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Home My WebLink AboutPermit File BLD-2018-0280 1604 Latitude Circle (8) Y 7 CERTIFICATE OF OCCUPANCY This is to certify that the below listed building or structure has been inspected and occupancy is hereby authorized: Description: New Single Family Residence Location: 1604 Latitude Cir. Owner: 48 North Anacortes LLC Constructed by: landed Gentry Development INC Building Permit#: BLD-2018-0280 Date issued: 05/30/2018 Use Zone: R2 Dated: January 9th 2020 Authorizing Official: •NNI zr1,4-Ply gi" „filet 1ATASH I TON STATE UN R\ITY ku„v *AI N*0 - S .. S XTNOt4L NERY TGiAM U pp o r t • Residential Building Air Leakage Test (Blower Door Test) Results Permit#: 1\1 Lt Co'LL 4q - f „ House address or lot number: fr\ City: ritir,A fc,c),r- -ea Zip; Cond. Floor Area (ft2): Age of house: 3 ita Source (circle one): Plans Estimated (Measured NI Results shall be reported as Air Changes per Hour at 50 Pascals (ACH50) and shall be calculated as follows: ACH50 = (CFM50 x 60)/ Volume Where: CFMSO = slower door fan flow at 50 Pascal pressure difference Volume = Conditioned Floor Area of the housing unit x ceiling height Blower Door Test Result: ACH50 S (0.(-A CFM@5OPa Ring (circle one if applicable): Open A Blower Door Fan Location: C-4k13-04 Weather Conditions: I certify that these blower door results are accurate and determined using standard industry protocol. Company Name: tit s44, c..0 Technician: 0 SC.t Technician Signature. tzttv- 0011213 ate: 112.4 Lc) Phone Number: 2015 Washington State Energy Code reference: R402.4.1.2 Testing. The building or dwelling unit shall be tested and verified as having an air leakage rate of not exceeding 5 air changes per hour. Testing shall be conducted with a blower door at a pressure of 0.2 inches w.g. (50 Pascals). Where required by the code official, testing shall be conducted by an approved third party. A written report of the results of the test shall be siened by the party conducting the test and provided to the code official. Testing shall be performed at any time after creation of all penetrations of the building thermal envelope. Once visual inspection has confirmed sealing (see Table R402.4.1.1 ), operable windows and doors manufactured by small business shall be permitted to be sealed off at the frame prior to the test. INSTALLED INSULATION CERTIFICATE mi P.O Box 2921 -4111111114111. ‘41/411111111 Illi Office: (360) 424-5179 Mt. Vernon WA Fax: (360) 428-5081 um IF El MASTER IN lLATIOW a_ SERVICES ACC We certify that the following residence has been insulated with the following materials: Flat Attic blow VALUE R-49 Flat Ceiling Batts VALUE R-49 Slope Ceiling Batts VALUE R-38 Exterior Walls VALUE R-21 Crawl Space VALUE R-38 Address: 1604 Latitude Circle, Anacortes WA Certify by : Se e- ,Cr"'i L_o-za-ie.D- Date Installed October 2019 Title Manager Laboratory: 503 Gardner Rd. • 360 757-6112 I. P.O. Box 317 votbiacksoilicstcr@ginaii.com Burlington, and C Washington 98233 MAILLIARDS LANDING NURSERY 12/30/19 3068 N. OAK HARBOR RD. OAK HARBOR, WA 98277 INVOICE#: 9688 Field acres: Location (name) Irrigation & Type RAIN GARDEN Crop to be: Previous Crop Present Conditions Any fertilizer, lime or manure used lately, if so,when and how much: Topography: Level Depressions Rolling Sloping Deep Drainage: Good Fair Poor Sub-soiled Tiled interpretation: PPM=parts per million, Lbs/A=pounds per acre 20 cm (7.S7" deep). A dash (-)indicates no result or very insignificant amount Test Active Test(A) Reserve Test(R) (available) (not readily available) PPM LBS/A PPM LBS/A Comments Soil (pH) 6.36 PH FAIRLY GOOD Calcium (Ca) 98 1048.6- CALCIUM GOOD Ammonium (NH4) 21.5178.45W HIGH AT PRESENT Nitrate(NO3) rTr 0. DEFICIENT AT PRESENT Total Nitrogen (N) 178.45 TOTAL NITROGEN VERY GOOD Phosphorus(P205) 5.4 132.84 110 27061 EXCELLENT Potassium(K20) 76.8 990.72 II VERY HIGH POTASSIUM Magnesium (Mg) 48.6 520.02 EXCELLENT Manganese(Mn) 0.25 2.675 18.9 202.23 EXCELLENT Iron (Fe) 0.19 2.033 47.2 505.04 VERY GOOD TOTAL IRON Aluminum (Al) 0 0 NONE WANTED Sulfates (SO4) 0 0 OK -Carbonates PO3) , - NEG.Ca CO3 Chlorides(Cl) 14,2 151.94 OK Electroconductivity 1.22 MILLIMHOS/CM VERY GOOD Organic Matter(%) 40% COMPOSTED PLANT AND WOOD FIBER Topsoil (inches) Type: 60% SAND Subsoil (type) Soil Structure 1 This report is based on modern scientific quantitative analytical methods, arid a scientific knowledge of crop plant nutrient requirements.There are,however, too many factors involved which can effect crop results,which makes it impossible to guarantee specific results, either expressed or implied, and we cannot assume any responsibility other than to give certain soil management instuctions and to perform inspection and/or analysis in good faith and according to the rules of science Ammimmmi• —••- 1—'1----.11.6—..... .milmm. ....a+ ir voN A ---ii ---'w N.r IM)urEtto ry: 503 Gardner Rd_ 360 7.57-6i 12 \-.....„11' . P_O. Elm 31'7 &Mal: Burlington, ,.k. 1 ei:L44-fees i i.. astd 67467:44‘14,04-.4 e'g? vetitacksciiitus(cr@g-maii.CUM 1; rl 1 9E233 MAILLIAR.DS LANDING NURSERY 12/3011 9 .s. 3068 N. OAK HARBOR 'RD. OAK:HARBOR, WA '98277 :INVOICE #: 96:88 8 Field.acres: Location (nartz0 Irrigaticin & Type PLANTING MIX • Crop to be: Previous Crop .Present CondAions _ GENEPAL LANDSCAPE .PLANTING Any fertilizer, lime for.manure used lately, if so,when and how much: Topography.. .1.,4-..vi Dem.:maims lidllipg Sipping. =Deep Drainage: Goad Fair Pair StibaciiIati Tiled interpretation:: :PP M = parts per million, LbsiA .--; pounds per acre 2D cm (T.47" deep). A desti (-1 indicates rto resit.or if e ry insimificant amount. (- Test Active Test {A) Reserve Test :(R) (available) (rlotreadlily.avaiiabie) ',PPM :I LBS/A PPM LBSIA i COrn M enis : o.il pii, B.I1 i ! PH FAIR ______ _ \ , Calcium (Ca) .78. 834.6 CALCIUM FAIR .). t , Ammonium (NH4) 34.51 2:86_35i , HIGH AT PRESENT Nitrate 11403) 3.71 8-881 ,. VERY LOW Total Nitrogen (N) ' i :295.231 1 TOTAL NITROGEN HIGH ' .Phosphorus (P2O5) :: 7,4 1:82,047 141. 3468.6- VERY GOOD AVAILABLE Potassium (K20) 7.2 928.8' VERY HIGH POTASSIUM , , Magnesium (Mg) , 61 .7' 660.19' EXCELLENT Manganese (Mn) 0.3 321 1:6:9: 180.83, VERY GOOD ron (Fe) . 0.7 7.49 77..a :830.321 EXCELLENT TOTAL IRON : Alum (Al) - 0 0 NONE WANTED 1 Sulfates (SO4) 0 0 OK Carbonates (CO3) , - .NEG..Ca CO3 .IChlorides (CI) 17.4 186.18 SLIGHTLY ON THE ifiiGH SIDE OF 1 OPTIMUM) 1 laeptroconolurtivity 1 .81 MILLEN/HOS/CM OK . Organic Matter ( 0) 70% .COMPOSTFD PLANT AND WOOD FIBER •:Topsoil.(inches) . 'Type: 30% SAND SE:it:moil.(type) 1Soil Structure This report i'S based.on modern scientific-qUantitafive ariaiOcal methods,and,a-scientific knowledge of crop plant nutrient •requirements. There we, however, too M8ny factors involved which can effect crop resutts, which makes it imposible to guarantee specific results, either expressed or imphed, and we cannot assume any msporisibility ether than to give zertain soli management instuttions and to perform inspection and/or analysis in.good faith and according to the rules of science Lappratory: 4 P0 Box 317 503 Gardner Rd. t 360 7-57-61 t 2. , Burlington‘ 1 C • wiblacksoiltesler@gmaiLcum Washmgior 98233 _ MAILLIARDS LANDING NURSERY 12/30/19 3O6 N. OAK HARBOR RD. OAK HARBOR, WA 98277 INVOICE #: 9688 A Fed acres: Location (name) Irrigation & Type LAWN SOIL Crop to be: Previous Crop Present Conditions Any fertilizer, lime or manure used lately, if so, when and how much: Topography: Level Depressions Rotting Sipping Deep Drainage: Good Fair Poor Subsoiied Tiled Interpretation; PPM = parts per million, Lbs/A = pounds per acre 20 cm (7.Zr deep). A dash ( ) indicates no result or very insignificant amount. Test Active Test (A) Reserve Test (R) (available) (not readily available) PPM Ll3S/A PPM *LBSIA Comments Soil (pH) 6.31 PH FAIRLY GOOD Calcium (Ca) 92 984.4 1 CALCIUM FAIR Ammonium (NH4) 4.25 35.2751 OK GOOD INitrate (NO3) 7 16.8 LOW NITRATE Total Nitrogen (N) 52.075 TOTAL NITROGEN IS LOW Phosphorus (P205) 0.57 14.022. 74.8 1840.1 VERY LOW AVAILABLE .Potassium (K2C) 38.6 497.94 VERY GOOD POTASSIUM Magnesium (Mg) 54.8 586.36 EXCELLENT Manganese (Mn) . 0.42 4.494' 26.1 279.27 EXCELLENT iron (Fe) 0.9 9m 89.6 958.72 EXCELLENT TOTAL IRON Aluminum (Al) 0 0 NONE WANTED Sulfates (SO4) 0 0 OK Carbonates (CO3) NEG.Ca CO3 Chlorides (Cl) 11 .5 123.05 OK GOOD (LOW_TOTAL) E.lectroconductivity 1 0.82 MILLIMHOS/CM GOOD Organic Matter CA) 30% COMPOSTED PLANT AND WOOD FIBER Topsoil (inches) Type: 35% SAND, 35% NATURE SOIL . . Subsoil (type) Soil Structure This report is based on modern scientific quantitative analytical methods, and a scientific knowledge of crop plant nutrient requirements. There are, however, too many factors involved which can effect crop results, which makes it impossible to guarantee specific results, either expressed or implied, and we cannot assume any responsibility other than to give certain soil management instuctions and to perform inspection and/or analysis in good faith and according to the rules of scienc€ I Laboratory= C) 503 Gardne Rd. 360 757-6112 a P.O. Box 317 wrolacksoiltcsicreoginaitcorn (41! Budinglon, Tediti4 el'APteiati44449- washingion 98233 MALLARDS LANDING NURSERY 12/30/19 3068 N. OAK HARBOR RD. OAK HARBOR, WA 98277 INVOICE # 9688 B Field acres: Location (name) Irrigation & Type PLANTING MIX Crop to be: Previous Crop Present Conditions GENERAL LANDSCAPE PLANTING Any fertilizer,lime or manure used lately, if so, when and how much: Topography: Level Depressions Rolling Stopinci beep Drainage: Good Fair Poor Subsolled Tiled Interpretation.: .PPM parts per million, LbsiA = pounds per acre 20 cm (7,117" deep), A dash H indicates no result or very insignificant amount. Test Active Test (A) Reserve Test (R) (available) (not readily.available) PPM LBS/A ]PP ih LBS/A Comments Soil (pH) 6.11 PH FAIR CalciLirli (Ca) 78 834.6' CALCIUM FAIR Ammonium (NH4) 34.5. 286.35 r HIGH AT PRESENT Nitrate (NO3) 3.7 8.88 VERY LOW Total Nitrogen (N) 295.23 TOTAL NITROGEN IGH Phosphorus (P205) 7.4 182.04 141 3468.6 VERY GOOD AVAILABLE Potassium (K2O} 72 ' 928.8 VERY HIGH POTASSIUM Magnesium (Mg) . 61Ir 660.19t- EXCELLENT Manganese (Mn) 0.3 3.21 16.9 180.83 VERY GOOD iron (Fe) 0.7 7.49 77.6 830.32 EXCELLENT TOTAL IRON Aluminum (Al) a 0 NONE WANTED sulfates (SO4) 0. 0 OK Carbonates (CO3) NEG.Ca t03 rChlorides (CO 17.4 186,18 (SL)GHTLY ON THE HIGH SIDE OF Electroconductivity 1 .81 MILLIMHOS/CM OK Organic Matter (%) -- - 70% COMPOSTED PLANT AND WOOD FIBER Topsoil (inches) Type: 30% SAND Subsoil (type) Soil Structure This report is based on modern scientific quantitative analytical methods, and a scientific knowledge of crop plant nutrient requirements. There are, however, too many factors involved which can effect crop results, which makes it impossible to guarantee specific results, either expressed or implied, and we cannot assume any responsibility other than to give certain soil management instuctions and to perform inspection andfor analysis in good faith and according to the rules of science