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1722 100TH ST SW 2025-11-07
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1722 100TH ST SW 2025-11-07
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Last modified
11/7/2025 11:48:44 AM
Creation date
11/7/2025 10:48:25 AM
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Address Document
Street Name
100TH ST SW
Street Number
1722
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EXISTING SITE CONDITIONS <br /> The project site is located approximately 290 ft east of Dakota Way on 100th Street Southwest in <br /> Everett, Washington, within City of Everett limits (Parcel #'s: 00552400602500 & <br /> 00552400602600). The project site is approximately 0.44 acres. Existing ground slopes range <br /> from 2 to 8 percent(Figure 1:Existing Site Plan). The topography slopes towards the south. There <br /> are no existing buildings on site. Swamp Creek passes through the southern portion of the property <br /> via an existing enclosed pipe. The parcel is covered in lawn(Figure 2: Site Photographs). <br /> National Resources Conservation Service (MRCS) Soil Map (Refer to Section IV, USDA NRCS <br /> Soil Map and Description) indicates on-site soils consistent with Alderwood materials. <br /> Alderwood-Urban soils are a gravelly ashy sandy loam material that was derived from basal till <br /> and is commonly found on till plains. Alderwood-Urban soils are moderately well drained material <br /> with a hydrologic soil group`B";However, SMMWW Table III-2.4 classifies Alderwood soils as <br /> group"C." <br /> Mac Engineering dug Test Pits (TP) in the northern portion of the site (Refer to Section IV: Mac <br /> Engineering Soil Log). On-site soils were found to be consistent with Alderwood soils. Mottling <br /> was found at approximately 22 inches below the ground surface in TP-1 indicating the seasonal <br /> presence of groundwater, and hardpan was encountered at a depth of approximately 23 inches in <br /> TP-2. A topsoil sample was collected and sent to Northwest Agricultural Consultants to determine <br /> the organic content(9.56%)and cat-ion exchange capacity(20.0 meq/l 00g). Based on test results, <br /> existing topsoil meets requirements from SMMWW Volume V, Chapter 11, BMP T5.13; <br /> therefore, topsoil will be stock piled for final stabilization (Refer to Section IV: Northwest <br /> Agricultural Report). <br /> Based on on-site field observations, stormwater runoff sheet flows to the south through existing <br /> lawn and infiltrates into the ground, thus recharging the water table. There are no erosion issues <br /> present within the project site area. <br /> DEVELOPED SITE CONDITIONS <br /> The proposed project consists of construction of two SFRs with driveways and parking areas. <br /> Stormwater drainage analysis and flow controls, used to achieve best management practices <br /> (BMPs), designed for this proposed development will comply with the requirements set by the <br /> Everett Municipal Code and SMMWW. <br /> The proposed two SFRs (3,420 sf w/overhang) are classified as non-pollution generating <br /> impervious surfaces (NPGIS). The proposed SFRs will be located in the northern portion of the <br /> property (Figure 4: Developed Site Plan). Stormwater runoff will collect in gutters and utilize <br /> downspouts with splashblocks. The proposed SFRs will have a minimum of 3 downspouts each <br /> per SMMWW Volume V, Chapter 4,BMP T5.IOB Design Criteria for Splashblocks. Stormwater <br /> runoff will have a minimum 50 ft flowpath from the discharge point to the nearest downstream <br /> property line, in accordance with BMP T5.1OB. <br />
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