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HomeMy WebLinkAbout1986-08-27 Septic System Design Reportk F- S-P TESTING, INC. 951 KATYDID LANE ST. MICHAtU MN 55376 497-3566 STEVE SHIRMERS August 27, 1986 Betz Builders Lot 8, Block 1 French Creek Oronor Henn Co.» Mn. This system is designed for a Type 1, five bedroom home and in accordance with the Minnesota Pollution Control Agency standards WPC 40 and local ordinances. The soils on this site are typical of SCS soils mapped - AnB - Anoka loamy fine sand. A seasonally high water table was located at 88” in boring 18, (mottling). The bottom of each trench must be located at least 3' above the seasonally high water table. The soils at a depth of 30” have a percolation rate averaging 9.6 min/inch and are adequate for a standard treatment system. A pumping chamber will need to be installed to lift the effluent to the treatment area. The power supply and switces must be located outside the manhole and pump­ ing chamber in a weather proof enclosure. A warning device must be in­ stalled with a light and sound device, this is in case of a pump failure. (Mercury floats are a good method). Test holes # 1 & 6 are from the previous test completed in the spring of 1984. All neighboring wells are located more than 100* away from the proposed treatment area. Keep all heavy equipment off of the proposed treatment area before and after construction as much as possible. The treatment area should be marked off before construction. With proper installation and maintenance, this system should have no prob­ lem in treating septic effluent effectively. It is recommended that the septic tanks be pumped every 2 years. /S.CA- Soil ond Percolation Tetfa Septic Syatem Detign Steven B. Schirmers SBS/ds A i yP 1 VI'’ a-^ 2 , • > rr .?! ff -67 \j> 1 <1 l»* y q v>o ovn j<r «^«* tf-o- I • • I -jrJr* A i « I Vv-V-V- a ill • s*?U iij IJ!vl-O ‘* Vt o''i<-• ,S?/ ' o / . / TT <- 3 o)'. 1 ^5 Q. v:?'Sj lA^c o-O-O ol ? ^ rJ H I L -T J -5*«i ,Cfri ■ 1 I’CT'Sv^. Viw.or ■'■1 t- /I *'•4 / \ *., V ip.fi Sirf*- tLl J)iOP \j >> ^-5 j 2 lU u U. V. C.^ Vo j d 7 2 '4!l IL 5 o IVA ,Lo» 8 f \im<0 jpvScffVlm 0 5^/ s ? 75IE•?s <0S(/)s oOn»cl ■5a, '^3 IP !ll|li '^is • h • ^ / /V o//- »!• /?»--- -/ L ■.,.1 I O'wa 7 (J 4)3*c!*V :3- V2 9 :|a«ii, \v S VQB V*«> •‘i'o a-1 0cVcco-rsS'J ri I CVO' .1' n co 5 <■?d V00Y-'Hu'y m. ■£ \ r -T M ! I ‘t I v:c I)'aii hiL.■J C 0•j’(fi V,1o•1 l^b.■V (C'-.;i IutaH9 a•-J *- I0cs:i ». I. !.- • H r! H vl.fi£L‘ ui L J ui tJ liJs— — — r- uirc — cvj t« J vi- ^ Is15&ol--r—I t/» O f u{5CD £ i V t ^B!|„=JTOU! 1 -.fe_S .Q W .V» V*5!^s j. ^.•t|^!.c ui E Tj_'S21':—-c H-1s oe &1^.ii o ll'•rr-i • • i 8 S (n LliBV*«•*i Xolill-J;--.Cl■S’?!V se 52 >••<1 &V.>i e O -A-.a;oasj-j I -rr"!oi?i-.iiSII>'MUB II? iiiii laiJSili^ ^11sIo t Lg,iiif!?«S cM J J a :j>PIII3- / sWm :i ,•2 i2J.X•g :ijSin|2 dsVi03aI I-£ iij 5.in 0^Ui .d ? ">1 f c^‘» J 11=1 V 'i •a 4 *b I XI «s: C f. £ •d £.g £ * II -S-£ If I'ifii M •I- qI1/c.. s C c §vJ lO 3 ': V M ft V. '' £■'C#>10 tItfcd ••• V >i:!Si-<L\J »lE. 1 <0 ^ ^ V s nI ^ II4.$ i if '. t•) "‘■^1 I 'K «€.i.|5 I 5 - 1^1 .^1£ i 1 g1 £=:; O' I "^ S ol I ?1 y a ■* c* ■' ? - S 1^1 - II S 2 “ 1 5 - f 8 f :i •a g?|V I iS’r I' ..• Is I § ss I'! 5 lii s UJ isfn SIP iuiiiiil 1 I's III if '“' • "*^51 § 11 'm-JI s 1111 i 7 lStUlLm2i3m2S£iSSL LocAtimi or Fiojeet S‘Ac \ ^ SVocN: \ L-13 loriflgs aadc by S»P<vc> S\g.oe<-\ ^cU\S ItetA ClMsificAtlOB SyatMi: AASIIO_____; USBA-SCS_____; Unified / ; other . AttiMr «Md (check wo): Hand or Power_; Fllkht_, or Bucket other Depth, In feet Boring nuiber I Surface elevation ^OPV)*\ Oteck Uac *<. i^covA^-N Vc>o.tv^_L. _______ ____ ferocors Cj.\oc»^ Vocvvs->s _____ _____M'- \'»i* fevOwJl-N ““ OV*^;C-. Vour\-> OV»viC ^i.O»*NcVji^ 10 — ny- <*»o" ^ <• *nA»^ \oc« o-> 6>Coco<-n Vocv.€v>\:^ Scv<-><k» .r<0". 3'fc"- H'/a'__ f OoOi-N O'Ac cV.'vi.tv'N Bad of borins et Cp'Ia. feet. Standing water table: Present at_ _ _ _feet of depth. hours after borlnp. Not preoent In boring hole / Mottled soil: Observed at feet of depth. Not present In boring hole ifa Depth, in feet 0 Boring nuAer Surface elevation 5 — 10 — VopsdvV Oc>>C'< C)COvOi-N Scv«xViOi^ Voc»<N-x ■> ■ ■■ ■ ■ ■!'■ 9jCO'j^r\ Scvv^cVj>^ e>“- v'b- ?>roo>>r^ Cocvcsc. So.<\ CVcS-»A \ VoCvfV->^-‘A ?:Of>sC ^Cil<vcL« >C _____________p-i5_ ___________ ?jC0'>0'*^ |‘N->C A.'Uk.yN->^ co|'Trevtcs Vocv.s.^ ___ _____r>x<MA\rNC> _ oiwT^fO'O.^ ^ e Bnd of boring at 4» feet. Standing water table: Present at _ _feet of depth. _ _ _ _ _ hours after boring. Not <>.resent In boring hole ^ Mottled sollr Observed at feet of depth. Wot present In boring hole 0 A' . I I > t k-- L-13 / Location or Ftojoct S;4 t V ^ P^Vt>v V-. i •v X lor into oodt ^ R.^cWvf i^gf s Data (o- r Claooiflcation Syaton: AAW_ _ _; USDA-SCS_ _; Unifiod f t other . Aupnr nood (checK two): Hand or Power_; Flight_• or Bucket other Dopth. in feat ‘ t Boring nuifrer 5 Surface elevation W. B c o CA ♦.* \ XV -£?.f tve^av^'-'i a.”/ Vo<> .'-v- O^OVOrN \OU.W% ^CocOSc>r\cL > OV.J4L. ^fOwV^ C-Vcwk^ / \ouv%'>k ■• OV» 4 ^ ^ Ito vOi'N S*V Voc». li.' uwoiN-xe A.. iiA.*x-x 'Lu.* -sd^ G'- / I 10 — End of boring at CgM;^. feet. Standing water table: Present at_ _ _ _feet of depth» _ _ _ _ _ hours after boring. Not pressnt In boring hole . Ifottled soil: Observed at feet of depth. Not present in boring hole Depth, in feet n Boring nuidier C=> Surface elevation 5 -- 10 — C^C^CK ?if Owarx S.o>rvcV*^ Vv>t^<N >. _____________Q'’k:____ ____ ooa___,wi‘- CAouu^ ^Co«^rN VoCk*>xv^ OV%4t. ^roxM«'N cXcpuk.^ Vo«.<x>.>v vu’ 2jCov^^ rvseAJ»gxx>.>. >?riKCt.S e\o^ B'/ii’- V»‘i" ^C.o»f\ Caa*-CU* V \«x<. S^k.xk. End of boring at U'U feet. Standing water table: Present at ____feet of depth, ^ hours after boring. Not present In boring hole . Mottled soil? Observed at feet of depth. Met present in boring hole _ _ _ . m e fi. y j 5 i r l: I r Location Borings nod JJorlnjs ode \ PforvcW Ccgr\C I 1-13 or Project I r C^<\CVv O Mde by ^-P^C^AliOA ClnssiflentIon SyotOb: AAST^? : USPA-SC8 v/^; OnifUd .—polo 3-6>^ ; other /' Attfwr usod (chock too): Hand or Pooor_; Flight_, or Bucket other Bngth in feet 0 Boring nuober 1 Surface eleyation SCp^Cq a — 2 — 3 — 4 — % I 5 — • — • — f— 10 — VOCUVJ^ ^(OcOrN VoCvocva^^CuncL.^ _________________________ ^(OcC^rs tX\l ^va.<iV\^<xr\<L End of boring at & feet. Standing water table: Present at_ _ _ _feet of depth. _ _ _ _ _ hours after boring. Mot present in boring hole . Mottled soil; Observed at feet of depth. . Not present in boring hole S . Depth. In feet 0 Boring nunber £l Surface elevation ^*7*0 5 — 10 — 'ToOSCkV OuC'C _ .3-iK_ _ _ _ _ _ _ _ _ _ End of boring at ft feet. Standing water table: Present at _ _ _ feet of depth. hours after boring. Not present In boring hole _. Mottled soil; Observed at feet of depth. Not present in boring bole _ \ % V ‘•»1 * •• i-* I r ■•. 6 . f' f t' tejsrr-r • ^Borlngi L-13 iMatiott or Ffojoct \cA:^^ C-^^0c» * lorioto mUc - - -Uf ,. . .^3:£ Clootif loot too SystMS AASnD_ _ _; USDA-SCS y/^_\ Unified_ _ _; other . as:*1 iUiiMV need (chock too) i Hand \/[ or Voirer ; Flight___• or Bucket other Uagth. in feat 0 Borlnii nuaher a Surface oleuetlon A a — a — 3 — 4 — I 5 — 4 — 7 — • — f — 10 — ^opSo%\ OcccVl VoOu^r^^^ ^Ow<vdL^ _ _ _DM's:_ _ _ _ ^COu^rs \o<Xv^Ax\.^C^r\A^ .vvv^ H 6>(Or\<^\^x.x>A^<XrJL rs»‘-a' End of boring at ^ feet. Standing water tablet Freaent at______font of depth* houra after boring. Hot present In boring hole J . Mottled aoll! Observed at feet of depth. ^ Hot present in boring hole v . Depth* In feet 0 Boring nuaber \o Surface elevation 10 — 5 Wsc^oAs olic A] {Nrvo\lOs.\(OCjk»vk^^ urvC-Sc*<A End of boring at ^_ feet. Standing water table: Present at _ _ _ feet of depth* _ _ _ _ _ _ hours after boring. Not present In boring hole . Mottled soil; Observed at Not present In boring tiole feet of depth. y. .:5 s 1 L-14 mCOLATimi TEST DATA SlfECT t TMt hols locotion S‘*i<L V ^ \ Dots toot holo mo oroporod itor of holo» 4? liiehoo. Holo nuhbor V • Dopth of holo hottoo. fnchos. D Soil doto froa toot holo: Dopth, Inehoo SL:±VodS^vV Oc c Soil toxturo \0Cv<v->w Nothod of orv^itchlno oldomll r Dopth of poo-oltod grovol In bottoa of hole, Doto ond hour of Inltlol mtor filling Dopth of Initial mtor filling. r3L Inchos. (o Cg- BM S • OOp.<v\. Inches obovo holo bottoo. Mothod uood to aolntoln ot looot 12 Inehoo of voter depth In hole for ot least A hours Forcolotion toot roodlngs nodo by SVcvagi^ e^.ScW.f i»r/s: on wotor dopth sbovo holo Svgv:^i storting ot a:3ft . hsxIouo (doto) during toot,_ _ _^_ _ _Inehos. -p.o. Tloo Tlao Intorvol, Mlnutoo Hoosuroosnt’, Inehoo Drop In votor lovol, Inehoo Poreolotion roto, mlnutoo per Ineh Eernrhs ^S\ (o \o.^\ (c. L. •5'=/6 VO.‘=\ U.l PtreeUtlon rat* ■iLi .A i 0 alnuteo per Inch. aif 1^ "t f 1. I h- f <1 L-14 rniCC«ATIOIt TEST l>ATA SHBET VmC hoia locatlott S‘Ac \ jS\ocVl 1 Bata taat hola «aa araaarad > &M Olaaatar of bola, (g Incheo. Hola auribar Cc* Dapth of hola hottoa. va. Inchaa. Soil data froa taat hola: Bapth* inchaa C-WL- Soil taxtura c\c»*v Vou Mitliod of acratchina aidaaall V>.<vXg- inches.Bapth of paa-aiiad graval in bottoa of hole, _ _ _ Bata and hour of initial vatar filling_ _ _ Bapth of initUl vatar filling. inches above hole bottoa. Method uaad to aaintain at least 12 inchaa of vater depth in hole for at least 4 hours_ FarcoUtion test readings node by . Sic ocrv S.SLWc«v>cf ^ on —^i^t^ atartl^ at ^♦SS • Maxlaua water depth above hole during teat._ _ _inches. Tiae Tiae Interval. Minutes Neasurensnt. incheo i'i Drop in vater level, inches Percolation rate. alnutas per Inch Reaarka # ;^o *^•.50 6 \0.i(o Ja 'VMe L Hu is.b Ht(e ^2^ Parcolaticm rata «alnutas per inch. .0 •L-U FEKCOLATION TEST DATA SHEET V TDtC bola locationrvf A r^rv <NfVvrnunbr T DftC« t«tt hoU VM pr#»T#d^ ^ "3 ■ Depth of holo bottoa» 30 inchoo. i Dlaaetor of hoTe, (O inchos. Soil data froa tost hols: Depth, inches D-ta* Soil texture Vo^)SfcftV IV iSrv <na.i.\ ^acv/I • Nithod of eeratehinE eideifall 1 Depth of pca-aAsod gravel in boctoa of hole. inches* Date and hour of initial water filling_ _ _ _ Depth of initial weter filling, inches above hole botton. Method uaod to naintain at loget 12 inches of water depth in hole for at leant 4 hours CjL>AXjc^cv\fAi^. > * forcolation teat roadinga nsda* by S*P starting at on >■ (date) . during teat. Vc? -p.n.Maxinuu water depth above hole inches. C€<*C. (Ob TiM TiM Interval. Minutes Meaeurenent. inches Drop in water level, inches Percolation rate. ninutes per inch lensrks ■■ ‘ 'r ' \P.MO PjliCaX C *1 U:3C^H \X3(o «• U.i .57. U.O »» •» H n rj 4- V Percolation rate ■ninutes per inch. ■4 .i kf :L-U • ^. - V mOOUTlOII TEST DATA SHEET -t. ■ ■ 1IM» Iwte loftt— Wjt. 8l ftVcacVJ, ^fCtNd^CcctVL iioX« nuMbsr_ .. n. rrp C. ■ r:-': 8 ;S- ^Sv USEE tMt llOlE «M DfOOTEd Dt«Hit«r of Kolo* (o inchot. foil doto fro« toot holo: Dooth* inchoo • Depth of holo bottoo.3Q inchoo i /?-Soil toxturo IB'-SO* L^tiLC^^rouV*vVooL.tMj^^flLt\rL .r-r*'* « >■..*.* • 'i-. = v;* Mithod of ocrntehUiE oidoooll r ! V/N i%v: Dopth of poo-oisod groool in hottoo of hole.Inchoo. Dnto nnd hour of initlnl vator filling Dopth of initlnl vntor filling, \3L inchoo above hole botton. Mithod vood to anlntnin at looat 12 inchoo of wotor depth in holo for at leaot S*f . €3^- Mm 5 1on dopth above holo >■ bCXoSO Ttai ff H . TiOM Xntorvnl, mnutpo Noaauronont, inchoo Drop in vator lovol, inchoo Percolation rats, ninutoa per inch Renarko .\Djyc5, I (tiL U-.^U 'I •; U-OV •» lo.M ig5\ SOnu A ALH. !• i ^ • n . A. ■ ■ f. k'l. ¥ { 'O Poreolntion rata -_ _ _\0*S ninutoa par inch. : if.. . • L.:- .■ • ‘ j ^ , '/c-' r--. r. I f X. ' r'-v^'r':.". B •• K-iV.;, ^ i I h.^ * •*■ ? .y^-.>*. b.-.^ •<«. i;-*’ »* ; !.■ * .••■V \ f •« L-U ^ ,•.V FBRCOUTIOII TEST OATA SHEET TMt hols location &\oc)cl CfVffNCWCcf 1Onto toot holo woo proporod^_ Dlonotor of 1iolo» (o inchoc. 7 Hole nui^er Depth of holo botton.3Q Inchon. Soil dnto fron toot holo: Oopth, inchoo Soil toxturo Mithod of oerntehint oidowoll Inchoo.Depth of pon-oiiod granrol in botton of hole, _ Onto end hour of initial vntor filling Depth of initial vntor fillingt inchoo above holo botton. Method uood to nnintain at loaot 12 inchoo of voter depth in holo for at loaot 4 houroI QAJL^LoiMVddLKg^ . roTCOlation toot roodingo node by S»P^f y niSf /^, \ - - cm Q »M -SS otarting at VC*.S") <a3l^. lUxinun water depth above holo (date) . during toot,_____fcy inchoo. CtiX* (VJb. CX>4>d7 TiM Xntorvol, Miiwtoo Nooouronont, Inchoo Drop in water lovol, inchoo Percolation rate, ninutos por inch Ronarka tfv.UQ I^Cai I (o M n;^ \A\0X •5'/, . .'v • 0.0^ \a.-5fe »» S'lH 5.^ S.1 3 OA^-b•^ ««%« s «*• • ) Percolation rate •_ _ _ _ninutoa por inch. \ n ^O^SOyiV DocCKL VoOLOisJ>1^0>.<\<i^ Ps( CWi>^rN> ^OCwwkM • f- ■ ■■ • Twr - I- ' * * * L-14 /./FBKCOLATIOII TEST PATA SHEET >i- . •V ’ _ ' • *.t; ?■ L ». fc- I*-’' r -h'. ;■ * /"V 4 • tUt holm location IcSL^^filQcVLV^ CfervcWCcf Hole auMbar__ 6otm tMt hola on ynomnd _ ^>3-^ Dapth of bola bottoa. DiaMtar of bola*__^ lO 3Q inchaa. Inchaa. Soil data froa taat hola: Daptli, iaebaa Soil taxtura JB-30>•) ^^Okt VC- SiCfc<vjL Voci^tv^ SolW\ ^ Mbthoi of acratehlna aiSaaall Dapeb of paa-aliad graaal in bottoa of hola. Data and hoar of initial watar filling____R Inchaa. S*» Dafth of initial aatar filling.inchaa abnva hola hotton. Nathod oaad to aaintain at laaat 12 inchaa of vatar depth in hola for at least - y^oUtion teat raadlnga oadTby - - on ttarting at i0»^6 Kaxlnua water depth above holaTfita) ^ daring teat, to inches. CC<4,. <Vib. C>0(o^^ tim TiM Interval, Niaataa Haaauranantt inches Drop in watar level, inches Percolation rata, nlnutaa par inch Ranarka lc>.<4r> Pa.C;Ml n.aiR M ia*.o3 II 10.0 \oM »»M V Percolation rata q.q nlnutaa par Inch. ..r- J « 1 Ul I i 'Milt1 \\\L \\ -A.^ § <o —■~ i IS sN\s N s>s gg ’» *i ygo I . VI ,‘t;:ri*. 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' 1 '< OtSTRlCUTION \ \ ^ t »\V'PIPES I 1 \» VTV I »• I • « f ............L-iJ f.........C jTRyRCROCsT 1^0^ J 4* water-TIGHT PIPES HCCESSARV-i SEWAGE TREATMENT SYSTEM WITH DROP BOXES ( outlet TO TRENCH INLET FROM SEPTC TANK OR PREVIOUS DROP BOX V- SUPPLY LME \ TO NEXT \d^ BOK outlet to TRENCH k k 4 SUPPLY"^INLET «•*14-4I L aJj., 2-I I t IL FIGUM 6 ROTES^ 1.ALL PIPES SHOULD BE AT LEAST 4-INCH DIAMETER 2.Lli£^7o°2eSf ow s ??abo5€ t5'*0F oSlet ««*" 4. INVERT OF inlet IAIST BE AT ^AST ONE INCH HKJHER THAN INVERT Of SuWvnPE 10 NEXT DROP BOX 3.TRENCHES MAY OUTLET ONE SlOE OR doth sides of DROP BOX -OUTLETS TO TRENCH inlet I •4-:I--!- I I-I-J T outlet I TRENCH ( DROP BOX p •* IsIUSEi r M8 I M Eg M § 0 M5 S ilp- s ir.“i I P! = B I § 2 1 ® S ? § S §S§U I Sig§s I s I ^ § 3 «» — K $ 8 . 3 e e e go 1=^ »^ ♦- ^ PgS II 8 i| Ps ih Sp ?l* 8“a.2 3a I os e « il II fit »*! lf?i ga-p w uj 2 igi*Swiyj rs li iW ?f ®!■! 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