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Revised 01/2017 Page 1 of 4 WALLA WALLA COUNTY COMMUNITY DEVELOPMENT DEPARTMENT 310 W Poplar St., Suite 200 Walla Walla, WA 99362 509-524-2610 Submit documents to: [email protected] REZONE APPLICATION Site Specific or Area of General Applicability NOTES FOR 2017: Rezones that do not correspond with proposed land use amendments will not be considered as Comprehensive Plan Amendment applications but will be considered as development regulation amendments subject to applicable requirements of Walla Walla County Code Title 14. Site specific rezones can be considered outside of the annual docketing process. For the 2017 Comprehensive Plan amendment cycle, the types of applications that will be accepted will be limited to those listed in the attached press release, set by the Board of County Commissioners via Resolution 16-345. Please review this information closely before applying. See attached press release for more information. Prior to application submittal you are strongly encouraged to schedule a preapplication meeting, which is an opportunity to meet with staff to informally discuss the proposal, application requirements, fees, the review process and schedule, and applicable development standards, plans, policies, and laws. If you are submitting more than one amendment request, fill out a separate application for each request. Applicant Name: J.R. Simplot Company Mailing address: P.O. Box 27 City: Boise State: Idaho Zip: 83707 Phone: 208-780-7359 Email: [email protected] Applicant’s Representative (optional) Name: Dana Kurtz, Environmental Scientist, Anderson Perry & Associates, Inc. Mailing address: P.O. Box 1107 City: La Grande State: Oregon Zip: 97850 Phone: (541) 963-8309 Email: [email protected] *Note: Signatures from the applicant and each property owner required on Page 4 (WWCC 14.07.025B(9)). Type of Proposed Amendments Type of proposed map amendment (circle one): Site-Specific Area Is this application accompanied by application(s) for a Comprehensive Plan amendment (circle one)? Yes or No
Transcript
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Revised 01/2017 Page 1 of 4

WALLA WALLA COUNTY COMMUNITY DEVELOPMENT DEPARTMENT

310 W Poplar St., Suite 200 Walla Walla, WA 99362

509-524-2610 Submit documents to: [email protected]

REZONE APPLICATION

Site Specific or Area of General Applicability

NOTES FOR 2017:

Rezones that do not correspond with proposed land use amendments will not be considered as Comprehensive Plan

Amendment applications but will be considered as development regulation amendments subject to applicable

requirements of Walla Walla County Code Title 14. Site specific rezones can be considered outside of the annual

docketing process.

For the 2017 Comprehensive Plan amendment cycle, the types of applications that will be accepted will be limited to

those listed in the attached press release, set by the Board of County Commissioners via Resolution 16-345. Please

review this information closely before applying.

See attached press release for more information.

Prior to application submittal you are strongly encouraged to schedule a preapplication meeting, which is an opportunity to

meet with staff to informally discuss the proposal, application requirements, fees, the review process and schedule, and

applicable development standards, plans, policies, and laws.

If you are submitting more than one amendment request, fill out a separate application for each request.

Applicant

Name: J.R. Simplot Company

Mailing address: P.O. Box 27

City: Boise State: Idaho Zip: 83707

Phone: 208-780-7359 Email: [email protected]

Applicant’s Representative (optional)

Name: Dana Kurtz, Environmental Scientist, Anderson Perry & Associates, Inc.

Mailing address: P.O. Box 1107

City: La Grande State: Oregon Zip: 97850

Phone: (541) 963-8309 Email: [email protected]

*Note: Signatures from the applicant and each property owner required on Page 4 (WWCC 14.07.025B(9)).

Type of Proposed Amendments

Type of proposed map amendment (circle one): Site-Specific Area

Is this application accompanied by application(s) for a Comprehensive Plan amendment (circle one)? Yes or No

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REZONE APPLICATION

Summary of Amendments

Site address and/or

general description of

the area

Two properties are the subject of this rezone application. Parcel A (Parcel No. 310822110002) is approximately 160 acres and located on the northeast quarter and southeast quarter of Township 8 North, Range 31 East, Section 22. Parcel B (Parcel No. 310826410004) is approximately 160 acres and located on the southeast quarter of Township 8 North, Range 31 East, Section 26.

12-digit Assessor’s

parcel numbers

(site-specific

amendments only)

3 1 - 0 8 - 2 2 - 1 1 - 0 0 0 2

3 1 - 0 8 - 2 6 - 4 1 - 0 0 0 4

- - - -

- - - -

Size of the of the

property/area that

would be affected

Parcel A: 160 acres Parcel B: 160 acres

Current

Land Use Designation

Parcel A: Primary Agriculture (outside of Attalia Industrial UGA). Partly designated Unique Lands. Parcel B: Industrial (inside of Attalia Industrial UGA).

Proposed

Land Use Designation

*CPA application will

also be required.

Parcel A: Industrial (inside of Attalia Industrial UGA). Remove Unique Lands designation. Parcel B: Primary Agriculture (outside of Attalia Industrial UGA).

Current Zoning Parcel A: Primary Agriculture 40 (outside of Attalia Industrial UGA). Parcel B: Industrial Agriculture Mixed (inside of Attalia Industrial UGA).

Proposed Zoning Parcel A: Industrial Agriculture Mixed (inside of Attalia Industrial UGA). Parcel B: Primary Agriculture 40 (outside of Attalia Industrial UGA).

Is the subject property within an Urban Growth Area (UGA)? Yes No

If yes, specify which UGA: Walla Walla College Place Waitsburg

Prescott Burbank Attalia Industrial UGA

Revised 01/2017 Page 2 of 4

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May 24, 2017

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Xx

x

x

x

x

x

x

x

May 24, 2017

xxx

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EXHIBIT A

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EXHIBIT A

REZONE APPLICATION J.R. SIMPLOT COMPANY

The J.R. Simplot Company (Simplot) proposes to amend the Walla Walla County Comprehensive Plan and the Walla Walla County Zoning Map (see Figures 1 through 5 in the SEPA Checklist). Simplot proposes to incorporate an approximately 160-acre property (Parcel No. 310822110002, referred to as Parcel A) currently located to the north of the Attalia Urban Growth Area (UGA) into the UGA. The property is proposed to be rezoned from Primary Agriculture 40 (PA-40) land to Industrial Agricultural Mixed (IA-M) land. Simplot also proposes to remove the Unique Lands designation from this property to more accurately represent the property's current use and status.

To compensate for this alteration in the UGA acreage, Simplot proposes that a separate 160-acre property (Parcel No. 310826410004, referred to as Parcel B) currently located within the UGA be removed from the UGA and rezoned from IA-M land to PA-40 land. Consequently, the net result of these Comprehensive Plan and Zoning Map Amendments will be no change in IA-M or PA-40 land within Walla Walla County or the Attalia Industrial UGA. Simplot owns both Parcels A and B.

The purpose of this proposal is to provide Simplot with a suitable location for a future food processing facility, which requires rail proximity and other features unique to Parcel A.

Simplot proposes the following actions:

• Amend Comprehensive Plan Map RL-10 by removing the Unique Lands designation for Parcel A.

• Amend Comprehensive Plan Map LU-2 to include Parcel A in the Attalia Industrial UGA and removeParcel B from the Attalia Industrial UGA.

• Amend Walla Walla County Zoning Map LU-1 to include Parcel A in the UGA, zoned as IA-M and excludeParcel B from the UGA, zoned as PA-40.

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EXHIBIT B

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EXHIBIT B

REZONE APPLICATION J.R. SIMPLOT COMPANY

1. Explain how the proposal meets the following criteria of Walla Walla County Code Section 14.15.060C

AND Section 14.15.070B.3. (ALL REZONE APPLICATIONS SUBMITTED DURING ANNUAL DEVELOPMENT REGULATION DOCKETING PERIOD)

a. The amendment is consistent with the comprehensive plan.

It is proposed that Parcel A, currently outside of the Attalia Industrial Urban Growth Area (UGA), and zoned Primary Agriculture 40 (PA-40), would better meet the goals of the Walla Walla Comprehensive Plan and Zoning Map if it were included in the Attalia Industrial UGA and zoned Industrial Agriculture Mixed (IA-M). A portion of Parcel A is also designated Unique Lands (Chapter 6, Map RL-10). The J.R. Simplot Company (Simplot) proposes removing this designation because of the property lacks long-term commercial agricultural significance.

Simplot also proposes that Parcel B, currently located inside of the Attalia Industrial UGA and zoned IA-M, would better meet the goals of the Walla Walla Comprehensive Plan and Zoning Map if it were excluded from the Attalia Industrial UGA and zoned PA-40. These amendments are needed because of the unique characteristics of each property that support these different uses.

These amendments are consistent with the goals of the Comprehensive Plan to accurately reflect land uses and support county-wide economic development (Walla Walla County Comprehensive Plan, 11.1.1).

b. The amendment is consistent with other development regulations, unless accompanied by amendments to such other development regulations.

Updating maps to reflect current uses is consistent with development regulations including the Growth Management Act (GMA), Walla Walla County Planning Goals, and the goals and objectives of the County's Comprehensive Plan. The proposal would support economic growth in the County, consistent with County Economic Development Goals.

c. The amendment is appropriate for consideration at this time.

This proposal is needed to improve the economic welfare of the region. A company with a development plan desires to locate on the parcel subject to the Comprehensive Plan and Zoning Code Amendments. This proposal will assist the business in its efforts to locate within the Attalia Industrial Urban Growth Area (UGA) and enhance economic vitality in Walla Walla County. Development in the Attalia Industrial UGA will advance the region's economic development strategy by creating living wage jobs within Walla Walla County.

Additionally, the WWCC states that "proposals may be considered at separate meetings or hearings, so long as the final action taken considers the cumulative effect of all the proposed amendments to the comprehensive plan" (Resolution 02118 (part), 2002, WWCC 14.10.020 - Annual Amendments - Consideration of Cumulative Effects).

d. The amendment meets a definable public need.

This proposal meets the definable public need to encourage economic development in Walla Walla County (Walla Walla County Comprehensive Plan 11.1.1).

This proposal also meets the definable public need to ensure that land throughout the County is properly designated. Land that is designated as Unique is subject to more restrictive development

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regulations. A portion of Parcel A is designated Unique, but is not being used in that capacity. Based on the Union Pacific Railroad (UPRR) tracks' fragmentation of the site, Parcel A is not well suited for irrigated agriculture by mechanized equipment. Instead, Parcel B is more appropriately designated primary agriculture based on the parcel's shape and proximity to other PA-40 properties.

e. The amendment is in the long-term interest of the county.

The purpose of creating the Attalia Industrial UGA was to encourage industrial development in a centralized location where services could be clustered and provided to support a multitude of industrial businesses. The proposal is in response to a specific business demand to site a facility on the current Attalia Industrial UGA. Including Parcel A in the UGA and zoning it IA-M would support business development and provide numerous living wage job opportunities to residents of Walla Walla County. Walla Walla County encourages economic growth because good jobs provide a stable population base and support the County's long-term interests.

2. Explain how the proposal meets the following criteria of Walla Walla County Code Section 14.09.010B.

(SITE SPECIFIC REZONES) a. Is consistent with the goals and policies in the land use, rural and resource lands, and/or Burbank

subarea plan elements of the comprehensive plan including the land use maps.

This proposal seeks to make the uses of each parcel consistent with land use goals and policies that are best met by the unique characteristics of each property that support different uses.

Simplot proposes the following actions:

Amend Comprehensive Plan Map RL-10 by removing the Unique Lands designation for Parcel A.

Amend Comprehensive Plan Map LU-2 to include Parcel A in the Attalia Industrial UGA and remove Parcel B from the Attalia Industrial UGA.

Amend Walla Walla County Zoning Map LU-1 to include Parcel A in the UGA, zoned as IA-M and exclude Parcel B from the UGA, zoned as PA-40.

This proposal is consistent with the following elements of the Comprehensive Plan:

Chapter 5 - Land Use Element

Chapter 6 - Rural and Resource Land Element

Chapter 11 - Economic Development Element

These elements are described in detail below.

Chapter 5 - Land Use Element

This element seeks to, "Encourage development in urban areas where adequate public facilities and services exist or can be provided in an efficient manner" (Revised Code of Washington [RCW] 36.70A.020(1)).

The proposal supports this goal because public facilities and services exist and can be provided in an efficient manner to Parcel A, whereas they would need to be further developed to serve Parcel B. Specific facilities, services, and beneficial features that are located at Parcel A and not at Parcel B are:

1. Rail – The active UPPR rail line is directly adjacent to Parcel A. This will enable efficient transport of goods and is the hallmark of what should be included in the Attalia Industrial UGA.

2. Distance to Highways – Parcel A is closer to Highway 12, which will provide easier access to markets.

3. Accessibility of Utilities – Parcel A has better access to utilities.

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4. Stability of Soils – A preliminary geotechnical investigation (Attachment 1) was conducted and indicates that Parcel A's soils will support the development of components needed for a food processing facility. This report can be provided upon request.

5. Air Quality – A preliminary evaluation of wind patterns in the area (Attachment 2) indicates that the prevailing wind direction is from the southwest. This air flow would create a detrimental impact if the food processing facility was to be sited on Parcel B due to the proximity to Tyson Fresh Meats, Inc.'s (Tyson) animal processing facility and Simplot Feeders, LLC's (Simplot Feeders) feedlot to the west and southwest of Parcel B. Parcel A is located out of this prevailing wind pattern and experiences less air quality impacts that could negatively affect business operations. This evaluation can be provided upon request.

The proposal meets Chapter 5.1.2 Applicable County-Wide Planning Policies listed items, specifically:

"The retention of the overall rural character of the county and preservation of agricultural lands shall be promoted by including sufficient area within the UGA to accommodate anticipated growth and avoid market constraints that induce leapfrogging development" (Walla Walla Comprehensive Plan, 3-12). This proposal would ensure that there is sufficient area of industrial quality within the UGA to support a processing facility with anticipated growth. Market constraints include cost of transporting goods to market. By locating the facility in Parcel A, the proximity of the railroad will allow for efficient transportation.

The proposal meets County-wide planning policies for UGAs, specifically:

"Due to the differing characteristics of the cities and communities within Walla Walla County and the presence of isolated industrial sites, the structure of the UGAs may vary to reflect those characteristics" (Walla Walla Comprehensive Plan, 3-13). This proposal reflects the impact of an isolated industrial site adjacent to Parcel B that creates substantial negative odors that could adversely impact the day-to-day operations of a food processing facility. This proposal also reflects the essential quality of access to transportation infrastructure in isolated areas. Proximity to the railroad is essential to assist in development in isolated areas.

The proposal meets UGA Land Use Designations, specifically:

"In the Attalia Industrial UGA agricultural and industrial uses are accommodated in a manner that is consistent and compatible with both uses. Residential development is limited to uses such as caretaker facilities, accessory dwelling units, dwellings for agricultural employees, and commercial uses limited to employee services such as convenience stores. Site requirements typically include convenient access to major highways, rail and water borne transportation, and utilities; and separation from low and medium density residential development and most commercial uses. Because both uses share similar site requirements and at times can produce similar impacts, paramount consideration must be given to reducing or eliminating potential land use conflicts while preserving the economic vitality of the land" (Walla Walla Comprehensive Plan 5-10). This proposal would both preserve the economic vitality of land for both agricultural purposes and industrial development. This project would serve to reduce the conflict in land use because it would allow for a preferred industrial development location (Parcel A) without infringing on land available for agriculture (Parcel B).

The proposal meets the following Walla Walla County goals and policies:

Goal LU1 – "Policy LU-2 - Recognize that some areas of the County are unsuitable for residential, commercial, and industrial development due to natural constraints and/or distance from urban services". Parcel B is constrained by distance from the rail line and its proximity to feedlots. This makes industrial development of a food processing facility incompatible, and therefore development on Parcel A is more suitable for development.

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Goal LU1 – "Policy LU-5 - Encourage land use patterns that provide for the efficient use of public funds." Utilizing Parcel A would be more beneficial in terms of using existing public resources like roads and railroads.

Goal LU2 – "Policy LU-10 - Designate areas for industrial development in the vicinity of existing industrial development." Parcel A is adjacent to existing industrial land.

Goal LU5 – "Policy LU-19 - Support infill development on vacant and underutilized lands within UGAs." The proposal does not negatively impact this goal because it keeps the same total amount of I-AM and PA-40 land within Walla Walla County and the Attalia Industrial UGA.

The proposal meets the following policy of the Attalia Industrial UGA:

"Policy LU-25 - Locate industrial uses where environmental impacts such as noise, odors, and other hazards can be controlled and separated from incompatible land uses." A preliminary evaluation of wind patterns in the area indicates that the prevailing wind direction is from the southwest. This air flow would create a detrimental impact if the food processing facility was to be located on Parcel B, due to the proximity of Tyson's animal processing facility and Simplot Feeders' feedlot to the west and southwest of Parcel B. Parcel A is located out of this prevailing wind pattern and experiences less air quality impacts that could negatively affect business operations. Parcel A provides a controlled and separated location from the existing feedlot.

Surrounding parcels are zoned as Primary Agriculture 40 to the north and east, and Agriculture Residential 10 to the west. The nearest residence to Parcel A is more than 2,000 feet west.

The impacts to adjacent parcels for noise, odor and other hazards is estimated to be minor for residential dwellings and non-existent for agricultural uses. Due to Parcel A being downwind and more than 2,000 feet from the nearest residential dwelling, it is expected that the residential dwelling(s) will not experience increased noise, odor, or other hazards above current background levels associated with the existing surrounding agricultural impacts. It is anticipated that proposed uses on Parcel A will not impact ongoing agricultural uses adjacent to the site.

Chapter 6 - Rural and Resource Land Element

Agricultural resource lands (as designated by Washington Administrative Code [WAC] 365-190-050) are to be designated by a County-wide effort (http://apps.leg.wa.gov/WAC/default.aspx?cite=365-190-050. Therefore, changing such zonings must be carefully considered.

The proposed amendments are consistent with the Growth Management Act (WAC 365-190-050 Agricultural resource lands) which gives direction in classifying agricultural lands. The considerations for lands to be considered agricultural resource land are based on three factors:

"The land is not characterized by urban growth." (WAC 365-190-050a)

Both Parcels A and B meet this criteria as they are currently undeveloped.

"The land is used or capable of being used for agricultural production." (WAC 365-190-050b)

Both Parcels A and B meet this criteria as they are currently irrigated by the Legrow Irrigation District.

"The land has long-term commercial significance for agriculture." (WAC 365-190-050c)

This criterion contains factors i-xi. These factors indicate that Parcel B would be better classified as PA-40, rather than Parcel A, which would be better classified as IA-M.

(i) The classification of prime and unique farmland soils as mapped by the Natural Resources Conservation Service

Parcel A only contains approximately 40 percent prime farmland, is not a contiguous plot of highly productive land, and does not create a large advantage in terms of commercial

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significance. This parcel is also shaped in a way that creates difficulty in irrigation and requires four partial pivots for full coverage.

Parcel B is not mapped by Natural Resources Conservation Service as prime and unique farmland soils. However, Parcel B is more conducive to mechanized irrigation by a single center pivot due to the square shape of the property.

(ii) The availability of public facilities, including roads used in transporting agricultural products

Parcel B has superior local road access which would be more beneficial for agriculture, while Parcel A has superior rail access, which would be more beneficial for a food processing facility that requires rail transportation.

(iii) Tax status, including whether lands are enrolled under the current use tax assessment under chapter 84.34 RCW and whether the optional public benefit rating system is used locally, and whether there is the ability to purchase or transfer land development rights

Not applicable.

(iv) The availability of public services

Parcel B has superior road access, which would be more beneficial for agriculture, while Parcel A has superior rail access, which would be more beneficial for a food processing facility. Water line extension is required to reach the Port of Walla Walla's Dodd Road Water System.

(v) Relationship or proximity to urban growth areas

Parcel B is currently included in the UGA and Parcel A is adjacent to the UGA.

(vi) Predominant parcel size

Although the parcels are both 160 acres, Parcel B is square shaped and requires only one pivot for irrigation, whereas Parcel A is shaped in such a way that it requires four partial pivots for irrigation.

(vii) Land use settlement patterns and their compatibility with agricultural practices

Due the land use settlement next to Parcel B that includes a feedlot and animal processing facility, this parcel is more suitable to agricultural use than Parcel A because agricultural land is not occupied. Development of a food processing facility on Parcel B would not be compatible because of the odors and vectors from the existing land use settlement. Parcel A is more suited for a food processing facility due to fewer air quality challenges from nearby uses such as the feedlot and meat processing facilities.

(viii) Intensity of nearby land uses

Surrounding parcels are zoned as Primary Agriculture 40 to the north and east, and Agriculture Residential 10 to the west. The nearest residence to Parcel A is more than 2,000 feet west.

The impacts are estimated to be minor for residential dwellings and non-existent for agricultural uses due to Parcel A being downwind by more than 2,000 feet from the nearest residential dwelling, it is expected that the residential dwelling(s) will not experience increased noise, odor, or other hazards above current background levels associated with the existing surrounding agricultural impacts. It is anticipated that proposed uses on Parcel A will not impact ongoing agricultural uses adjacent to the site.

(ix) History of land development permits issued nearby

Not applicable

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(x) Land values under alternative uses

If Parcel B was the only available location, the food processing facility would choose to locate its business outside of Walla Walla County. Consequently, Parcel A has a higher value under this alternative use (as opposed to irrigated land).

(xi) Proximity to markets.

Not applicable

Based on this analysis, Parcel A should not be zoned as agriculture or as unique land.

The proposal meets the policies of the County-wide planning policies for rural and resource lands. Parcel A is currently a resource land. Rural area goals do not apply to this proposal, as no changes to rural lands are proposed.

Rural Activity Center of Wallula (Map RL-4) could benefit from this proposal if a food processing facility is located on Parcel A. The facility would provide new jobs to meet the County's goal to maintain and support the population in this area.

Goal RL 21 - Policy RL-43 "Conserve and protect from conflicts productive farmland that is located outside an Urban Growth Area." Through changing the zoning designation, this proposal will protect Parcel B as farmland and allow for Parcel A to be used for manufacturing, therefore retaining the same amount of land available for farming pre- and post-proposal.

Goal RL 22 - Through maintaining the same amount of acres of land zoned PA-40 and keeping them available for agriculture use, this proposal meets the intent of Goal RL 22 to maintain quality of life for residents and make efficient uses of resource land, which improves the economic base of the community. Allowing for industrial use in Parcel A and agricultural use in Parcel B will satisfy the needs of using resource land and improving the area's economic base.

Chapter 11 - Economic Development Element

This element "presents the goals and policies that support and encourage a strong, vibrant economy. This Element focuses on demographic, employment, and economic data as the basis for goals and policies that implement related portions of the Growth Management Act (GMA) and the County-wide Planning Policies" (Walla Walla County Comprehensive Plan 11-1).

This element recognizes that cities, organizations, and the private sector play lead roles in the economic vitality of Walla Walla County.

This proposal strongly supports the applicable County policies and goals relating to economic development including:

"1.7 The county and its cities should work to ensure future economic vitality and broaden employment opportunities while retaining a high quality of life." Working to accommodate a new food processing facility in the area will broaden the area's available employment types and could provide hundreds of stable, family-wage jobs.

"1.16 In order to maintain a sufficient tax base to support essential government services, economic development efforts to diversity and expand basic manufacturing and service related jobs are encouraged." This proposal will expand basic manufacturing job opportunities through employment at a new food processing facility, which will in turn increase the Walla Walla County tax base. Although, the intent of this application is to allow for a food processing facility to be sited on Parcel A, this proposal would also allow Parcel A to be also developed according to any other outright permitted uses according by the Walla Walla County code in the future.

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"9.5. To ensure an adequate supply of industrial property throughout the County, and to support the development of infrastructure to service land designated as industrial." Rezoning Parcel A will help meet this goal to provide sufficient industrial property types to accommodate a food processing facility.

"9.10 The County and municipalities will demonstrate their commitment to the retention of those enterprises which have created the economic base of the County and promote their continued growth in a predictable environment which encourages investment and job growth." Simplot has used Walla Walla County as a base for agricultural operations for numerous years and has helped with creating an economic base in the area. This proposal will help the County continue to support this organization in expanding local operations with Simplot.

"9.12 Improve the overall business climate through promotion of governmental efficiency to ensure that regulations protect the public interests, including private sector business opportunities; and to ensure that all building permits, planning regulations and procedures are clear, uncomplicated, concise, and administered in a timely manner." The consideration, and hopefully acceptance, of this proposal shows Walla Walla County's commitment to fostering a healthy business environment.

Goal ED3 – "Policy ED-6 Coordinate with the Port of Walla Walla in their efforts to involve other economic development entities in the aggressive implementation of the County's Economic Development Plan." The Port of Walla Walla supports this proposal and will supply water service to support this food processing facility.

Goal ED5 – "Policy ED-10 Encourage new and expanding businesses and industries that provide sufficient income for wage-earners to afford the cost of living in the county." This proposal would facilitate the siting of a food processing facility in an area where it would not otherwise locate. This will provide an expansion of an existing business and provide jobs for County residents.

b. Is consistent with WWCC Title 16 Subdivisions, Title 17 Zoning, Title 18 Environment, the

Walla Walla County Shoreline Master Program and other applicable land use laws and policies of Walla Walla County.

WWCC Title 16 Subdivisions does not apply to this proposal because neither property is being subdivided. Parcel A is undergoing a boundary line adjustment application for administrative review that would adjust the property line so it would line up with the proposed UGA boundary. No subdivision is required for either parcel.

WWCC Title 17 Zoning applies to this proposal. The proposal will follow (17.06.010 - Official Zoning Map) requirements in Part C that state, "Any changes to the official zoning map shall be made on the official zoning map promptly after the amendment has been approved by the board of county commissioners. The amending resolution shall provide that such changes or amendments shall not become effective until they have been duly entered upon the official zoning map. No amendment to this title which involves matter portrayed on the official zoning map shall become effective until after such change and entry has been made on said map." This proposal will be reviewed by the Board of County Commissioners, and if approved will be entered into the official Zoning Map.

Additionally, because this proposal is located on resource lands, this proposal is consistent with the public notice requirements (17.04.050 - Developments On or Near Resource Lands—Notice Required).

This proposal is consistent with other elements in WWCC Title 17 Zoning, and the applicant would be glad to elaborate if there are specific questions.

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WWCC Title 18 Environmental applies to this proposal. Simplot has submitted a SEPA Checklist as required by WWCC 18.04.090 - Environmental Checklist. Walla Walla County is the lead agency who will lead the review and issue a determination. Mitigation will be followed, if proposed. This is a non-project action, any future developments on Parcel A will also undergo environmental reviews to comply with all elements in WWCC Title 18 - Environmental.

Walla Walla County Shoreline Master Program does not apply to this proposal because the Shoreline Master Program, in accordance with state law, includes lands within 200 feet of the ordinary high water mark of listed waterbodies. Neither Parcel A nor B is within 200 feet of the Columbia River.

Other applicable land use laws and policies of Walla Walla County apply to this proposal and, based on our understanding of these land use laws and policies, the proposal is consistent with these laws. The proposal will follow the proper application process to change the zoning and UGA distinctions of both Parcels A and B. Simplot is willing to work with Walla Walla County to meet any additional laws required to gain approval for this proposal, if they have been inadvertently overlooked in this application.

c. Is not materially detrimental to uses or property in the immediate vicinity of the proposed rezone

and to the general public.

Parcel A: The proposal is not materially detrimental to uses or property in the immediate vicinity of the proposed rezone, or to the general public.

Removing the Unique Lands designation from Parcel A will have no impact because no unique crops are raised on this property. Additionally, a portion of Parcel A is already not designated as Unique Lands, and lands adjacent to the property to the north and east do not carry this designation (see Figure 4 of the SEPA Checklist).

Rezoning Parcel A from PA-40 to IA-M will not be detrimental to properties in the immediate vicinity because Parcel A is adjacent to IA-M property. Agriculture would still be allowed on Parcel A, and the zoning change would not impact general usage of adjacent properties.

Including Parcel A in the Attalia Industrial UGA will not be detrimental to adjacent properties because Parcel A is adjacent to the Attalia Industrial UGA and nearby properties are already impacted by this association.

Parcel B: The proposal is not materially detrimental to uses or property in the immediate vicinity of the proposed rezone, or to the general public.

Rezoning Parcel B from IA-M to PA-40 will not be detrimental to properties in the vicinity because Parcel B is already adjacent to PA-40 properties to the north and east. Parcel B is currently used for agriculture and has not been used for industrial purposes, so the conversion would not impact current land use.

Removing Parcel B from the Attalia Industrial UGA will not be detrimental to adjacent properties because it is already surrounded on the north and east by areas that are not within the Attalia Industrial UGA. Also, Parcel B is currently used for agriculture and has not been used for industrial uses.

Because of the properties' close proximity, the switch in zonings with Parcel A and Parcel B will result in no net loss to property owners in the vicinity. The same amount of land will be in the UGA and designated for PA-40 and IA-M uses.

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d. Does not create excessive additional requirements at public cost for public facilities and services.

This proposal will not create additional requirements at public cost for public facilities and services. Any new infrastructure needed for the construction of facilities on Parcel A such as roads, water, and sewer requirements will be completed by Simplot.

e. Is warranted: i. To achieve consistency with the comprehensive plan.

This proposal is warranted to achieve consistency with the Comprehensive Plan because it is needed to implement both UGA and Economic Development goals and policies.

The Attalia Industrial UGA is a lead source of economic development opportunity in Walla Walla County. This proposal will assist a business in its efforts to build an industrial facility in the Attalia Industrial UGA and work toward achieving consistency with Comprehensive Plan Economic Goals of enhancing economic vitality in Walla Walla County. Development in the Attalia Industrial UGA will advance the region's economic development strategy by creating living wage jobs within Walla Walla County.

ii. To meet county population and/or employment projections because of a need for additional property in the proposed zoning district.

N/A

iii. Because there are changed conditions since the zoning in the area was adopted to warrant the proposed rezone. "Changed conditions" include public improvements, permitted private development or other conditions or circumstances affecting the subject property that have undergone substantial and material changes not anticipated or contemplated when the zoning and/or subarea plan was last adopted. "Changed conditions" do not include actions taken by the current or former property owners to facilitate a more intense development of the property.

The development that has occurred in the Attalia Industrial UGA since zoning in the area was adopted represents a changed condition. The properties adjacent to Parcel B include a feedlot and animal processing facility that have created a substantially different odor/air quality condition than when the property was originally zoned. Exacerbated by the prevailing wind patterns from the southwest, these odors create difficulty in marketing Parcel B to prospective food processing businesses.

Additionally, changed conditions and development within the Attalia Industrial UGA to the west of Parcel B have isolated this parcel from rail access. Parcel A has excellent access to the UPPR, which is vital to providing efficient market access for a food processing facility's exports.

By rezoning Parcel B outside the UGA and as PA-40, this property will be more likely to be used productively. By rezoning Parcel A and including it in the UGA, the County will be modifying the Comprehensive Plan based on the changed conditions that make Parcel A a more desirable location to site a food processing facility than Parcel B.

Attachments Attachment 1 – Preliminary Geotechnical Investigation Attachment 2 – Wallula Gap Wind Patterns Memo

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ATTACHMENT 1 Preliminary Geotechnical Investigation

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2380 Lindberg Loop, Richland, Washington 99352 Phone 866.891.0203 Fax 509.339.2001 www.stratageotech.com

November 11, 2016 File: PU16168A

Mr. Troy McOmber, Vice President Fisher Construction Group 625 Fisher Lane Burlington, Washington 98233

RE: Preliminary Geotechnical Investigation Project Rainier US Highway 12 & Dodd Road Pasco, Washington

Greetings Troy:

Strata, A Professional Services Corporation (STRATA) has performed the authorized geotechnical exploration for Project Rainier located on the southeast side of Pasco, Washington. Our services were performed referencing our revised proposal date October 20, 2016. At your request and for confidentiality, we do not outline the project location, client and ultimate user for this project. Further, many project details are not available at this time. However, we provide this preliminary geotechnical investigation to help facilitate your design-build project concept development.

This report summarizes our field evaluation and laboratory testing results, as well as outlines the anticipated soil conditions at the site with respect to the preliminary project concept reported to us by you. This deliverable is provided referencing “Phase A” outlined in our proposal. Once project concepts are finalized, and project design details are available, such as the planned grading, building layout, structural loads, etc. we will initiate our “Phase B” geotechnical design evaluation outlined in our proposal, to provide geotechnical recommendations suitable for progressing final design.

We appreciate the opportunity to continue our professional relationship with Fisher Construction Group, and we look forward to assisting you with this project throughout its progression. Please contact us if you have any questions or comments so that we may address them in a proactive and timely fashion to help facilitate project design.

Sincerely, STRATA

Andrew J. Abrams, P.E. Project Engineer

Travis J. Wambeke, P.E. Principal

TJW/ac

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Preliminary Geotechnical Investigation Project Rainier

US Highway 12 & Dodd Road Fisher Construction Group

Pasco, Washington

PREPARED FOR: Mr. Troy McOmber, Vice President

Fisher Construction Group 625 Fisher Lane

Burlington, Washington 98233

PREPARED BY: STRATA

A Professional Services Corporation 2380 Lindberg Loop

Richland, Washington 99352 Telephone (509) 943-2913 Facsimile (509) 339-2001

November 11, 2016

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TABLE OF CONTENTS

INTRODUCTION .......................................................................................................................... 1 SCOPE OF SERVICE .................................................................................................................. 1

Phase A: Preliminary Geotechnical Investigation ..................................................................... 1 PROJECT UNDERSTANDING .................................................................................................... 1

Existing Conditions .................................................................................................................. 1 Proposed Construction ............................................................................................................. 2

Field Exploration .......................................................................................................................... 2 Laboratory Testing ....................................................................................................................... 3 SUBSURFACE conditions ............................................................................................................ 3 PRELIMINARY GEOTECHNICAL CONSIDERATIONS............................................................... 4

Potential Geologic Hazards ...................................................................................................... 4 Uncontrolled Fill ................................................................................................................... 4 Slope Instability Potential ..................................................................................................... 4 Site Seismicity and Liquefaction Potential ............................................................................ 5

Earthwork Construction Considerations ................................................................................... 6 Foundation and Construction Considerations .......................................................................... 6

Preliminary Shallow Foundation Design Criteria .................................................................. 6 Surface Grading & Drainage ................................................................................................ 7 Foundation Drainage ............................................................................................................ 7 Stormwater Management Considerations ............................................................................ 8

Pavement Design and Construction Considerations ................................................................ 8 ADDITIONAL RECOMMENDED SERVICES ............................................................................. 10

Additional Exploration and Geotechnical Design ................................................................... 10 Geotechnical Design Continuity ............................................................................................. 11

EVALUATION LIMITATIONS ..................................................................................................... 11

REPORT TABLES AND FIGURES

Table 1. Nearest Fault Parameters, Future High School Site (USGS 2008) ................................ 5 Table 2. Preliminary Pavement Design Parameters ..................................................................... 9 Table 3. Flexible Pavement Design (Light-Duty Section) ............................................................. 9 Table 4. Flexible Pavement Design (Heavy-Duty Section) ......................................................... 10

REPORT PLATES AND APPENDICES

Plate 1: Exploration Map Appendix A: Unified Soil Classification System (USCS) and Exploration Logs Appendix B: Laboratory Test Results

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Preliminary Geotechnical Investigation Project Rainier

US Highway 12 & Dodd Road Fisher Construction Group

Pasco, Washington

INTRODUCTION

Our exploration’s purpose was to assess subsurface conditions at the site and prepare this

report outlining preliminary geotechnical considerations to aid Fisher Construction Group (FISHER)

with establishing geotechnical design concepts for the proposed Project Rainier facility to be located

approximately 1.5 miles’ northeast of the Dodd Road, US Highway 12 intersection, southeast of Pasco,

Washington. The project area is shown on the attached Plate 1, Site Map.

Due to the preliminary nature of the project concept at this time, we are not providing a

comprehensive geotechnical engineering evaluation. Rather, we provide this preliminary geotechnical

investigation referencing Phase A in our October 20, 2016 proposal. This phase explores site

conditions, performs field and laboratory testing, and summarizes our observations and test results to

assist preliminary project concept development. The following text outlines our scope of services,

project understanding, exploration findings, and preliminary geotechnical opinions and

recommendations.

SCOPE OF SERVICE

Phase A: Preliminary Geotechnical Investigation

1. Coordinated exploration with the Washington Utility Notification Center and FISHER prior to exploration. We also retained a private utility locating firm to identify private utilities in exploration locations.

2. Explored the subsurface soil conditions via 15 test pits extending 10 to 14 feet below the existing ground surface. Our approximate proposed locations are shown on the attached Plate 1. During exploration, we accomplished 2 field infiltration tests to evaluate the near surface soils’ infiltration characteristics referencing the Single Ring Infiltrometer Method outlined in Appendix 6B of Washington State Department of Ecology (Ecology) Stormwater Management Manual for Eastern Washington.

3. Accomplished laboratory testing referencing ASTM International (ASTM) procedures to

estimate soil engineering parameters.

4. Prepared and provided this preliminary report, summarizing our findings and opinions, including exploration logs and laboratory test results. We provide 3 hard copies and 1 electronic copy of our preliminary deliverable.

PROJECT UNDERSTANDING

Existing Conditions

The Project Rainier site is located southeast of Pasco, Washington, as shown on Plate 1. The

site is currently agricultural land which is irrigated under pivot, and has an undulating ground surface

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with approximately 15 to 20 feet of vertical relief between the highest and lowest point on the site. Rail

tracks run north/south, along the eastern and northern project boundary, and a gravel-paved access

road traverses north/south along the western and southern project boundary. The site surface is

covered with vegetation.

Proposed Construction

No detailed design concepts for the planned building are available at this time. However, from

our discussions with you, and reviewing preliminary site drawings, the currently planned improvements

will include constructing a large freezer building. Other improvements, such as a wastewater treatment

facility and future commercial structures may be constructed on other sites near the Project Rainier

site. However, our project work currently does not include these potential future developments and we

are unaware if this property has been acquired. The following paragraphs summarize our

understanding of the currently planned improvements.

The freezer building will have an approximate 734,000-square-foot (SF) footprint. From our

experience with similar structures, we anticipate the freezer building will be a steel- or concrete-framed

structure with masonry walls supported on spread footings and slab-on-grade floors. We do not expect

the structure will have a basement or below-grade space. Structural loads are not yet established, but

from our previous work with similar buildings, we anticipate structural loads will be less than about 100

kips per isolated column and 8 to 10 kips per linear foot (klf) along perimeter wall footings. However,

relatively large slab loads from storage and equipment, combined with an underlying freezer section

are expected.

We anticipate site improvements will also include infrastructure, such as asphalt paved access

drives and parking areas, concrete hardscapes, stormwater management facilities, and utilities. We

expect utilities will extend from nearby public roadways to service the facility. Prior to foundation and

utility excavations, we expect site grading will be accomplished to create a level building pad by raising

and lowering existing site grades by about 10 to 15 feet. We expect site stormwater will be collected

on site in catch basins and directed to drainage galleries or swales for disposal via infiltration.

FIELD EXPLORATION

We explored subsurface conditions within the Project Rainier site by observing 15 exploratory

test pits. We coordinated exploration with a backhoe operator (provided by Fisher) and advanced test

pits to depths ranging from 10 and 14 feet below the existing ground surface. Test pits were advanced

using a CAT E16EL backhoe equipped with a 3.0-foot-wide bucket and standard excavation teeth.

Prior to exploration, we retained a private utility locating firm to identify subsurface utilities and piping

in exploration locations. Based on the markings provided by the private locating firm, we were able to

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avoid existing subsurface utilities. No damaged piping, or disturbance to subsurface utilities was

observed in our test pits.

We obtained select soil samples within test pits for laboratory testing and to assist soil

classification. At select depths and locations, we performed in-place density and moisture content

tests using a nuclear densometer. We loosely backfilled test pits and smoothed the soil approximately

level with the surrounding ground surface elevation. We staked test pits to allow for surveying and

remediation during construction, as further discussed in this report’s Site Preparation section. We

recommend test pits be located during site grading, and remediated by removing loose backfill and

replacing it with Structural Fill.

Plate 1 illustrates approximate exploration locations documented in the field using a

commercially available global positioning system (GPS) and confirmed by measuring from existing

site features. Our GeoProfessional visually described, classified and logged the subsurface conditions

encountered during exploration referencing the Unified Soil Classification System (USCS). Appendix

A presents exploratory test pit logs and a USCS explanation, which should be used to help interpret

soil terms used throughout this report and on the exploration logs.

LABORATORY TESTING

We performed laboratory testing in reference to ASTM standards on select soil samples

obtained during exploration. Laboratory testing included:

In-situ moisture content (ASTM D2216) Atterberg limits (ASTM D4318) Grain size distribution (ASTM D422) Modified Proctor (ASTM D1557) pH, resistivity and sulfates (ASTM G51, G57, D516)

SUBSURFACE CONDITIONS

We encountered topsoil comprising silty sand that was brown, loose and moist, containing

vegetation and organics extending 4 to 6 inches below the ground surface. During exploration, we

encountered the following primary subsurface soil units beneath topsoil:

Uncontrolled Fill: Silty sand (SM): light brown, loose and moist. We encountered uncontrolled fill in test pit TP-7 beneath topsoil, and extending to 1.5 feet below the ground surface. Uncontrolled fill contained wood debris. No records exist regarding this fill’s placement; however, fill is often placed on agricultural lands associated with irrigation or drainage systems.

Alluvium: Silty sand (SM): brown, loose to medium dense and moist. We encountered alluvium in each exploration (except TP-7) beneath topsoil extending to the termination depths.

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Silty sand alluvium was the primary soil unit encountered during our exploration. This soil type was fairly consistent with respect to composition in each location. In test pit TP-9, we encountered a lens of silty sand with gravel and cobbles from about 8 to 10 feet below the ground surface. This more granular lens was only encountered in TP-9. However, granular zones may be encountered at any depth or location between or beyond our test pits. Should mention caving!

We anticipate localized zones of uncontrolled fill (i.e. man-placed fill) may be encountered

across the site associated with previous agricultural activities. We did not encounter bedrock or

groundwater within our exploration extents. To obtain additional subsurface information, we

researched well logs within the project site vicinity published on the Ecology website. These well logs

indicate basalt bedrock and consistent static groundwater levels in the area may be located greater

than 50 feet below the existing ground surface. However, localized perched groundwater tables may

be encountered depending variations in precipitation, irrigation, and infiltration characteristics during

and post construction.

PRELIMINARY GEOTECHNICAL CONSIDERATIONS

Potential Geologic Hazards

The following text presents our discussion of potential geologic hazards for consideration by

Fisher during project concept development. This list is not exhaustive, but rather presents some

common geologic hazards which should be considered by project designers, based on our site

exploration, mapping research, and preliminary project understanding. Additional geologic conditions

or geotechnical considerations may be revealed based on further evaluation. However, our opinion at

this time is the items discussed below can provide FISHER with a reasonable basis for progressing

project design concepts. These can change over time and depending on the final concepts selected.

Uncontrolled Fill

Some previous improvements are evident at the site, including existing irrigation and water

lines traversing the site for pivots and access road construction. Backfill placed in these irrigation

alignments was likely placed loosely, and is considered uncontrolled fill where encountered. Localized,

discontinuous uncontrolled fill deposits such as these are common in historical agricultural areas. Such

uncontrolled fill deposits will likely be encountered during site grading and subgrade preparations.

Where it is encountered, uncontrolled fill must be removed from beneath planned structures or

improvements consistent with geotechnical practice standards.

Slope Instability Potential

The existing ground surface is relatively flat, with slopes estimated at 10H:1V (horizontal to

vertical). No evidence of large- or small-scale, current or prehistoric landslides was observed during

our site visit. Therefore, our opinion is slope instability potential at this site will be directly related to

site grading and drainage design, earthwork construction quality, and ongoing slope maintenance

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procedures. Finished or permanent slopes in native soil can typically remain stable with respect to

deep-seated global failure at slope inclinations up to 2.5H:1V when the soil remains in a dry condition.

However, 2.5H:1V slopes are typically prone to shallow erosional and surface failures during wet

seasons. 3H:1V slopes are typically much easier to vegetate and reduce the risks of shallow surface

failures. Embankment fill slopes maintain higher potential for instability, because soil disturbance

associated with earthwork destroys the native soil structure, which provides significant strength.

Site Seismicity and Liquefaction Potential

Significant seismic activity has not been recorded in the area in geologically recent time, and

the presence of faults, fault rupture, or other such features was not observed via our field

reconnaissance. Our geologic research of available United States Geologic Survey (USGS) data

suggests at least 2 historically active faults are located within 10 miles from the project site.

Engineering fault parameters from the USGS are provided in Table 1 below.

Table 1. Nearest Fault Parameters, Project Rainier Site (USGS 2008)

Fault Characteristic Earthquake

Magnitude Recurrence

Interval (years) Horse Heaven Hills structure (NW trend) 6.5 to 7.44 390-50,000

Wallula/Rattlesnake Hills System 6.5 to 7.14 250-12,500 Reference: http://earthquakes.usgs.gov/hazards/qfaults

Given the low recurrence interval for seismic activity along these nearby faults, our opinion is

seismic activity within the design period (approximately 2,475 years) prescribed by the 2012

International Building Code (IBC) is primarily associated with regional background seismicity. Based

on the 2012 IBC Section 1613, our field exploration and current knowledge of the upper 100 feet of

the soil profile, we preliminarily recommend using a Site Class D as a basis for structural frame seismic

design. A site-specific study of seismic response was not performed.

Subsurface conditions encountered during exploration consist of silty sand soil. We did not

encounter basalt bedrock or consistent static groundwater in explorations. Seismically-induced

settlement (i.e. due to soil densification from seismic vibration) could be realized on the order of 1 to

2 inches during an earthquake. For liquefaction to occur, soil must be saturated; the potential for such

a seismic event to occur during the development’s useful life, with such a level of saturation, is

relatively low.

We recommend Fisher and their design team consider potential seismic risks in their project

concept development. Further study must be accomplished to evaluate specific seismic risks to future

developments at the site once project design concepts are developed. Specifically, we need to explore

the soil profile to the rock’s surface or at least 100 feet to verify our preliminary opinions.

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Earthwork Construction Considerations

Typical construction will initiate by stripping topsoil containing vegetation, organics, and

uncontrolled fill to expose native soil during site grading operations. Topsoil may be stockpiled at the

site for reuse, or disposed of offsite. After topsoil and fill stripping, the resulting subgrade comprising

native silty sand can likely be used to support typical site infrastructure or other developments pending

final site civil design and loading conditions. We anticipate site soil may be reused as structural fill for

site grading applications, but will require moisture conditioning to compact effectively and economically

during good weather. Our experience with development in agricultural areas suggests tile drains may

be encountered during site grading that can impact earthwork construction. If encountered, these

drains must be maintained, aggressively removed, or otherwise realigned to maintain existing

drainage patterns.

Regardless of the site grading or earthwork approach selected, earthwork contractors and

Fisher representatives must work closely during site preparations to identify and remove localized

uncontrolled fill deposits as well as help prepare subgrades appropriately for the planned development.

We recommend that STRATA be retained to assist Fisher with future critical earthwork evaluation and

construction continuity issues.

Imported structural fill products will also be required for project construction. We recommend

imported fill products reference Washington State Department of Transportation (WSDOT) Standards

for Road Bridge and Municipal Construction (Standards) for Select Borrow, Common Borrow, Crushed

Surfacing, or other products as needed.

Foundation and Construction Considerations

The building’s frame, number of stories, loading, foundation bearing elevations and other

factors have not been developed at this time. However, based on our discussions with Mr. Troy

McOmber with FISHER, our experience with similar facilities, and our exploration at this site, we expect

typical shallow spread footings will be used for supporting structural loads less than 100 kips per

column and 8 to 10 kips per lineal foot along walls. The information below is based on speculative

foundation loading conditions and provides only preliminary shallow foundation design and

construction considerations for FISHER and their design team. We do not recommend this data be

relied upon for final foundation design or construction. As final project concepts and structural design

advances, this information should be refined specific to applicable foundation systems.

Preliminary Shallow Foundation Design Criteria

Depending on final loading conditions and performance requirements, allowable bearing

pressures ranging from 2,500 to 3,000 pounds per square foot may be appropriate for shallow spread

footing design. Higher allowable bearing pressures may be attained with granular soil improvements

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should they be warranted in comparison to the benefit. At this time, we expect some characteristics of

typical shallow foundations will conform to the following design criteria and the current IBC edition:

1. Frost protection embedment depth: 24 inches below finished exterior surface.

2. Estimated static vertical settlement tolerances (to be verified by structural design): a. Total settlement: 1 inch b. Differential settlement: 0.75 inches in 30-foot, horizontal span

3. Lateral load resistance: a. Foundation base friction coefficient:

i. 0.35 for foundations cast on native soil ii. Reduce friction by 2/3 for precast elements

b. Lateral passive resistance is available on foundation sides ranging from 200 to 400 pounds per cubic foot (pcf) equivalent fluid pressure (EFP), depending on backfill used and where ¾ inches of lateral movement can be tolerated.

4. Soil corrosivity a. Laboratory test results indicate the site soil exhibits a slight to moderate corrosive

environment: i. pH = 8.1 ii. Resistivity = 3,920 ohm-cm iii. Sulfates = 288.0 ppm

b. Structural designers must account for moderate corrosion potential in reinforcing steel spacing and clearances.

c. Soil is not expected to induce negative reactions with concrete. Concrete mix designs should demonstrate aggregate does not have the potential for alkali-silica reactivity (ASR).

Surface Grading & Drainage

Site grading design should be accomplished such that runoff from precipitation, snowmelt,

seeps, or springs is not allowed to infiltrate slopes, foundation, pavement, or slab subgrades. Runoff

or water migrating along the ground surface must be conveyed away from slopes and structures by

an appropriately designed series of ditches, swales or other surface water management procedures.

The ground surface outside structures must be sloped to meet Americans with Disabilities Act

(ADA) requirements at entrances and at least 5 percent away for a minimum of 10 feet in other areas

to rapidly convey surface water or roof runoff away from foundations. Remaining landscapes should

slope at least 2 percent away from structures. Provide roof gutters connected to downspouts, connect

them to solid pipes placed away from the structure, and do not allow to infiltrate into the soil underlying

the structure.

Foundation Drainage

Buildings must be designed and constructed with adequate drainage systems to reduce the

potential for surface water to infiltrate beneath the structure and cause instability, leakage, or seepage.

This is typically accomplished by installing a perimeter foundation drain system surrounding the

building. Perimeter foundation drains should be installed with a positive slope and dispose of collected

water in suitable locations at least 50 feet from structures. Foundation drains must not be connected

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Preliminary Geotechnical Investigation Project Rainier – Pasco, WA

File: PU16168A Page 8

www.stratageotech.com

©2016 by Strata, A Professional Services Corporation. All Rights Reserved.

to the existing drainage systems for adjacent structures, roof drains, or other nearby facilities.

Depending on finished grading, building layout, and site drainage design concepts, a network of

underslab drains in conjunction with perimeter foundation drains may be prudent to reduce the risk of

near surface water from irrigation or precipitation impacting the planned building.

Stormwater Management Considerations

Stormwater management concepts are not yet established for the project. In our experience

with similar facilities, we expect stormwater may be managed via near surface infiltration swales and

possibly subsurface infiltration galleries. Final design for stormwater management facilities must be in

accordance with the Ecology’s Stormwater Management Manual for Eastern Washington and the City

of Pasco’s requirements.

The primary soil profile encountered in explorations was classified under the USCS as silty

sand to the exploration extents. Infiltration testing during exploration yielded an unfactored infiltration

rate within the near surface site soil ranging from approximately 3.0 to 5.0 inches per hour. Experience

has shown that soil has variable infiltration rates at different times during the year depending on

saturated and frozen conditions. Thus, civil design should consider applying prescriptive safety factors

between 4 and 6 to the measured infiltration rate based on infiltration facility configuration and the

designer's experience with stormwater disposal in the region. If civil design or other issues will not

allow appropriate collection and disposal points set away from structures the minimum distances

recommended above, the design team should evaluate alternate stormwater disposal plans.

Our experience is that infiltration facility performance is highly dependent on construction

procedures. Extreme care must be taken to prevent construction traffic from traversing infiltration

facility subgrades, or fine-grained soil (i.e. silt and clay) from contaminating subgrades. Compacting

or “plugging” infiltration facility subgrades with fines will greatly reduce or preclude their ability to allow

infiltration. Once project specifications are developed, clear language must be incorporated into the

Earthwork, Landscaping, Utility Construction, and other related specification sections to communicate

the importance of this issue.

Pavement Design and Construction Considerations

The following preliminary pavement section considerations are provided referencing the

American Association of State Highway and Transportation Officials (AASHTO) Guide for Design of

Pavement Structures (1993). Traffic loads are not yet established; therefore, STRATA assumed traffic

loading and design parameters based on typical flexible pavement design criteria in the central

Washington area, results from laboratory testing, and our understanding of the subsurface conditions.

Once parking, access drive, and any loading facilities are configured by civil site design, pavement

sections must be evaluated based on actual loading and configurations. The following tables present

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Preliminary Geotechnical Investigation Project Rainier – Pasco, WA

File: PU16168A Page 9

www.stratageotech.com

©2016 by Strata, A Professional Services Corporation. All Rights Reserved.

our preliminary design parameter ranges and references, as well as preliminary flexible pavement

section thickness ranges.

Table 2. Preliminary Pavement Design Parameters

Design Parameter Value Used References

Reliability (R) 85 - 90% Assumed

Standard Deviation (S) 0.45 - 0.5 AASHTO 1993

Initial Serviceability (PSIi) 4.0 - 4.2 Typical central Washington area values

Terminal Serviceability (PSIz) 2.0 - 2.2 Typical central Washington area values

Traffic Loading

15,000 - 25,000 ESALS1 (Light

Duty)

500,000 – 1,000,000 ESALS1

(Heavy Duty)

Estimated for “Light Duty” pavements: Parking areas and passenger vehicle

drive lanes.

Estimated for “Heavy Duty” pavements: Delivery lanes and fire lanes.

Design Life 20 years Typical central Washington area value

Resilient Modulus (Mr) 5,000 - 10,000 psi2 Based on Mr correlations to soil type

Asphalt Layer Coefficient (a1) 0.42 Figure 2.5 AASHTO 1993

Top Course Layer Coefficient (a2) 0.12 Figure 2.6 AASHTO 1993 Top Course Drainage Coefficient

(m2) 0.9 Table 2.4 AASHTO 1993 for “fair” drainage, 5 percent saturation

1Equivalent Single Axle Loads (ESALs) 2Pounds per square inch (psi) Based on the above preliminary design parameters, Tables 3 and 4 provide our preliminary

flexible pavement thickness ranges for light- and heavy-duty sections.

Table 3. Flexible Pavement Design (Light-Duty Section)

Pavement Section Material

Recommended Thickness

Range (inches) Material Specifications

Asphalt Concrete 2.5 – 3.5 Hot-mix asphalt (HMA) conforming to Section 5-04, latest WSDOT Standards edition. HMA should consist of 3/4-inch-minus nominal aggregate size.

Crushed Surfacing 6.0 – 10.0 Must conform to Section 9-03.9(3) - Crushed Surfacing, latest WSDOT Standards edition.

Woven Geosynthetic Recommended Must conform to Section 9-33.2(1) – Table 3, Geotextile

for Separation, latest WSDOT Standards edition.

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Preliminary Geotechnical Investigation Project Rainier – Pasco, WA

File: PU16168A Page 10

www.stratageotech.com

©2016 by Strata, A Professional Services Corporation. All Rights Reserved.

Table 4. Flexible Pavement Design (Heavy-Duty Section)

Pavement Section Material

Recommended Thickness (inches)

Material Specifications

Asphalt Concrete 3.5 – 4.5 Hot-mix asphalt (HMA) conforming to Section 5-04, latest WSDOT Standards edition. HMA should consist of 3/4-inch-minus nominal aggregate size.

Crushed Surfacing 12.0 – 18.0 Must conform to Section 9-03.9(3) - Crushed Surfacing, latest WSDOT Standards edition.

Non-Woven Geotextile Required Must conform to Section 9-33.2(1) – Table 3, Geotextile

for Separation, latest WSDOT Standards edition.

We recommend the pavement structure be planned such that the light-duty asphalt section

exists only where light passenger vehicles will access the parking areas. Any location that will be

accessed by delivery trucks or other heavy truck traffic should be planned for the heavy-duty asphalt

pavement section. The above pavement sections assume a non-woven geotextile fabric at the

subgrade which meets the requirements in WSDOT Standards Section 9-33.2(1), Table 3. The above

also assumes no construction traffic will access pavements. Significant pavement damage can occur

after just a single pass with heavily loaded construction equipment.

ADDITIONAL RECOMMENDED SERVICES

Additional Exploration and Geotechnical Design

This evaluation was performed to provide FISHER with preliminary geotechnical site

characteristics to assist project concept development. This deliverable does not constitute a final

Geotechnical Engineering Evaluation specific to earthwork, foundation design or construction,

pavements, or any other site features. This deliverable and the information contained herein must not

be used for final design of any prospective site feature. Once these and other critical project design

concepts are established, we recommend FISHER retain STRATA to provide additional geotechnical

exploration and engineering evaluation specific to actual design concepts. Further, the preliminary

exploration described herein was limited due to site access constraints imposed by the current

property user with respect to their ongoing agricultural operations at the site. Therefore, future

evaluations should explore these previously excluded areas to document site conditions are consistent

throughout the proposed improvement area.

Our opinion is this additional exploration and evaluation scope must be developed based on

the specific design and construction concepts established for the proposed facility, and could include

but is not limited to:

Additional subsurface exploration, including soil borings, to further assess soil conditions and groundwater or bedrock depths.

Future piezometer installation to monitor groundwater fluctuations.

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Preliminary Geotechnical Investigation Project Rainier – Pasco, WA

File: PU16168A Page 11

www.stratageotech.com

©2016 by Strata, A Professional Services Corporation. All Rights Reserved.

Additional soil laboratory testing to refine geotechnical design parameters, including: o Shear strength o Consolidation potential o California bearing ratio (CBR)

Additional infiltration testing in specific areas planned for stormwater management facilities.

Additional geotechnical analysis and evaluation for critical design aspects once they become available, including earthwork, foundation design, slabs-on-grade, site drainage, pavement construction, and others.

Geotechnical Design Continuity

We base this report’s information on our exploration results and observations, as well as

preliminary site improvement concepts provided to us by FISHER. Significant design concepts are yet

to be established. The site layout, building configuration, final floor elevations, loading conditions,

drainage measures, and many other aspects can significantly alter our opinions and design

recommendations. Therefore, it is critical that STRATA provide geotechnical continuity for final

planning and design for the planned construction as individual aspects become available during design

development phases.

Our experience with similar previous projects suggests providing geotechnical continuity

throughout design and construction is critical to project success. Often, precluding geotechnical

involvement throughout the design process creates lost opportunities for efficiency between design

iterations, project specifications, and plan drawing development. This is especially critical given the

project’s rapid and dynamic schedule under which our work was accomplished.

EVALUATION LIMITATIONS

We provide the preliminary geotechnical considerations in this report to assist Fisher with

establishing project design concepts. It must be understood that this information and the services we

have provided to date do not comprise a detailed geotechnical engineering evaluation for site or

subgrade performance as it pertains to any future development or construction. Rather, we provide

these considerations based on our limited exploration, experience with similar developments, and

typical earthwork standards of care that exist in the area at this time. Project design and construction

professionals must apply appropriate judgment to the exploration findings presented herein to facilitate

preliminary design concept development. Final design will require additional geotechnical evaluation

specific to the improvements planned at that time. This acknowledgment is in lieu of any express or

implied warranties.

The following accompany this report:

Plate 1: Site Map Appendix A: Unified Soil Classification System (USCS) and Exploration Logs Appendix B: Laboratory Test Results

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Reference: Base image from Google Earth. No Scale Intended

EXPLORATION MAPProject Rainier

Pasco, Washington

Approximate exploratory test pit location observed by STRATA on October 20, 2016.

LEGEND

PU16168A

NorthTP-15

TP-14

TP-13

TP-11

TP-10

TP-9

TP-4

TP-8

TP-5

TP-6

TP-7

TP-2

TP-1

TP-3TP-12

Plate 1

Approximate Property Boundary

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APPENDIX A Unified Soil Classification System

(USCS) Exploratory Test Pit Logs

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11.691.4

SM

SM

Vegetation and organicsencountered to approximately4 inches BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 12.5 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-1

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

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10.186.353.0

SM

ML

Vegetation and organicsencountered to approximately6 inches BGS.

Infiltration test atapproximately 4.0 feet BGS.Unfactored Infiltration Rate = 3inches/hourASTM D4318: Atterberg Limits= Non-Plastic

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SANDY SILT, (ML) brown,loose to very dense, moist

Test Pit Terminated at 13.5 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-2

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

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7.197.6

SM

SM

Vegetation and organicsencountered to approximately6 inches BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 13.5 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-3

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

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SM

SM

Vegetation and organicsencountered to approximately4 inches BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 13.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-4

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

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SM

SM

Vegetation and organicsencountered to approximately6 inches BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 12.5 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-5

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

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7.689.4

SM

SM

Vegetation and organicsencountered to approximately4 inches BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 13.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-6

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

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4.488.4

SM

SM

SM

Vegetation and organicsencountered to approximately6 inches BGS.

Wood debris encountered atapproximately 1.0 feet BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistUNCONTROLLED FILL - SILTY SAND,(SM) light brown, loose, moist

ALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 13.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-7

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

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SM

SM

Vegetation and organicsencountered to approximately6 inches BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 13.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-8

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

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SM

SM

SM

SM

Vegetation and organicsencountered to approximately6 inches BGS.

ASTM D 1557: ModifiedProctorMaximum Dry Density = 110.5pcfOptimum Moisture Content =9.0%ASTM 1883: California BearingRatio = 29.5

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

ALLUVIUM - SILTY SAND WITH GRAVELAND COBBLES, (SM) gray to brown, verydense, moist

ALLUVIUM - SILTY SAND, (SM) brown,very dense, moist

Test Pit Terminated at 14.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-9

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

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INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

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SM

SM

Vegetation and organicsencountered to approximately4 inches BGS.

Caving from approximately 4.0to 8.0 feet BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 10.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-10

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

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6.9101.7

SM

SM

Vegetation and organicsencountered to approximately4 inches BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 13.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-11

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

12.5

Page 46: REZONE APPLICATION Site Specific or Area of General Applicability · 2018. 8. 9. · 5/19/2017 S:\Docs\J.R. Simplot Co\7008-570 Dodd Rd Potato Processing\Rezone Application\Exhibit

SM

SM

Vegetation and organicsencountered to approximately4 inches BGS.

Caving from approximately 3.0to 8.0 feet BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 11.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-12

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

PU

1616

8A T

P-1

TH

RO

UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

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8.492.416.0

SM

SM

Vegetation and organicsencountered to approximately4 inches BGS.

Infiltration test atapproximately 2.0 feet BGS.Unfactored Infiltration Rate = 5inches/hourASTM D4318: Atterberg Limits= Non-Plastic

Caving from aproximately 2.0to 10.0 feet BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 11.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-13

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

LS1\

MA

IN\E

NG

INEE

RIN

G\G

INT

FILE

S\16

1026

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8A T

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TH

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UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

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9.697.2

SM

SM

Vegetation and organicsencountered to approximately6 inches BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 12.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-14

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:21

- \\S

TRPU

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MA

IN\E

NG

INEE

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INT

FILE

S\16

1026

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8A T

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TH

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UG

H T

P-1

5.G

PJ

0.0

2.5

5.0

7.5

10.0

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SM

SM

Vegetation and organicsencountered to approximately4 inches BGS.

Test pit loosely backfilled withsite soil.

(TOPSOIL) - SILTY SAND, (SM) darkbrown, loose, moistALLUVIUM - SILTY SAND, (SM) brown,loose to very dense, moist

Test Pit Terminated at 13.0 Feet.

LL PI

Atte

rber

gLi

mits

Poc

ket P

en.

(tsf)

Moi

stur

eC

onte

nt (%

)

Dry

Den

sity

(pcf

)

% P

assi

ngN

o. 2

00S

ieve

U.S

.C.S

.C

lass

Sym

bol

Sam

ple

Type

Remarks

Note: BGS = BelowGround Surface

Dep

th(ft

)

USCS Description

Sheet 1 Of 1Logged By: AJR

Bucket Width: 3'

Date Excavated: 10-20-2016

Test Pit Number: TP-15

Depth to Groundwater: N.E.

EXPLORATORYTEST PIT LOG

Backhoe: CAT E16EL

Client: Fisher Construction Group

Project: PU16168A

STR

ATA

TE

ST

PIT

- S

TRAT

A.G

DT

- 11/

10/1

6 10

:22

- \\S

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0.0

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7.5

10.0

12.5

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APPENDIX B Laboratory Test Results

Page 51: REZONE APPLICATION Site Specific or Area of General Applicability · 2018. 8. 9. · 5/19/2017 S:\Docs\J.R. Simplot Co\7008-570 Dodd Rd Potato Processing\Rezone Application\Exhibit

Project: Project Rainier Report Date: 11/9/2016File Name: PU16168A

Test Pit Depth Lab Liquid Plasticity In situ In situ Dry Passing Max Dry Optimum Resistivity(TP) (feet) Number Limit Index Moisture, % Density, pcf No. 200,% Density, pcf Moisture, % (ohms-cm)TP-1 4.0-5.0 PUL16-0505 - - 11.6 91.4 - - - - - - -TP-2 4.0-5.0 PUL16-0506 NP NV 10.1 86.3 53 - - - - - -TP-3 3.0-3.5 PUL16-0507 - - 7.1 97.6 - - - - - - -TP-6 3.5-4.0 PUL16-0508 - - 7.6 89.4 - - - - - - -TP-7 4.0-4.5 PUL16-0509 - - 4.4 88.4 - - - - - - -TP-9 5.0-6.0 PUL16-0510 - - - - - 110.5 9.0 29.5 - - -

TP-11 3.5-4.0 PUL16-0511 - - 6.9 101.7 - - - - - - -TP-13 2.0-2.5 PUL16-0512 NP NV 8.4 92.4 16 - - - 288.1 8.1 3,920TP-14 2.0-2.5 PUL16-0513 - - 9.6 97.2 - - - - - - -

NP = Non-PlasticNV = No Value

Reviewed by: __________________________________

Silty Sand (SM)Silty Sand (SM)

(U.S.C.S. Classification)Silty Sand (SM)

CBR Soluble Sulfates (ppm)

pH

Silty Sand (SM)Silty Sand (SM)Silty Sand (SM)

Index Laboratory Test Results Summary

Description and remarks

Silty Sand (SM)

Sandy Silt (ML)

Silty Sand (SM)

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ASTM D6913

100 10 1 0.1SOIL GRAIN DIAMETER, millimeters

0

10

20

30

40

50

60

70

80

90

100

PE

RC

EN

T P

AS

SIN

G

100 99 99 97

89

83

53

4" 3" 2" 1 1/

2"

1" 3/4"

1/2"

3/8"

No.

4

No.

8N

o. 1

0

No.

16

No.

30

No.

40

No.

50

No.

80

No.

100

No.

200

Inches Screen Sizes

Reviewed by:

Cob

bles

Coarse Fine

Gravel Sand

FineCoarse

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0.0 0.1 0.2 0.3 0.4 0.5

Penetration, Inches

0

100

200

300

400

500

Load

PSI

PSI @ 0.1" - Penetration = 295

MOISTURE-DENSITY CURVE

Maximum Dry Density, pcf: 110.5Optimum Moisture Content, %: 9.0

CALIFORNIA BEARING RATIOASTM D 1883

Project: Project RainierClient: Fisher Construction GroupSample Identification: TP-9 @ 5.0-6.0 feet BGSSample Classification: Silty-Sand (SM)

Project Number: PU16168ALab Number: PUL16-0510Date Tested: 11/3/2016 By: TN

SOIL CONSTANTS

CBR = 29.5Fines Classification: MLTest Dry Density =101.9 pcfTest Specimen Remolded @ 9.0% MoistureRemold Percentage of Proctor = 92.2%Test Performed @ 21.1% Moisture (Top 1")Percent Swell = 1.5%Soak Time = 96 hrsSurcharge = 50 psf

Reviewed by:________________________

ASTM D-1557 Method A

4 6 8 10 12 14Percent Moisture

100

105

110

115

120

125

Dry

Den

sity

, pcf

Optimum/maximum

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ASTM D6913

100 10 1 0.1SOIL GRAIN DIAMETER, millimeters

0

10

20

30

40

50

60

70

80

90

100

PE

RC

EN

T P

AS

SIN

G

100 9893

73

61

16

4" 3" 2" 1 1/

2"

1" 3/4"

1/2"

3/8"

No.

4

No.

8N

o. 1

0

No.

16

No.

30

No.

40

No.

50

No.

80

No.

100

No.

200

Inches Screen Sizes

Reviewed by:

Cob

bles

Coarse Fine

Gravel Sand

FineCoarse

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CONSOLIDATION TEST RESULTSASTM D 2435 (Method A)

Reviewed By: _______________________

Rebound

Water added @ 2 ksf(No Collapse)

0.1 1 100.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 2 3 4 5 6 7 8 9

Load, ksf

10

9

8

7

6

5

4

3

2

1

0

Ver

tical

Stra

in, %

2.22.11.8 1.6

2.2

0.0

0.61.0

1.6

Project: Project RainierClient: Fisher Construction GroupFile Name: PU16168ALab Number: PUL16-0512Sample Identification: TP-13 @ 2.0-2.5 feet BGSSample Classification: Silty Sand (SM)Sample: In-Situ Tube (Condition: Good)Date Tested: 10/21/2016 By: AJRSample Dry Unit Weight: 92.4 pcfIn-Situ Moisture Content: 8.4%Atterberg Limits: Non-Plastic

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ATTACHMENT 2 Wallula Gap Wind Patterns Memo

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nderson¡nc.

-|gl.ElE. ruwrylæ'tulær

MEMOTo:

From:

Re:

Date:

Job/File No.

Cc:

Jim Kuntz and Paul Gerola, Port of Walla Wall t /Dana Kurtz, Anderson Perry & Associates, lnc :{-Wallula Gap Wind Patterns Analysis

April30,2015

385-297-02, BG 01.3

John Wells, PE, Anderson Perry & Associates, lnc.

Introduction

Prevailing wind patterns for the property known as the Wallula Gap Business Park were determined as

requested by the Port of Walla Walla. This property is located in Walla Walla County, Washington,

approximately 1 mile north of Wallula and approximately 0.6 mile east of the Boise Cascade paper mill

(see the attached vicinity map included as Figure 1).

Methodolory

Multiple weather station databases were searched to obtain localized weather information. The

following stations were found in the proximity of the Wallula Gap site and are identified on Figure 2

National Oceanic and Atmospheric Administration (NOAA) Station - NOAA's National Climatic Data

Center has the highest quality weather stations in the nation. The NOAA station closest to the Wallula Gap

site is located approximately 22 miles east of the site at the Whitman Mission, 46.0436 degrees

north and 1184628 degrees west ( ).

AgWeatherNet - Washington State University's (WSU) AgWeatherNet (http://weather.wsu.edu/)

has numerous long-term weather stations across the state. The following stations were located:

o Wallula Station - Located approximately 1.6 miles south of the Wallula Gap site at

46.07589 degrees north and Lt8.90746 degrees west'

o Finlev Station - Located approximately 7.9 miles northwest of the Wallula Gap site across

the Columbia River at 46.1395 degrees north and 119.05928 degrees west.

. Eby Station - Located approximately 8.5 miles southwest of the Wallula Gap site across the

Columbia River at 46.0667 degrees north and 7I9'O77L degrees west.

o Welland Station - Located approximately 11.6 miles northeast of the Wallula Gap site at

46.21737 degrees north and 1L8.73377 degrees west.

AgriMet - The AgriMet Cooperative Agricultural Weather Network is maintained by the

U.S. Department of the lnterior's Bureau of Reclamation. AgriMet's closest station to the Wallula Gap

site is the Legrow Station located approximately 7.6 miles north of the site at 46.20527 degrees

north and L18.93611 degrees west. ( )

m Watta Walla, Washington 99362 1214F.. Birch Street, P.O. Box 1687 l(509) 529-9260, Fax (509) 529-8102

¡ La Grande, Oregon 97850 I 1901N. Fir Street, P.O. Box 1107 l(541) 963-8309, Fax (541)963-5456

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Port of Walla Walla April 30, 2015 Page 2  

Weather Underground – This service aggregates all regional weather stations. The Walla Walla Regional Airport Station is located approximately 30 miles east of Wallula Gap at 46.09 degrees north and 118.29 degrees west. Personal weather stations were excluded from this analysis because of the variability of the data.  

 Of these stations, data was analyzed from the four AgWeatherNet stations. Welland Station was used in place of AgriMet's Legrow Station because the data was in the same format as the three other stations. Additional analysis could be completed for the Legrow Station if needed; however, these four stations appear to be sufficient for the preliminary characterization of wind patterns in the area.  

Results The results from each station are outlined below. Wind roses for the four stations were obtained from WSU's AgWeatherNet website. The wind rose for Wallula Gap Station is overlaid on Figure 3.  

WallulaStation 

The Wallula Station shows wind blowing predominantly from the southwest/south‐southwest direction approximately 40 percent of the time. Winds from this direction range in speed, with the most frequent speed being 14 to 20 miles per hour (mph). Approximately 20 percent of the time, wind blows from the east/east‐southeast at low speeds (0 to 4 mph). Seasonal or day/night variations could explain these patterns.  In relation to the Wallula Gap site, this pattern indicates that winds blowing from the east/east‐southeast would blow potential odors from the Boise Cascade paper mill directly away from the Wallula Gap site (toward the Columbia River) approximately 20 percent of the time. Winds from the southwest/ south‐southeast would blow potential odors inland to the northeast/east‐northeast, but because the bulk of the mill site is located north of the Wallula Gap site, most potential odors would miss the site.  

  

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Port of Walla Walla April 30, 2015 Page 3  

FinleyStation 

The Finley Station shows wind blowing predominantly from the west‐southwest/southwest/ south‐southwest direction approximately 45 percent of the time. Southwest is the dominant wind direction.  

 

EbyStation The Eby Station shows wind blowing predominantly from the west‐southwest/southwest direction approximately 44 percent of the time. Southwest is the dominant wind direction. This station shows a stronger north‐northwest component than either the Wallula or Finley Stations.  

  

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Port of Walla Walla April 30, 2015 Page 4  

WellandStation The Welland Station shows wind blowing predominantly from the west‐southwest/southwest/ south‐southwest direction slightly less than 40 percent of the time. Southwest is the dominant wind direction.  

 Conclusions

 When analyzed on an annual basis, averaging data from 2008 through 2014, the prevailing wind direction in the area appears to be southwest. Southwest is the dominant direction for each of the examined weather stations. Approximately 20 percent of the time, wind may blow inland from the Boise Cascade site toward the Wallula Gap site. During these times, typical wind speeds are lower than wind speeds when the wind blows from the southwest.   A day/night analysis and a seasonal variability analysis could be conducted to further clarify wind patterns in this area. These analyses would determine whether unfavorable wind directions occurred during the day or night, and whether they were defined by a particular season (i.e., summer stagnation periods or winter storms).   Figures Figure 1 – Vicinity Map Figure 2 – Weather Station Map Figure 3 – Wind Rose Map 

  DK:ems  

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VICINITY MAP

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0 10 205 Miles

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PROPOSED SITE

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EXHIBIT C

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EXHIBITperryandersonassociates&

(509) 529-9260www.andersonperry.com MAY 2017

PAGE 1 OF 2

May 24, 2017

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EXHIBITperryandersonassociates&

(509) 529-9260www.andersonperry.com MAY 2017

PAGE 2 OF 2

May 24, 2017

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EXHIBIT D

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