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4511 RIVERFRONT BLVD 2018-12-26
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4511 RIVERFRONT BLVD 2018-12-26
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12/26/2018 2:50:58 PM
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12/26/2018 2:50:51 PM
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Address Document
Street Name
RIVERFRONT BLVD
Street Number
4511
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4 DE51GNz I Snpilferly81RE ' <br /> of 4 <br /> Project Name: Everett River Front-Simpson Report: 081 <br /> GeoDesign#: Polygon-127-03 Date: 11/9/2017 <br /> Reports with Unresolved Nonconformance Issues: Permit: <br /> PW1505-005 <br /> "r 4,f� .A442 s 1 tA; ,�:. _:.,:° n — ,. Made '.�R " .,.:. .. .,r., au,.,.v,,.r'?,.. .yak ,.w . ....4�... ... ..,._ �„ <br /> n�. eaailC A1,.0"t �;u >Tt,..:¢+.:.'m... <br /> Nick Abdelnour(Polygon) Randy Allen(City of Everett) Weather: Cloudy, 50's <br /> Ron Bowen(Polygon) Eddy Stevens(Polygon) Arrival/Departure: 0900/0915 <br /> Distribution: _�__.__ i _ ,.--.-.A.—a.,. .._ —. <br /> Doug Ross(Polygon) Kirk Keck(City of Everett) 1515/1600 <br /> Paul McKee(City of Everett) Dave Foster(City of Everett) Prepared By: Ben Weinberg, EIT <br /> Attachments: ® Site Plan(s) 0 Density Test Summary Signature: %-• ` <br /> Li Installation Records 0 Other Reviewed By: 7 . <br /> PURPOSE of VISIT: GeoDesign representative, Ben Weinberg,was on-site part time at the request of Craig with DDS to <br /> observe foundation subgrade for Lots 227, 228,229, and 277. <br /> SUMMARY OF OBSERVATIONS: <br /> Now that we have entered the wet season, it is more likely that surficially loose and saturated soil(i.e. mud and <br /> muck)will develop in areas where exposed soil gets wet.We recommend that excavations be graded to drain water <br /> away from the foundation and crawl space areas.We also recommend that excavation of the foundation areas be <br /> sequenced to minimize exposure to wet weather and disturbance from construction activities.If this sequencing Is <br /> not feasible,then a thin layer of clean crushed rock can be placed over the exposed soil to protect the exposed <br /> soil during wet weather construction activities. Foundation subgrade evaluations should be scheduled Just prior to <br /> construction of concrete forms to avoid the deterioration of the foundation subgrade after our evaluation. Before <br /> footings are poured,we recommend that any mud that has developed in footing areas be scraped off and removed. <br /> We recommend that we be contacted to re-evaluate footing subgrade if significant deterioration has occurred <br /> since our prey us visit. <br /> LOT 227: <br /> esign noted that the foundation excavation subcontractor had completed excavation of the footing and crawl <br /> space area for Lot 227. GeoDesign noted that exposed foundation subgrade consisted of a gray-brown silty SAND (f-m) <br /> with gravel (f-c)which could generally be probed less than 2 inches using a 1/2 inch diameter soil probe. Relative <br /> compaction of the exposed foundation subgrade was tested using a Troxler Moisture-Density Gauge; in-place density tests <br /> indicated that the exposed soil had been compacted to greater than 95%of its maximum dry density as determined by a <br /> Modified Proctor analysis. <br /> It is the opinion of GeoDesign that the exposed foundation subgrade is currently suitable for support of the intended <br /> structure. GeoDesign recommends that any surficially loose and saturated material that may build up beneath the <br /> foundation be removed prior to the placement of concrete. <br /> LOT 228: <br /> Today, GeoDesign noted that the foundation excavation subcontractor had completed excavation of the footing and crawl <br /> space area for Lot 228. GeoDesign noted that exposed foundation subgrade consisted of a gray-brown silty SAND(f-m) <br /> with gravel(f-c)which could generally be probed less than 2 inches using a 1/2 inch diameter soil probe. GeoDesign noted <br /> the footing and crawl space excavation was covered in approximately 1-2 inches of surficially loose and saturated material <br /> that appeared to be associated with foot traffic across the lot area. Relative compaction of the exposed foundation subgrade <br /> was tested using a Troxler Moisture-Density Gauge; in-place density tests indicated that the exposed soil had been <br /> compacted to greater than 95%of its maximum dry density as determined by a Modified Proctor analysis. <br /> It is the opinion of GeoDesign that the soil underlying the footing areas is suitable for support of the intended structure with <br /> the exception of the previously mentioned surficially loose and saturated soil. GeoDesign recommends that any loose soil <br /> beneath footing areas be removed prior to the placement of concrete. <br /> This report presents opinions formed as a result of our observation of activities relating to geotechnical engineering or environmental services.We rely on the contractor to comply with the plans and <br /> specifications throughout the duration of the project Irrespective of the presence of our representative.Our work does not include supervision or direction of the contractor,the contractor's employees <br /> or agents. Our firm is not responsible for site safety.This field report is a DRAFT representation of our field observations,testing,and preliminary recommendations.The report can only be considered <br /> final upon review of the GeoDesign project manager,as indicated by initials in the"Reviewed By"section. <br /> 10700 Meridian Avenue North,Suite 402 I Seattle,WA 98133 I 206.838.9900 <br /> 2502 Jefferson Avenue I Tacoma,WA 98402 I 253.203.0095 <br />
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