavation of five test pits on the
referenced property. All test pits were excavated on three parcels located on the north
side of East Victory Road, and west side of South Locust Grove Road in Meridian,
Idaho. The following information was found on the Ada County Assessor website.
Parcel Tax Id# Address Acres
1 R-4818130150 2955 5 Locust Grove Road 4.79
2 R-4814130000 1550 E Victory Road 3.89
3 R-4814130025 East Victory Road 4.74
Total 13.42
Based upon on the presence of surrounding adjacent subdivisions and our onsite
research and testing the proposed residential subdivision is feasible. Recommendations
for completing this project are included herein. We look forward to assisting with your
geotechnical needs as this project proceeds to construction. Should you have any
questions or require additional information, please contact our office at your
convenience.
Respectfully submitted,
SITE Consulting, LLC
Bob J. Arnold, ONAL
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ONSULTING, LLC
EXISTING CONDITIONS
Subsurface conditions were similar in the five test pits. A shallow rootzone, 6-8 inches
thick, is present in a silty sand or silty sand with gravel layer that extends to between
three and six feet deep. In TP-5, SITE encountered sandy silty clay to a depth of four
feet. These surface soils are atop sand with silt and gravel or sand with gravel. In test
pit TP-1, gravel contact occurred at a depth of one foot and was observed at six feet
deep in TP-2 &TP-5. In test pits TP-3 & TP-4 gravel was contacted at three feet. At
the time of excavation groundwater was encountered in the sand with gravel layer at 6
to 9 feet deep. This difference in groundwater depths is partially attributed to variations
in the surface elevation. See the test pit logs for specific layer thickness in each test pit.
GROUNDWATER RESEARCH
When the onsite wells were installed, groundwater was observed at 6 to 9 feet below
the existing ground surface. SITE believes this to be irrigation water perched atop the
very dense, weakly cemented silt, sand, and gravel materials encountered in all of our
test pits. This is based upon IDWR well logs for nearby properties that indicate the
groundwater is 27-65 feet deep. Three IDWR well logs have also been included in the
appendix. It is noted that a season long groundwater study was completed in October
and measurements are presented in the Appendix.
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CONSTRUCTION RECOMMENDATIONS
The following recommendations are based upon observed conditions and reported
laboratory test results.
Building code allowed bearing capacity of 1500 psf is appropriate for residential
structures to be built on this site. Foundation embedment depth and reinforcement
are to meet local code requirements. Residences can be built with crawlspaces or
slab on grade floors. Foundations are to bear on structural fill or native silty sand or
sandy silt.
• Excavated crawlspaces should be inspected to confirm acceptable bearing soils are
present. If fat clay is encountered, additional engineering will be required at the time
of construction. If such soils are shallow, they can be removed and replaced with
granular structural fill or an extended foundation system.
Every effort is to be made to prevent irrigation 1 storm water from entering
crawlspaces. This is to include proper waterproofing of foundations, proper
compaction of foundation backfl1, and lot grading that directs runoff away from
foundations. Foundation drains are recommended. Basements are not allowed.
■ The onsite surface soils that are free of fat clay are acceptable for use as fill on the
residential lots or building pads. Any clay encountered during earthwork should be
sampled and tested to confirm acceptability for use as structural fill.
• Stripping of organic material will require only minor excavation; 6-8 inches of
grubbing can be anticipated to remove organic materials from future right of ways
and building pads. This is to be adjusted as needed in the field at the time of
construction. Deeper removal depths should be anticipated near ditches and where
large bushes and trees are present. Cr7
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• Inspection at the time of construction should confirm removal of all organic
materials, excessively wet soil, and foundation concrete for any demolished
structures.
• Any subgrade surface to receive structural fill or pavement section materials is to be
watered and compacted as necessary to meet ISPWC compaction requirements.
(95% of maximum dry density as determined by ASTM D-698, "Standard Proctor").
The exposed subgrade surface is also to be proof rolled with a loaded water truck or
ten-yard dump truck to confirm that no soft, excessively wet, or deflecting areas are
present. Any such area encountered is to be over excavated as directed by the
project geotechnical consultant. Additional engineering or labwork may be required.
■ Unacceptable soils are to be removed to firm bearing or a maximum depth of 2.0'
and replaced with structural till. Over excavation of wet or soft areas must extend
laterally outside foundations a distance equal to the depth of fill.
■ The cleared, grubbed, and approved subgrade and each lift of structural fill is to be
compacted to a minimum of 95% of the maximum dry density as determined by
ASTM D698, "Standard Proctor".
• In-place testing to confirm proper compaction is required. One test each lift, per lot,
is recommended. The project geotechnical engineer can waive subgrade
compaction testing based upon visual inspection at the time of construction.
• For structural fill placed on building pads or residential lots, inspection at the time of
testing should confirm that the structural fill is firm and stable, and free of soft,
excessively wet, or deflecting areas. Subgrade and structural fill can pass
compaction testing and still be rejected if rutting or deflection is present.
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ONSULTING, LLC
• The following slab on grade floors sections are recommended for inside the
residential structures.-
Structural Living Patios &
Layer Space Garage
Floors
PCC wl fiber mesh 4.0" 4.0"
Base Course 4.011 4.011
Subgrade Properly Compacted and
lns acted
• imported granular fill used to repair over excavations or to elevate the building pads,
support foundations or other concrete, and beneath future pavements should meet
the Base or Subbase specifications of the 1SPWC Specifications.
■ Based upon a ACHD mandated Traffic Index of T1=E and a R-Value test result of
R=20 it is recommended that the interior ACHD streets and any private driveways
consist of the following section.
Structural Layer Thickness
H MA 2.511
3I4' Base � 4.0-
Subbase lO.D"
* Materials used during construction of ACHD right of ways, private driveways, and all
other pavement areas are to meet the material and workmanship requirements of
ACHD unless more rigid requirements are provided herein.
• improvements to Victory Road and Locust Grove Road are to be designed and
constructed as required by ACHD. It is common to match the existing pavement
section or ACHD may require site specific R-Value samplingltesting and section
design.
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ONSULTING, LLC
+ Stormwater disposal can be accomplished with conventional infiltration facilities. A
percolation rate of P = 2 inches 1 hour with a 12 hour drain time is recommended for
design of onsite facilities that percolate through the shallow silty sand- sandy silt
soils. If pert facilities extend to the pitrun encountered in the test pits this value can
be increased to P = 4 inches 1 hour. It is noted that the pitrun materials include silt
and clay fines and therefore the percolation rate is slower than typical for sand and
gravel materials. Confirmation of the percolation rate will be required by ACH❑ at the
time of construction.
• Testing and engineering inspection services recommended herein are critical for
successful construction of the planned development. Any recommendations
provided by a licensed geotechnical or civil engineer during the construction of this
development, that differ from recommendations herein are to be communicated to
SITE prior to execution.
• This report applies only to the project described and the identified subject property.
The report is the property of the client and SITE Consulting, LLC. Report ownership
is not transferable.
Appendix Follows
110
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APPENDIX
Location Map
Proposed Plat
Aerial Photo with Test Pit Locations
Test Pit Log
Groundwater data
Soil Log Legend 1 Abbreviations and Acronyms
Pavement Calc Sheet
R-Value Report
Adjacent Property Well Logs
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CONSULTING., LLC
Proposed Plat
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Aerial Photo with Test Pit Locations
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TEST FIT LOGS
Test Pit: TP-1 File#: 20523
Client: Matt Schultz Date Excavated: 7130120
Project: Cache Creek Excavated By: Wood Brothers
Location Southwest corner of property Logged By: I J. Meusch, PM -SITE
DEPTH SOILS DESCRIPTION
feet 1.0" 1 314" 1 112" 1 31V' 1 #4 1 #10 1 #40 #10O 1 #200 %M LL PI
0.0-4.0 Brown,Moist,Firm,SILTY SAND WITH GRAVEL SM 1 Organic Layer 6-8"
3,0 100 1 91.1 69-5 65.0 1 59.2 1 52.6 25.8 16.2 13.3 2.2 NP NP
4A-8-0 Brown/Tan-Moist,Firm,SAND WITH GRAVEL
5.0 100 1 86.8 1 75.4 1 68.2 1 57.2 1 44.4 13.3 4.8 4.0 3.5 NP NP
8-0 Bottom of Excavation @ 8-0,Ground Water Encountered @ 8-0,Monitoring Well in Place
Test Pit: TP-2 File#: 20523
Location Southeast corner of property Logged By: J. Meusch, PM -SITE
DEPTH SOILS DESCRIPTION
{feet 1.0" 1 314" 112" 1318" #4 1 #10 1 #40 1 #100 1 #200 %M LL PI
0-0-4.0 Dark Brown,Moist,Firm,SILTY SAND(SM)with Root Zone 1 Organic Layer 6-8"
3-0 - - I - I 100 99.1 1 96.8 76.0 55-7 44-5 10.3 NP NP
4-0-6.0 Brown/Red,Moist,Firm,SILTY SAND(SM)
5-0 - I - 1 100 1 97-1 96-7 1 95-0 65.1 36.8 29-4 10-0 NP NP
6.0-7-0 Dark Brown,Wet,Firm,SAND WITH SILT AND GRAVEL
7•0 100 63-3 54-0 39-2 12.2 8.2 7.3 5.4
TO t ExcavationWell
NP NP
7.0-Ground Water Encountered 7.0,Monitorin We I in Place
Test Pit: TP-3 File#: 20523
Location West side of property Logged By: J. Meusch, PM -SITE
DEPTH SOILS DESCRIPTION
feet) 1 0" 1 314" 1 112" 1 318" 1 #4 #10 #40 1 #100 #200 1 %M LL PI
0.0-3-0 Brown/Tan,Moist,Firm,SILTY SAND(SM)Hoot Zone 1 Org anic Layer 6-8R
2-0 - I - - 1 100 1 99.$ 1 97-3 57-6 38-6 31.6 5.5 NP NP
3-ff-6-0 Brown/Red,Saturated,Firm,SAND WITH GRAVEL
5-0 - 1 900 92-6 1 82.5 1 75-7 1 60-7 14.9 6.8 5-6 6-4 NP NP
60 Bottom of Excavation @ 6-0,Ground Water Encountered @ 6.0,M On itoring Well in Place
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TEST PIT LOGS
Test Pit: TP-4 File#: 20523
Client. Matt Schultz Date Excavated: 7130120
Project: Cache Creek Excavated By: Wood Brothers
Location Northwest corner of property Logged By: 1 J. Meusch, PM -SITE
DEPTH SOILS DESCRIPTION
(feet) 1.7 314" 1 112" 1 318" 1 #4 #10 1 It 40 1 #100 1 #2Q0 1 %M LL I PI
0.0-3-0 Dark Brown.Wet,Firm,Sand-Clay,Sift with Root Zone 1 ar anic La er 6-8"
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5.0 Tan/Red,Saturated,Firm,Sand,Gravel,Cobble
Bottom of Excavation 5.0,Ground Water Encountered 6.0,MonitoringWell in Place
Test Pit: TP-i File#: 20523
Location East side of property Logged By: J. Meusch, PM -SITE
DEPTH SOILS DESCRIPTION
(feet) 1.0" 1 314" 1 112" 318" 1 #4 #1 p 1 -4p 1 #100 #200 1 %M U- I PI
0.0-4_0 BrownlTan,Moist,Firm,SANDY SILTY CLAY CL-ML with Root Zone 1❑ anic La er 6-8"
3.0 - - 100 1 95.1 1 93.5 1 90-5 74-5 1 62-9 54-0 18.3 25 6
4.0-6.0 Dark Brown,Wet;Firm,SANDY SILT ML
5-0 - -
-T 100 1 97.8 1 94.0 1 91-4 1 75-9 1 61-8 51-2 17.5 N-P-1 NP
6.0-9-0 RedrFan,Wet, Firm,Sand;Gravel,Cobble
9.4 Bottom of Excavation @ 9-0,Ground Water Encountered @ 9-0,Monitoring Well in Place
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GROUNDWATER DATA
MW# 1 2 3 1 4 5 Comment
Date Installed 7/30/2020 JMISITE
Ground Elevation 2647.6 2660.0 2647.2 2646.2 2649.7 Tapp
Casing Height 2.00 2.92 1.08 1.00 1.00
Casing Elevation 2649.60 2652.92 2648.28 2647.20 2660.70
Casing Depth 10.10 10.10 7-20 6.10 10.10
7/30/2020 8.00 7.00 6.00 6.00 9.00 JMISITE
GW®evation 2639.60 2643.00 2641.20 2640.20 2640.70
8/14/2019 5.50 6-50 5.65 5.55 6.50 JMISITE
GW Elevation
8125/2020 6.50 6.90 6.15 DRY 7.95 DEfSITE
GW Elevation 2641.10 2643.10 . 2641.05 2641.75
9/812020 6.35 7.00 6.30 5.85 7.95 DEtSITE
GW Elevation 2641.25 2643.00 2640.90 2640.35 2641-75
9/22/2020 6.00 7.55 6.1.0 5.25 7.55 DFJSITE
GW Elevation 2641.60 2642.46 2641.10 2640.95 2642.15
10/6/2020 5.80 9.90 6.10 5.00 7.45 DESITE
GW Bevation 2640.10 'T
10/2212020 7.28 Dry Dry Dry 8.40 DEISITE
GW Elevation 2640.32 2641.30
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SOIL LOG LEGEND
UNIFIED SOIL CLASSIFICATION SYSTEM
(ASTM STANDARD TEST METHOD D 2487 FOR CLASSIFICATION OF SOIL FOR ENGINEERING PURPOSES)
MAJOR DIVISIONS TypICgL DESCRIPTIONS
GRAVEL& 5°/°-#20fl GW Well-graded gravel,gravel-sand mixture,little or no fines.
GRAVELLY GP Poorly-graded gravel,gravel sand mixture, little or no fines
COARSE SOILS 5-12%-#200 GM Silty gravel,gravel-sand-silt mixtures
GRAINED �5C°I°-#4 [>12%-#200 GC Clayey gravel,gravel-sand-clay mixtures
SOILS SAND& 5°/0-#200 SW Well-graded sand,gravelly sand,little or no fines.
50%-#200 SANDY SP Poorly-graded sand,gravelly sand-little or no fines
SOILS 5M Silty sand,sand-silt mixtures
=[El
_ ° Clayey sand,sand-clay mixtures
SILTS& INORGANICML2
Inorganic silt and very fine sand, rock flour,silty or clayey fine sand
r clayey silt with slight plasticity
FINE CLAYS CL Lean clay-low to medium plasticity,gravelly,sandy,or silty clay
GRAINED LL<50% ORGANIC OL 11 Organic silt and organic silty clay of low plasticity
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SILTS& INORGANIC MH Elastic silt,micaceous or diatomaceous fare sand or silty soil.
CLAYS CH Fat clay-high plasticity
LL>50% ORGANIC OH Organic clay-med.or high plasticity:organic sift
HIGHLY ORGANIC SOIL= PT Peat, humus,swamp soil with high organic content
ABBREVIATIONS AND ACRONYMS
ASTM American Society for Testing and Materials
IBC International Building Code
1SPWC Idaho Standard for Public Works Construction
IT❑ Idaho Transportation Department
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 Tons per Square Foot
Fp-sf/f Pounds per Square Foot 1 Foot
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PAVEMENT SECTION CALCS
DESIGN SECTION CALCULATIONS
(ACH❑ R Value Method)
Project: Cache Creek Subdivision File No--- 20523 A
Locust Grove&Victory Calc By: BA
Client: Matt Schultz Date: 12/10/20
Design Thickness Equation:
T=0.0032(Tl)(100-R)(12)=GE (inches)
T= Design Thickness T1 = Traffic Index= 6 By Agency
GE= Gravel Equivalent R = R Value= 20 By Sails Test
GE= 18.9Inches
ACHD HMA 314" Base and AQ Q re ate Subbase
Actual Thickness Equivalent Thickness
HMAThickness= 2.5 Inches HMA=� 5.0 Inches
314" Base Thickness= 4.0 Inches RBE=� 4.4 Inches
Calculated Aggregate Subbase Thickness Equation:
Subbase Th ickness=S B=GE-H MA-R B E
SB= 9.5 Inches
CALCULATED DESIGN SECTION
HMA= 2.5 inches
3W' Base= 4.0 inches
Subbase= 10.0 inches
RECOMMENDED DESIGN SECTION
HMA = 2.5 inches
3/4" BASE = 4.0 inches
SUBBASE = 10.0 inches
SITE uses a maximum R-Value of 20 for ACH❑ Designs
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R-VALUE REPORT
Pa vement EA gin"ring Inc_
r;ra�rt•;�=s r�i;�
RESISTANCE JRJ VALUE TEST
ASTM D 2844
LdborawFy No.: i-nM7S
Project No.-. 20=1
Salnpte[sae: CtCtotaar 4 2
Repon£late: Qta ?r 26_2020
Chem Sit QM99kv LAC
Sampte Description: _Smwn q y&j
Sample Location_ T.P-4
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800 700 600 500 400 $00 200 100 0
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