Shale, light grayf carbon

March 15, 1935
SUBJECTS
TO:
FINAL REPORT OH GEORGETOWN WELL
A. £. Michel, Chief Engineer
Iowa Emergency Relief Adfi^lstration
Des Moines, Iowa
NAME OF PROJECT:
LOCATION:
Georgetown city well, IERA Project.
NE k, NW £, Sec. 29, T. 72 N., R. 18 W., between
Catholic church and school, Georgetown, Monroe County,
Iowa*
CONTRACTOR:
McGutoheon Well Co., Des Moines, Iowa.
CURB EliBVATldN:
983 ft.
TOPOGRAPHIC POSITION:
TXPE OF FORMATIONS:
TOTAL DEPTH:
243 ft. 5 in.
Upland flat, eastrwest ridge.
Glacial drift to 146 ft., Pennsylvanian
shale, sandstone, and limestone from 146 feet to 243 ft,
5 in.
GENERALIZED LOG:
Formation
Thickness
Ft.
Loess, gray
Till, gray to buff, sandy
and gravelly, calcareous
In.
From
Ft. In.
26
To
FtTln.
26
120
26
146
15
3
14
146
161
164
161
164
178
49
178
227
228
10
240
242
243
5
Shale, light grayf carbon
aceous
'
Sandstone, fine, micaceous,
Shale, light gray, calcareous
Sandstone, fine' to medium,
calcareous
Limestone, brown, sandy,
thin band, with, thin coal
bed
Sandstone, medium, calcar
eous, carbonaceous
1
10
227
11
2
1
5
228
240
242
Limestone, light gray, sandy
Shale, light gray, silty
10
.<~r
'V
Page 2 - Georgetown
WATER PRODUCTING FORMATIONS:
Medium to fine grained sandstone
from 178 ft. to 227 ft., and medium to coarse grained
sandstone from 237 ft. to 240 ft.
Probably some water
from sandstone from 223 ft. to 231 ft.
All of the
water zones contain some pyrite, and several thin coal
seams are present*
DATA ON CONSTRUCTION OF WELL:
STARTED:
October 22, 1954.
COMPLETED: December 3, 1934.
Drilling finished November 19, 1934.
METHOD OF CONSTRUCTION:
DIAMETER OF HOLE:
Drilled with cable and tools.
10 in. hole from surface to 80 ft.)
then drilling inside 8 in. pipe and driving pipe to
146 ft. 7 in.| 7 1/2 in. hole from 146 ft. 7 in. to
243 ft*
5 in. T.D.
CASING RECORDS
8 in. Youngstown Special Drive Pipe,
lap welded, from 1 ft. 1 in. above curb to 146 ft.
7 in.j 6 in (6 5/8 O.D.) Youngstown 28 lb. lap welded
California easing from 131 ft. 5 in. to 243 ft. 5 in.,
with overlap of 15 ft. 2 in.
CASING ABOVE CURB:
8 in. casing extends 1 ft. 1 in.
above curb.
SHOE:
Youngstown shoe for 6 5/8 in. casing.
CEMENTING OR SEALING RECORD:
Cement seal between 6. 5/8
in. casing and 8 in. casing for the 15 ft. 2 in. of
overlap, and between 8 in. pipe and rock wall.
Page 3 - Georgetown
PIPE PERFORATION OR SCREEN*
16 ft. 9 in. perforated
with 5/8 in. holes, from 226 ft. 8 in. to 243 ft.
5 in.
CAP AT TOP:
Temporary screw cap on top.
GENERAL REMARKS:
8 in. pipe is tight in glacial
formations and with cement makes a tight seal to
shut off all surface and glacial drift waters.
Construction of well normal and without special
difficulty.
Several delays due to bad weather
and roads.
FIELD SUPERVISION:
G. I. Atwater, Field Geologist.
DATA 0t WATER:
TOTAL PRODUCTION:
NATURAL RATE:
STATIC HEAD:
5952 gallons in 24 hours of pumping.
Slightly less than 5 g.p.nu
124 ft. below curb; drawdown to 217 feet
in 24 hours of pumping at 4+ g.p.m.
REMARKS OK WATER PRODUCTION:
Water returned to normal
level within 15 minutes after 24 hour pumping test.
Sandstone producing water is tightly cemented and
medium to fine grained.
Production is small but
should be very steady.
WATER ANALYSIS:
No. 90717. From depth of 240 ft. 6 in.
Taken after 45 minutes bailing on
Uov. 17, 1934. Well was later finished
at 243 ft.
5 in. T.D.
Page 4 - Georgetown
Total Solids
Susp* Solids
537.0
82.0
Diss* Solids
455.0
pH
7.4
Alkalinity (MeO)
Alkalinity (phn)
386.0
0.0
Insol. Matter
54.4
FeaOg+AloOg
5.0
Alkalies (as Na)
71.8
Ca
71.5
S7.9
2.0
Fe
In
Al
F
0.05
1.1
1.0
CI
7.0
S04
41.4
HCOg
4?0.9
P04
0.08
BO*
Nitrites
Nitrates
Calc. Hardness
4.0
0.004
0.0
298.0
REMARKS ON QUALITY OF WATER:
supply.
A good water for domestic
Hardness, sulphate, and lime are low. Sodium
moderate quantity causing very slight laxative effeot.
A good water for this region.
STERILIZATION:
The well should be sterilized in accordance
with State Board of Health regulations immediately
after installation of pumping equipment.
POMP RECOMMENDATION:
Pump house and drain should be con
structed according to State Board of Health regulations.
Allen C. Tester
Assistant State Geologist
Supervisor, IERA Project
S-E6-1085
Enclosure:
Blue print showing log of
formations and construction
of well*
0
March 15, 1935
SUBJECT:
TO:
FINAL REPORT ON GEORGETOWN WELL
A. E. Michel, Chief Engineer
Iowa Emergency Relief Administration
Des Moines, Iowa
NAME OF PROJECT:
LOCATION:
Georgetown city well, IERA Project.
NE f, NW &, Sec. 29, T. 72 N.,.R. 18 W., between
Catholic church and school, Georgetown, Monroe County,
Iowa.
CONTRACTOR:
McCutcheon Well Co., Des Moines, Iowa.
CURB ELEVATION:
983 ft.
TOPOGRAPHIC POSITION:
TYPE OF FORMATIONS:
TOTAL DEPTH:
243 ft.
5 in.
Upland flat, east-west ridge.
Glacial drift to 146 ft., Pennsylvanian
shale, sandstone, and limestone from 146 feet to 243 ft.
5 in.
GENERALIZED LOG:
Formation
Thickness
Ft.
Loess, gray
In.
From
Tp_
Ft. In.
FtT^En.
26
26
Till, gray to buff, sandy
and gravelly, calcareous
Shale, light gray, carbon
aceous
Sandstone, fine, micaceous
Shale, light gray, calcareous
Sandstone, fine to medium,
calcareous
120
26
146
15
146
3
14
161
164
161
164
178
49
178
227
226
Limestone, brown, sandy,
thin band, with thin coal
bed
Sandstone, medium, calcar
eous, carbonaceous
Limestone, light gray, sandy
Shale, light gray, silty
1
10
227
11
2
1
2
228
240
242
5
10
10
240
242
243
5
Page 2 - Georgetown
WATER PRODUCTING FORMATIONS:
Medium to fine grained sandstone
from 178 ft. to 227 ft., and medium to coarse grained
sandstone from 237 ft. to 240 ft.
Probably some water
from sandstone from 223 ft. to 231 ft.
All of the
water zones contain some pyrite, and several thin coal
seams are present.
DATA ON CONSTRUCTION OF WELL:
STARTED:
October 22, 1934.
COMPLETED: December 3, 1934.
Drilling finished November 19, 1934.
METHOD OF CONSTRUCTION:
DIAMETER OF HOLE:
Drilled with cable and tools.
10 in. hole from surface to 80 ft.}
then drilling inside 8 in. pipe and driving pipe to
146 ft. 7 in.; 7 1/2 in. hole from 146 ft. 7 in. to
243 ft. 5 in. T.D.
CASING RECORD:
8 in. Youngstown Special Drive Pipe,
lap welded, from 1 ft. 1 in. above curb to 146 ft.
7 in.j 6 in (6 5/8 O.D.) Youngstown 28 lb. lap welded
California casing from 131 ft. 5 in. to 243 ft. 5 in.,
with overlap of 15 ft. 2 in.
CASING ABOVE CURB:
8 in. casing extends 1 ft. 1 in.
above curb.
SHOE:
Youngstown shoe for 6 5/8 in. casing.
CEMENTING OR SEALING RECORD:
Cement seal between 6 5/8
in. casing and 8 in. casing for the 15 ft. 2 in. of
overlap, and between 8 in. pipe and rock wall.
Page 3 - Georgetown
PIPE PERFORATION OR SCREEN:
16 ft. 9 in. perforated
with 5/8 in. holes, from 226 ft. 8 in. to 243 ft.
5 in.
CAP AT TOP:
Temporary screw cap on top.
GENERAL REMARKS:
8 in. pipe is tight in glacial
formations and with cement makes a tight seal to
shut off all surface and glacial drift waters.
Construction of well normal and without special
difficulty.
Several delays due to bad weather
and roads.
FIELD SUPERVISION:
G. I. Atwater, Field Geologist.
DATA ON WATER:
TOTAL PRODUCTION:
NATURAL RATE:
STATIC HEAD:
5952 gallons in 24 hours of pumping.
Slightly less than 5 g.p.m.
124 ft. below curb; drawdown to 217 feet
in 24 hours of pumping at 4f g.p.m*
REMARKS ON WATER PRODUCTION:
Water returned to normal
level within 15 minutes after 24 hour pumping test.
Sandstone producing water is tightly cemented and
medium to fine grained.
Production is small but
should be very steady.
WATER ANALYSIS:
No. 90717. From depth of 240 ft. 6 in.
Taken after 45 minutes bailing on
Nov. 17, 1934.
Well was later finished
at 243 ft. 5 in. T.D.
Page 4 - Georgetown
Total Solids
Susp. Solids
Diss. Solids
PH
, X
Alkalinity (MeO)
Alkalinity (phn)
Insol. Matter
537.0
82.0
455.0
7.4
386.0
0.0
54.4
5.0
Alkalies (as Na)
71.8
Ca
Ig
71.5
27.9
Fe
Mn
Al
F
CI
SO.
2.0
0.05
1.1
1.0
7.0
41.4
HC03
P04
470.9
0.08
4.0
0.004
0.0
298.0
B0|
Nitrites
Nitrates
Calc. Hardness
REMARKS ON QUALITY OF WATER:
supply.
A good water for domestic
Hardness, sulphate, and lime are low. Sodium
moderate quantity causing very slight laxative effect.
A good water for this region.
STERILIZATION:
The well should be sterilized in accordance
with State Board of Health regulations immediately
after installation of pumping equipment.
PUMP RECOMMENDATION:
Pump house and drain should be con
structed according to State Board of Health regulations.
Allen C. Tester
Assistant State Geologist
Supervisor, IERA Project
S-E6-1085
Enclosure:
Blue print showing log of
formations and construction
of well.
ST-1058
WATER RESOURCES SURVEY .FOR
IOWA EMERGENCY RELIEF ADMINISTRATION
BY
IOWA GEOLOGICAL SURVEY
FIKAL REPORT ON WATER DEVELOPliENT
Community Well °$fl?f$$W&Wf
Location:
'
Gor^etowa, «>«.-r cr.ureii
City or Town of
am*r-.;±ow*.
_; Cbunty
Fart of section iii^tt iflti
,.:u..rw«
• Sec. _2i___, T. tl ;;. ,
R. _ia__W.
Direction and name of nearest town AAbi»f i -il«» •tut
Location to highways and roads
Type of well constructed
fl« irillri v«U, «rfi»» i>- 6M h9l»
Date started o,:t. 22,
Depth 243»?>"
2t> vdi. i: of nv-,:•.'>., 34
; Date Completed p«e. 3
feet; Surface elevation
aa3
feet
Depths of Water Production ^?a- ?46
Static level of water i?A
feet below surface; before
pumping;
Level of water ^yi
feet below surface; after pumping 34.
hours,
at A
g.p.m. showing drawdofin cf 33
feet.
Time required to return to normal level yn m••
•
8" t» 146'7" 6" fror. 131'6" to 243*5", ifith Iov«r
Casing record: 16'p" i>-irfor^t»g.
Pumping equipment:
Driller: Name jr.fi. koCutch«o»
Character of Topography:
Geology of Area:
Address Dts Uqjups
LiM«c-u«
id, wll of IgW ric.;;e
P»-i".. bedrock covered by ..rift.
Place Detailed Log on Reverse Side.
Copy to:
Iowa Geological Survey
Signed
^r'vvjZv^- l^L>(w^|i
JwC-eoloi-i .: t
Lac- •'
8 -
Z
••ll.
^
blaok •
2 - 18§ yalloir ol
uiu« clay
28- 45^,- blua ana yaliow ciay
45^-47 dark jray gusba
47 - 1."
y 8k.uiy clay
137£ 14S Stky blua cl.
146- 152
silty clay al'ialo.
152- 178
178- 227
gray aaaiy ft*a ailty ahala
Micacaoua Band, calcaraoua
eac'i '"t. Fi-a g*
227* ?28'lu"
tain //baad af t
1«. and MftJL.
i:~8'10" - 248 eaaraar aani, cal. eaaaai,
in bania of 1
ana bomb coal i.
24&*242
-
tain Boa
ray aa. dy la.
£42 - 243'5H
gJE«* ailty ahala
•
.
.
.-..
..
,
'
1
•
•
:
.
-
v
4r
"*$>,.
,' - Sheet No
/
/
Name of Well
Survey No..MQ..^..5iT
Location ....G..&.&.£9.£.."ffi.iA-:I!
Date Drilled
Analyst £/.£.&.loan, -nh/. It. T* <tH- *fWi; JoZj nt>* ltH'v*Sc£. \~iH\Qcd.
00
s
S.IT loam; C/ay prett.it; *</"></« $"-/«?.; l>al\t qrten-U, (/my:
5"
3
ft
r. \Tr^^y/'^}iy^W^o^^a^i~cMd[''''&'c ««e-r f/»c ^V «,/,« q wtiidd;
c&iS'«/c.ot/< limon.te
tf;
'
S/lt't-iy, vn<fc»*ly colore/, m,Co , f//.a. f,tes<nt: r/~y -± ~> S°7„
Clay- yt>™>*y; /7)e</ 0'/, SQtnble mi /•-?/' c-/i<"'Aj; # -C <?fz.<}Ktins vp to ^-mj-n
M
17
20
Clay: *'lty; lt-<l**y> t7o»- cole; J. /% a,c ofc. <}*,*>*, ± /o% ;/»;..«</ by tin*t>1*clay: s<i*y; ir-9*/; "«"»-«we; 3-"7 2, o-c frx-ymfs ^pto ir».-».;± ,„>?„ •st*,„*d
.23
SitTJt So94 ./t.qry. to iofft SonJi /eWr, ±30*l:ono B.L.pebilr lifn.m.; c/oyl.2oZ;
0
32
D"f1: /i0q>A/ Sor/«V- -^ ^7. S//r; * 73% T"W » /><• t<ikl • -f ?37, C/a*»
f>t.ibl*ifob U rm.m.; co/" •f'Sam*' '"y. N.6^A
/Wfr /////,' VlT± lS-%; SuriipeM'es j S~O?0 ;<J°y* '*•%; n>«</.Qfy. to Aoffj r»<K
Eu*mKjdx-MsM&ati£}^
DHftl flitV, ±so% solvit; s.Wi ptWti * S090; Si'lf* '*?. , <-Jay±'f%, It.qrv
tot'f f',rockftaqmeiit conmenfy rf^/cm Jc <* f/>a/e; J<>/7>« 'fe^s •"*cttno>//(.<
404/
**4
'
_ fin ft: Tit'V; hi,tf]pffe.,iir<ee<; frr*/y; +ro% snnlippkhle', <,j, to lom.m. mnjvr grade.
4-$ m.m. ; s;/f i clay i 3°%;
Drift, r
i^ff- clayt /*»; $///jf /<•%/ Sond* f,*.itt*t * roPa; roct />*,/,-/,
fluff. t.xL
1
(jomin<n,iiy I'
i
:
a*/C...LLf.ca
OHf f•/ntd,-ft -74.9*/,' JSoV.
,
#J...zJf.f.
iti0t*'i«l ii'nilof it S««v'«> ^9-*fS't Cakart.ui ;clty 23090
OHft) m*4.aryt0hyff; SC ' 36<9' 5e/U/e/ C/cV *° ' S'°9"' to^K F™V"e«ts
?n',<.pally /;. nnrt sAa/e.; ft* q - C 3 n - tp%
50-
Qiif'I:
it*
17- so.
so-sr*?, ;,/., s.hy To -.90, ota..9ra..,s q-c 10- '•>'•?,j ft. ftap .4 r?.
D,tf*:™*f!j2.ty.;..Ze&ttM..ti>Jf.j&Mx^
Ori/A' /vtf.otyjio-sn ;,./, c/,.;. -y, ..A ^ ;o-Cofe ij-.Je%.
(]
62
S5*|
68
70.
_^'"/f'': med.aty^n-ir?*™/; r/y30-te9„; r>-Cot r2T-*nV„- rock f^9-> ,.k to
^^^/- /7i«rf. <fry.;so-3o7a s«/; qA/ ?<>-5>"^ ;«,. c o/z,- 2r-^?«y roc Kf«*j, ±r%
2.0™. ">.
Duff-. m«tfyfyj3v-3TV^^^
5rjj>
a
Driff.mid.aty; lo-SSJb**/; 3a -io% f&.o- C; wq'/o>- <t^«de ^- Im--^- , Clay 203.5«9 \ .'/ ' fftvtamoipi'C One/ tj"«* >•* f r.y<'. ,'
Dnff.Unef a -C ; /»«/»^7>rf«/e *-im.*. //*'••• J"*'-,/ -; /-'/'. f> rin<z,p9tfy ft*, tut
71
">7
Bih'-
J^/e i-10%; £ to6?, s 0/06/e;
'SO
83
86
99
90
92
951
98
.°e
/o
rncU/n..-t/>i,c prhlhi pro•.**!;
'
s?
"
Duff: cJay&e>-3t*j% iVCj.qry; %Qncl S.-°-3o^0 fpo'joi 9t»de 1-4. m.m.-peii/f: o-fctesf
and ioiec"> »oc t\' a°-?ay. silT; zo-jafi i<Joi/9.
_D"ft- C-l*yio-4o9.meJoi-y- sc-^OV. %,Jo(,le. • ionrf /*-no% mai. qtnde f-^mm
vo-36?c Jilt;
Drift: f/fni/Or to Samp/r(S9 - 92.)
Drift: Sana1 ±^oj. ;/n,j0r 9ra'J'i /-^'m.'m.a 'TcT±^cS7*h^]^^a%C^i.'
silt;
Drift: y./r ±20%; ci«y 3.20%; ±2o<?. s»/u6/t ;sjc>Z So»d;tJo?aptui^ /o-rmm
Sheet No
St.
Name of Well
Location
Survey No..U/.Q.^.-2_5^
.£&.<7.£$.<^<!J&Z1
00
Date Drilled
Analyst...JC)/./r.£.
Duft :/r,ed.</ /, 20-3<J?. S"/. ; X yO^cJayfS.lf. J»-)a?0 Sand;
/of
•t- W..?d.$±y..i.2jk....
Q^„Z.Mdi&A&r..<ktjad^U-j&m~iiXri.
C-C ; 'iilfiCay Do-JO %; iQr,*<,»s«rr>ttam.rph'C pitj>k} f>rC<.<!r*T.
Duff, in>J<?>y ; 20-ioV„ r0l, 3O-<70% tondf faitU** • JO -+*% e/«/*s//A
I07J
I 10-
,
_
—
—
Dnft S/m./,.. lo sample (107i - na)
1/3
Drift: m^.9ry:20-ioyc ,„/. ^-f.y(J,//i="/;2f-'°^ sond;a-c; n«jcr
116
Dnft ;m»<l.qyp 2o-%o9c) to/; ±ro?a sand;major 9ra <lc *'/*>./!i.;q.C} Silttcl-
'8.
q-yifa"* 1"'£~ffi7h"]
_pr, ff: /*r,l. fry ~; ro -{09' nit; 10-Pc,"?. Sal„Ue
•
.!.W*.v.i'.s...j>S.iL/*..i.-.
/Jo Sa rnple
Itf
is a
30-
+/o'7^ <~~tay, /r>-2,-9. 1t7ndQ-c',
l7)o/o' f*iJ°. £-3- m.m . • n» f,ch/>l<"; ptVicnt.
/• rntd. Iffy; ± fO V.i,/t; X2&9. id.; 10-30 7a c/ay; io-IS90 yanj; a- C ' Occoj.an. /
_Sane/: a - C: r7>c,i<.ra>nJe i-4.m r,< ; pynte. oiiden fp r^r,r rot, nn* nh.nJonT; Si/T
132
S<"<d,
Sflf;
I0-U090/ I0-2o70 Svlvo/t
[f.-mcJqy. i 7F7a iand; major oKkSq £-f r7i.fi>-,/S. fi-aoi Comfr\*n;± Io?J
^.s!.Al.z:,.±.iS..7.,..'i.d.t.L
/ tyiy; io-10% c/*y >"»"*/•; , ± ' o?c jo/06/e; T-toTt a-C ofz;n\o/or aiadtd-.,
137.
/40.
143
P* ft
146
Sanjptea major qridt i'fto.n.ipHn.fvb. i-im.n,,; /o-"r?a SolnUt; /o-><9*<;)/li clay;
'sao7TV'"fo^""(i';>7»;r^7T/;v^"o/v^v"77"rf'r^«^
S.//:
:/?''!"/, 3o-9»7c z/«y, ±io9» rotoi/*; 3 -1pa 01z. sand,mica aUnd.
•
2$Aa/e i It.ar* 20 -*rt?« nit: -f T °7r saluMe mim r.Lnd. i-19« dentil ft?.
112
/Jo
Sample.
ITS
Shale •ft, <f>y-, fiss~ife u--« ak.oJinf >n>c«i o/©»y />
?-l°?c, i°lul>l*;± •'S'P0 mica •
b/oiK CQrbonotZwS n»tHr iU«j„,tt
60
-16 1
161
167
^ /">l€ • H.qe.cKu- 'fiy. fi'iile, 1 r "A, mice; ± f yo Sc/^/g •
U/f*}*,/*, i -/07. py>''»;CQ%n>y seal*
yM/e; /.Lq.iy...m.i.t.G.s.K.te.k..;..ji4a.2k>...s^^
Shale, /t.f/y, micaceous; fitt/U.^/% pyrite, tO-/f7. io/ct/e.
170173
176
179
t\r
—
so
SJia/e: <,n,,f°r t0 *,*mp/e (/C7-/?OJ
Shalt:lt.fJry%..Mii^hi^Jlfkt/y..
&£<&Sij Z-S.<?.2?K....S.?./M.f>./s?.;
S/>„le. // gj# f;ss,/*. 5-./o-pc^.ca, 20-30% so/«£/e ;±/V, pyr,**• j. / ?.de
Sa/>dst"Ki: C-'i-ie,• ^'•>/•,-'
> >dc %-k; pun- TlaiS £-If], ; f f ?« Q*; Id-
2-3?.tyr/fr; I.'?* /»,<.£; *
IQZ
r
'" '
V<d< %'&*>"'• »*»* fa$&% a; jkJtfgLtol.; 2-3 v*pyt.+e;
A.I.%.../S\XXM.t.
S,onJttcnef,ntii<.j<>ronJei^A:pr/n.io/,wdIJL»8S
i^9»Q/r
Iprincin/A/
c/e<r/•rffa;^jd%
r /
<o»J,t.*e; fin9; W.r.^oj'e $.%•^,n, s„6</d .^ if - „ ^9./t/tr; / jgfc 5c/..Lh
%»/. s ->-9.pynU; £iyo/7i,cQ.
£•19, mica;
n'l%a
ri re
''
Sat,4%UHtt major or^t -$-tl, pm> fttld.frjL,. A. J±5% »>>**,*&& io/U^;
Ar
£jLZUBJ£&lLi
Sandsfa^e • f,ne.;/t>ajo r^n/:
IS5
00
' _7^
tf/c a c«ouS/jt f V.ny••tc}'i:U><S> io/U/c
-
Sheet No.
.\3.
Name of Well
Survey Ko.W..Q.2.2..5....
Location ....G.&.Q±q.g,..ta.W.D.
—
Analyst./g^£.e-.
Date Drilled.
'
00
oc:-:
At
-
r
:
210-
AT 213 i
Sandstone! fat; n,0jor orade^L ,;
fk'/ita ' /,/"f' ~~i9'' '* \t1..\'?.lh*&T>kf!:..
Sandstone-
-oi ^°«j/
tin fit
Sandstone. f,ne;ma/o
nde. jtj</& • '
fnicqcSol/s i
5o"
fe4^'a»^^^ i/
micm CI
V V
SandstanK
—
r\T 220-
22$
AT
4r
-
226\
Saidstonr: f„ie , <?>«
Sandstone; fine; iriajc
, , ?on
Sandstone:f-nJ.n
COO/ f-ofS p'
231
23 7
•Id
if
2-3€Z,pyr> fa ; -* #^»
__
^"}4/ 0/' a-i^f/Hl*/ •±$'7t'!->/; ^ <£"% *'/** cU/,'lt.f}ry.
>%-%
>\>d 'JtALJ.. s. }..?.t.J:y.i:.t*...Lt:^.!t.'//.y.S:\
',','"' "'""'""c-i"-
1 3 tto
'pl+i
xWfc~'';
JWl ^U'f;*""''. ^ i ' ^ j H
t / / . , /' " ' ' 5*»'e t
•-/•,"
I
*^/«ry
-*«yt4-•-••
5«aVW*. ^..,;.)i^/' • <•#
?„ J #
_
*U~ If P'"' *<"*' •e< ^-fy
bynt'S-'d ivcod f'ia r i oiund.
arr.
, o^w. «/<.«* co>b /».*«..„•.
30-
£5 232' <J"
-
I ~*-jf(j °-, K'%py>-'t'e , ±3c%i sclv&le.
a-ooi..
24 2
hixu.6u{.f...<My.;.....
^•J
%*4'maK,>.4-
60-
70-
80"
90-
00
i7«/'?f£7;:"j«:7"e%*"«^
'i7* •r *"*--*!"•'*•<'*"''"
*-"'• <'*• ""'°
'A-'il •*. l$.9^:l:.±&&p*,. >IV. i»>io
tmoftenc"/1. q-y; *//,•>* ±lS-)fiK
< I ft bltet cari<
Shale: If tcmtd.aryjdtg^?. lifr;/to4- coA
Mi.tJt.£~j.Qa>
50.
,^/oJ4//.^''•^♦*;*r^/^;W/..,/u/WoW/2.J5i
.'.a.t..U.'.}.:....:.„
_
-ft; f>»e <$-£; 4-2.?* *f-y *><«f«r'*;f'%/y»re
>/« ,:„/„„ , '"Iff* 7„ It. f'••/*, f»»
Doc. 7, 1934
A.C. Tester,
Qranaky Build-;
Dob ?'o?r«8,
Daar Allan:
Following th» inotruetioao raaaived in Bullatia 19, tbo
fii-.iv for the Gfor^atawr wall in give.* -Cow.
caning.
^~ ,j
8" dr.side diaxatar
8 5/8" outoide dii.-ater
<&—.'i** \rf)^
Youn^stcw,. apacial drivo pipo, la
t
tad.
. L-av
(Woo not present during driving of ft" caaing)
6 5/8" outaida <1
^^'^
^-r*-s.
Youngatow.i Uj raided, -.arked H test (WO}?
Youngstown si 00
,lvV*,»^ Y
oil fiolt casing.
UtCpo
lengths and position in wall
8" oa-:
146'7" bolai "..-v . I'l" p.'ova curb
6" c-ai:.-.
Top of easing 131 •S"
Bottoa of caaing 243•5"
Total laagth of 6" caaing 112'
mi t »f -'erlap
Coaontt
15'2"
Bottom aootiOB 18*8" (plus shoe) perforated. 5/8" perforationa.
(atucgared rove 3" apart. Holes ivry 8-10")
On *:ov. 16 an attaaipt was made to cooaftt around the bottom
of the 8" casing. Tha hole waB filled up to within 1 ft.
of tha bottcir. of tha casi:.g. Uenant waa adt<»d tc tha hole,
and a colu- of watar placed »a top 01 tiaa caaiant, to
force it down around the btttoai Of tha caaing. Tha cement waa
slowly chorned with fce drill for 45 ninutes.
''j(J
*>A
\
l£ Buck 1J;>,"'':
rere caarant used. Mixed 2-1 with sand.
wuter addoa1 to nako it ru.; freely.
1 Back canant mixed with wutar and Band at a. time.
Oa I'ov. 27 the opening around tha 6," was ca.i.antad, with a
WOOdoa plug or. top of tha 6" and the BOBaat introduced by
means of a 2 ir.ch pipe reotinr on the plug.
7 sacks of Portland Supreme cen.ent w,.a usad.
5 gal. wnt^r addod to each 94 lb. suck. Wo su^.d.
Over 4.7 cub. feet of cement plua water wt.s takoa up
around tha 6" , up to the tup of tha 6" pipa.
: (Ueorc-etswn)
Time reouired to cer;:«..t:
Nov. 2 0
2 houra
Nov. 27
2^- hours.
Time required for hulling Bad pumping testa:
NoV. 2
30 minutes (baiii
i.ov. 14 7 mir.utea (bailing)
I.'ov. 15 ?0 minutes (baiii... )
Nov. 16
90 iPinutoa
iiov. 17 OOri-utes
(bailing)
(bailia
Total bailiag tests. 4 hours 7 minutas
Pumping test
ec. 2-3
24 hours.
Time requirtd to put in pu
4 hours.
Ti
ired to pull pump.
3 houra.
Summary of tests/
.:ov. 2 (
charge of vail at that data.)
Nov. 14
49 gal. ra.v.oved in 7 minuxes.
Nov. 15
6 gal. average, per miauta
lav. 16
Nov. 17
4.ci gal. avarago par minute
ivor 5 gal. per minute
Wc. 2-3 avorago ovor 4 gal par :iinute
Sincerely yours,
SorpOfl ntwater
December 4, 1954
Mr. Gordon I* Atwater
Lovilia, Iowa
Bear Gordon:
This will confirm phono conversation of
December S and acknowledge receipt of your final
report oh the pumping test of the Georgetown well*
Although the total production of water is
not as great as we might need, X believe that it
will be sufficient for the uses and will not re*
duoe in quantity during periods of drouth. This
well should be capped with a tight screw coyer
or plug th&t' can be set tightly and cannot be
removed without the use of a wrench.
This will
make it possible to get into the well when the
pumping equipment is placed but will prevent
children and undesirable persons without vnrenches
opening the well.
Please read Bulletin IS very carefully and
note that there are a number of items of informa
tion which I will have to have for the Lovilia
and Georgetown wells. I will appreciate receiving
this information without delay, and just as soon
as the Weller well is completed I shall want the
same ii^oraaiioii; •.''
Please address your reply to Des Moines to
reach me by Friday, December 7.
Your expense account is characteristically
late. Of course, I recognize that you have had
some difficulty while at Weller and even though
it is not always possible to have the account in
Des MOines by Saturday of each week, please see
that it reaches me at Iowa City not later than
the following Monday.
Yours very truly,
ACTSA
\
A. C. Tester
GpOTere+c-m,
8F
Dec. •',
Ta.
l0"'1
Dr. ».G. Teeter,
Geo'o^"-' Dept •,
Ohi v. of I<
Ib-a City, 3
•
Bneloeed >s the re'ort or ''•• pi
test oondnoted en
Qeorget(
ell on Dec. 2 and ". "
y 'ox
tins d«ita la at
-..( ,.ri *•-. npaor+atior " cilitls 1
eon iny I
••
are limited, I shall
t to put the pertinent ;
Bheet. If anyth
i«
•'•'
lad to BU]
•• i* v
requ >«t.' •
♦he
'• *f -elJ/ 343*S«
••••:
"hole to 146*7* ffi" hole Jc 243*5"
E* to 146*7"
CR rrc
131*6" *o
J43*B"
Ic or 16*9" | rrfor fce .
ent ;--w : n 8" and 5B --a
theortically i round 6" to " :,:n
wa*"r hrrissrrn: 178 ft *c
p„
SiTWt Bot*' r cf *T
Leagtb of 3B *b
B ,",,_. oy
Eo^+ot of iIt line
Length of
Tire
Pound
pTe
•
*8*6"
, • <l!
"'•-."'/ "
•'
k«T.
238*8"
•>4-roVe
P
f
to
nT
SUrolca '",'r
Gal* r
miira+e.
"
imped •^'~•*-•:",
Inoa 1 ••'
Dec. 2
7:^0 PM
11*»fl»
4r'
2
8
2
<
8:30
2
'.
9
2
IC
2
11
1.5
12
ec.
1.5
&M
.
1.34.
7:35
1
oraT'ons
mmr-ed,
•j
<
3
38
'
•
38
28
!
.
333, E
.
-
•
13
474
4.54
4.
•
•
;.
4
.
i;
.
3
1.5
1572
.
2
1.
235
3
1.5
335
l
4.5
5
3.5
1834
.
73
•
316
?
30
4
>52
Time
Pounds
pressure
Der>th to
-"q+er
Strode per
minute
Gal. per
minute
Gallons pumped Tota] gallons
since las*
oumpe
6
3.5
230.3
30
4
240
2772
7
3
231.5
30
'.2
252
3024
8
3
231.5
30
4
240
3264
9
4
229.2
30
4
240
3504
10
6
224.5
30
3.6
216
3720
11
5.5
223.4
36
4.3
25°
3978
Appearance of some cement, not in large pieces.
12nocn 7
232.2
36
4.3
258
4236
1PM
8.5
218.7
36
3.7
222
4458
2
8.5
218.7
36
3.9
234
4692
224.5
36
4
240
4932
4
7.5
221
36
3.8
328
5130
5
7.5
221
35
3.e
—~
5388
6
9
217.5
35
3.7
222
5510
7
9
317.5
34
3.8
228
5838
7:30
9
217.5
34
3.8
114
5952
Since the appe ranee cf oement noted above, scire of i+ has
a-rr= -red in every samp"e.
« , Wi:iT5e at the Cla*k hotel in albia, unless I can ~st out
t0 Des Moines '"ednesday to shop. If you have anything else
to feller. If the snow continues to tie everyth-'ro- un I may drive
mind for me to do you can r-eaoh me tomorrow gfternc-n in "lbia or
Lovi ia. *s soon *s the roa^.s open ur to Teller I shall ca"1!
BcCutcheon and have the me? co-re down. I do net loo> for this to
pen, however, befc-e Thursday.
Sincerely,
^/Gordon "twater.
Clark Hotel,
Albla. lo
~d£, e. s. BeuAlnot
Drouth Reii<s« Engineer,
I.E.H.A.
Orcneky Bldg,
Duo loinea. le
ay Retort*
W.O.Gourde, Flelo. Geologist.
Dear Sir:
After the oox^pletion of a preliminary
cruaciination va tti Mr. Fiedler ox the well in
OBoeol&i on BeVe l, WQe v/ri
returned to
Georgetown to observe the drilling of Khe veil
u.-.crc.
A sufficient Supply of T/ater V8J tfund in
in the drift at about 130 feet.
ffuallto of
rrftter w«v3 not dete Lned, nor ic it certain
o water oould be ...<• need auooeaefully from thi«
horlaoa.
Strata ol Pen ayl
»»xe fo i
at 14G feet and ihe well is no* drilling at 152 feet.
If no oicr water levello;
fc • iepth,en attespt will
be i^ado to produoc
upper hori.~j::.
Adorcsa bafclnning Soft 7 and until tax (bex no
Garner Hotel, Osceola, Iowa.
fouxi
qq; Dr. a.C. Teeter,
leva City.
brueVyi
Clark Hotel,
Albia, Iowa
Nov. 1, 1934
Dr. A. C. Tester, Asst. State Geologist
I.E.R.A.
Oransky ±51 dg.
Des Moines, Lowa
Dear Doctor Tester:
I find that I have not made carbon copies of all of
the letters I have written to you.
The following relates
to wells in the vicinity og Georgetown.
Rapp Coal hole
Drilled June 1929.5 mi. SW. Georgetown
304 • to"solid"
Coal 2' under d r i f t .
Loc. SW-SW^-SEt Sec. 28 T. 72 M.,R. 19 W.
Elev. 960 Estimated from U.S.G.S. Topographic map.^t'/^.r )
Smoky Hollow Coal Hole. Drilled
240'
to*8olid"
290'
to Coal
1927
2 Mi, j*.
(Geo rgetown)
Thickness of coal 5-^-'
i»oc: SE- SW^-SEt Sec. 8, T. 72 u., R. 18
Elev.
960
Estimated from Topographic sheet.f'4/t,a \
When Mr. Fiedler arrived in Osceola the other day, it
was necessary to make some repairs and to mike other
purchases to complete the equipment od the truck. He
made it very clear that he was reluctant to spend money
from his meagre appropriations. He also suggested that
the outfit might soon be turned over to us anyway.
Since no provisions have been made for expenses of
this kind, I
called Mr. uoudinot who told me that I might
arrange with the County Relief Engineer to pay the bills.
Fortunately, he cooperated very graciously but it has
occured to me
that in the future, we might break down or
run out of gas between County Engineers or the Engineer
might be out on a project and thus cause unnecessary
delays.
Would it be possible for the man in charge of
the truck to have a special account for the upkeep , oil,
gas, supplies for the testing equipment etc.? For exanple, the belting will have to be replaced shortly.
Yours very truly,
W.O.George
Encl. Expense Acct in dup.
Copy my letter , Oct 23
Daily Drl
Kept#
water Sample. Kept.
Clark^ Hotel
Albia, Iowa,
Oct. 23, 1934
Dr, A. C. Tester
Assistant State Geologist,
Iowa Geol. Survey
Iowa City, la.
Dear Dr.
Tester:
Your letters of Oct 23 were received today with
salary check for four days.
Mr. Stooke arrived this
afternoon rcth the expense check which was indeed welcome.
Mr. Fiedler called me this evening to inform me
that he could not be in Osceola before Friday night or
Saturday morning.
As you had already expressed your
intention of seeing both of us there before that time,
I suggested that he notify you of his change in plane.
I shall spend the day here tomorrow and go with
Mr. Stooke to the well at Georgetown.
There may be some delay in the drilling of the
well at Georgetown on account of the lack of casing,
just now there are only 4 joints of casing on the ground,
one of which is standard casing ( not drive pipe; I
I have asked that the joint of standard casing be placed
at the top of the string in such a was that it could
be pulled and replaced by drive pipe when the drive pipe
arrives.
Upon receipt of this letter , kindly forward all
mail to the Howe Hotel, Osceola, xowa.
Yours very truly,
Botes on Proposed Well at Georgetown
Location of wall:
:**£$.K3!'. See.. 29- T7$l - R18W
About 100.yds. north of Highway Ho. 34, near driveway*.:'
• Aboui'ft Kilos •••west'Of
V»•
'-
,
Aibia',;
*
•'..•'•",
Production
water-say oe obtained< f3?om'glacialdrift, but best source
©Kpeeltod ^Ln Pennsylvanian sandstone, aoout 1§-S0 ft.below
theds&ftv If tne ^ands^orie is non-productive or yield
is low, then drilling should be continued to ^idsissippian
limestone. A total of 300 ft. has been contracted. The
6/ 5/S« casing should be set at base of. drift or below if
. . 'drift -is. thin.
Contract price 2.50 per ft. awarded to leCuteheon Well Company
of Des loines. To be drilled 140 ft. to take 6 5/8".easing.
Balance of hole 5|n die. 140 ft. 6 5/Sh £6 lb. Seamless steel
easing* 10 treads per inch to he furnished by I.E.R.A.*
purchased frbia Qlobe' Machinery Go.
Company)
y^ownf^o^1 Sheet and Tube
Temporary casing to be supplied by contractor.
Casing will be delivered f.o.b. Tyrone, Xofla, to be hauled at
X.R.K.A. expanse to well.
j>->
V /-OCPjf
MAP NO.
STATE
1,
COMPANY /C.
•
'
WELL NO.
FARM
COUNTY
/•••••
R.
1.
CONTRACTOR
COMMENCED
COMPLETED
REMARKS
ALTIIUUE
PRODUCTION
CASI NG
=? ECOR D
lO"
8!i"
20"
6K"
15H"
5Ti"
12K"
QUARTS
SHOT
BETWEEN
Form tsf.-—In stock and for sale by Mid-West Pto. Co.. Tulsa
7T"
1i •.
• :• •': :
J79
?-3JrSr*
— -• •
«u
143-5
County' Monroe:
rity:6L0RGLl ow,
ST-1384
DAILY HLPORT
OF
DRILLING PROJECT
Date
-av. ft' 24
Tine of filing
Name of Well
Gtorgatown
Hole drilled todey:
3otton-hole Formation
q
ft.
<
of
in.;
i<
Depth at end of day _5JJJl^' ft. in a
yesterday
P.M.
Zr*Y »ilty Bhalt
of
in.
hole; total footage drilled since
ft.
Underreaming: From
From
Casing put in: H2
Amount of open hole:
"ater:
ft.
7
At
ft, to
ft.;
in.
size to
in.
size
ft.
ft.;
in.
size to
in.
size
to
ft.
_in.
ft.
in.
0
j" size, from 131'5" ft. tcjfe43 ' 5"
size, from
ft.
ft.
size
ft. IIo. cf bailers
Level of wati
ft. to
ft.
125
. No. of gallons
ft. below surface, lo.vered to
ft.
Rind of v; .
lc of well for day.
i, '.eport eouh sample)
(Last sample yesterday:
L '. '-Ogy
gr>y lilty anal*
From
To
bottom at 243*5"
Li_thol.jry
From
ft.)
To
Tha 6" c^aing w*a 1st dowj. in tne h«la ta the bottom, by m-aua af a bail
ait*chad ta tha ta^ tfiaca.
Tha fallowing /// ia tha racard of tr.a casing l«agthf<
battaai.
16»9M
including aiioa.
Thia U*gth 1b parfaratad,
WW'
112
It w*a iapaaaible ta datatch tha bail fraa tha 6" casing. In atta-^tiiij ta
da thia tha aaUla-gga-brakaa.
Shut-downs:
Tine
Cause
Remarks:
i^E:
Field Geologist
ST-1384
DAILY HLPORT
OF
«ar
DRILLING PROJECT
Date
20
'
Tine of filing __I^
Oaarrrdtown
Oaar.dtown
Name of V/ell
Hole drilled today:
Q
ft. erf
Depth at end of day 243.'5"
yesterday
ft
Botton-hole Formation
in.;
ft. in a
q»
^
P.M.
^i3ty aha].
ft. of
in.
hole; total footage drilled since
ft.
Underreaming: From
ft, to
ft.;
in. size to
in. size
From
_ ft. to
ft.;
in. size to
in. size
Casing put in:
ft.
in.
size, from
ft. to
ft.
ft.
in.
size, from
ft. to
S*'
.•mount of open hole: 96'10"
' ater:
At
ft.
size
ft. Ho. cf bailers _____
Level of water
Kind of w r
. No. of gallons
ft. below surfece, lowered to
-
of '.veil for dsy:
{ '/pert ecoh sample)
(Lest sample yesterday:
Lithology
„__
ft.
bottom at
From
To
Llthology
it.)
Vv°m
To
/J/Ll~ **> j£cf A*Q^
£g>tfaji+jt~ &u
:,
Shut-downs-J
Time
3^i^J^t^^f&^£^^-
all ,\-.,y
;
Cause
YfajT for raz-ii^w nf tent of
pit callactaa1 Ntv. 17
Remarks:
c
c^(\^JcZ^
Field Geologist
/ftV TO
ST-1384
DAILY HLPORT
OF
IILING FROJ-CT
Date
Nov. 10
Tine of filing _7
Name of 7/ell
Gaerga»awn
Hole drilled today: 2*11"
Botton-hole Formation gray ailty shale
ft. of
2"
in.;
Depth at end of day 243'5" ft. in a 3"
yesterday
2'11"
P.M.
ft. of
in.
hole; total footage drilled since
ft.
Underreaming: From
ft,
to
ft.;
in. size to
in. size
From
ft.
to
ft.;
in. size to
in. size
Casing nut in:
ft.
in.
size, from
ft. to
ft.
ft.
in.
size, from
ft. to
ft.
Amount of open hole: 96'10" ft.
'ater:
At
size
ft. ITo. cf bailers
Level of water
12b
. No. of gallons
ft. below surface, lowered to
ft.
oeasured at 10A"
TCin-l or w-tsr
lor: of well for i':\
(Report eauh sample)
(Last sample yesterday.
aandsto_a, cener.tad with__ _bottom at 240_r
ft.)
c&lcite
Lltholojg;
From
Greenish gray Bandy le.
240fr
To
Lit-Ology
From
To
242
Gray silty Phala.(_lao
chips of ample shove,
centaai nation)
Shut-downs:
-43 'b"
242
Time 1:15 I"
/W0
;
Cause
Wait for results of t»at of
aa-ple eollectod Nov. 17
Remarks:
About 6M of fill in hottors of hole at beginni-ig; o_f_ dri 1 >' • ^•
Field Geologist
ST-1384
DAILY HLPORT
OF
DRILLING m0 JECT
Dote
Nov. 17 , 193 4
itm
Tine of filing 6
Name
Oeo:,
of ",','ell
Bot ton-hole For mat ion
Hole drilled today: 7*8"
ft. of
Depth at end of day _ .^t
ft. in a
yesterday
V'_"
P.M.
in.;
ft. of
in.
_hole; total footage drilled since
ft.
Underreaming: From
ft. to
ft.;
in. size to
in. size
From
ft. to
ft.;
in. size to
in. size
Casing put in:
jft.
in.
size, from
ft. to
ft.
ft.
in.
siz e, from
ft. to
ft.
;mount of open hole ^fl'Tj"
''ater:
At
ft.
_ft.
8"
size
. No. of gallons
No. cf bailers
Level of water
ft. below surface, lowered to
126
ft.
At 7:3- .."
Kind of water
Log of well for day.
\
aoeh sample)
(Last sample yesterday:
j
•
__• [__ _ !_J______1___
-,---
From
oleosa of tar. Is.,
aoeg •: . acci it i
To
_bottom at~-^'ff'"
Lit-Qlogy
From
ft.)
To
. • rs
tv- * olc "noueh ta no'
dri??t:ife. Pyrite, ", >•
332*_j&"
a'anple largely a nd,1
erer. at
A
" ru_ bi1
no-
began to otick.
Coarser «-• I, less 13
me.
Lighter col •.''''.
t.
—
'
___'•
297
_
_____
239
r drill
t---_ .' foot raid. Sand as abo* ,.
ai"
snuV-dowriP: cTim'e^3 with culcit-. .
Remarks;
-
___^.^>__: _.
_u_
239-';
.
Shut diwn • ' "•'. :' " •' • • -'•••••rJq".
tr-T
7- •h'S'
Cause
Mt.. Bow
=unpin- _=__ ±JL
swapla of water. See letter of Nov. 17
L_
Field Geologist
Hov.BH
Dr. A. C. Teat
n-:
1934
.
.
-Ufa,
lowaCity, *-a.
Dear Alia
:
—
(*»eiiort tijf'Octi 15)
The ear]
h.c-»n* dl
e31.
• •
" - 25.
• ~. Pre
_,
• •
J •
I
••• - '
Pipe j
- "Mt: *_ "
"...
" -' •
•
round a 8/16
• '. The '
: ith a gree.t
Ls «arked "1
fatown. Lai
.'-• T-°t 1000' , »itn a/
H
shoe a<
-1 "* , . •« tha driller says it i<_
2 ai-w stop
-eel v:
33
•
.
,/
r.e
; I" -*«J
I'
•
W'
7_-o /
at 128 feet, witl
l1 7:30 AM tha watei
Measure-.,
art la enclosed.
• ^«l^r
• W*'ttl tVe "I**--* bit t: "
If
The 6** ea !
The drillli
LIU
' 228»10",
steel tape. At ..:
chocked the
r stood at 140 ft
f
•:
4:17
X-.
gal. 1 '
gal.
Durati
'
•• Water level cons'
685 gal.
Z-.
L.
437 ,.-. . "
4.8 gal. per
In IE adhutea after tost a
:ve3 7.1 gal. per .'
(ft.
. _) '
'or<<M>i.'
utes.
1 ft.
-Hy b-forc bailJ
level 140 feat. *hia rata of
r'- ;ure ia prob hly wore
NcV'
Confirming *y report ever the r;:o <e, I had anticipated ending 1
ia well r.ei-.r 223'1C", and was
Bake a short ran .
to act as
a, -
,>;'-'
We therefore sen
bit. '
."•,'••,•"'"
t but ol
T;;e r.^a1!
"
'
( 17th), hut at 240j •• i foredd
' ill '
•' ' •
• 4-'-' obtain
'"
ta Albia thifl even:!
:f the 17th are given be]
'
'
••
•
id see/ about it.
Bar*'.
for 8eoi
<&
, Nov. 17
Shut dowr-
Started
Li :- I
Level of water IC-^T
1:30
- -
174 ft.
364 gal. remeve*.
From 1:15 - 1:38 water level lowered 5 feet.
i'(T
from 1:30 - 2 120 gal. vera removed, and the water level rose 5 feet,
to 1*9-1 n¥
The sax-pie w*3
ted just hefore 2]
At 2:48 water level 134 ft. Water profeaJ I • reached this level
bomb time before measures?
The main tease, for run
this test was to collect the
sample.
I a* going to finish the drilling Monday coming, and then
oss I hear fron you
rary, after we leave the
will net
nd run a :
r puaping test. If you want
to hold u
until you get the return fros
ter analysis
please i
y me b
phone.
(Report on the Weller well fur Not. 17.)
I believe we '
coal zone, altho it
"
ift the drift, and epp< rently entered a
. »ar to be regular coal. My interpretation
o' t eH-ht colored clay bi
T -_-! .,
. nil
'-one, uon-caleareous,
down aaeily, but we shall
have to drive
orrow. The casing will
. Tha casing, in srder froa bettea to tep of the hole, is given
belew.
1 _.',"
' '
' ides shoe)
1-' J"
17'llJ
1
19* b
19«10"
17* 7" ( willbe driven tomorrow, atltng wit!
3
*eet of
I shall try to gat ."
samples, alth4 as it i
•
l '••':•' he maroon'
slier.
3f r.cerely
/
C^j2j) ^_T o, J? J.
- S^^Ui
u Avr^. i^""~ <J*-~»~->~-£~^ a-£-_25'-
ST-1384
&
DAILY ALPORT
OF
.
FLING PROJECT
Not. l6
Date
a.:.:.
Time of filing
Name of 7/ell
Bottom-hole Formation
i.t(y«a—
Hole drilled today: __^j_t_2_i_ft. of
qii
Depth at end of day ff32'9" ft. in a
yesterday 4119"
P.M.
in.
ft.
Q»
»__a<i
of
in.
hole; total footage drilled since
ft.
Underreaming: From
ft, to
ft.;
in.
size to
in.
size
From
ft. to
ft.;
in.
size to
in.
size
Casing put in :
^^
/mount of open hole:
"ater: At %%f>
ft.
in.
size, from
ft.
to
ft.
ft.
in.
size, from
ft.
to
ft.
fifiigw ft.
on
size
ft• No, of bailers
measured at 7:30AM
Level of water 128
. No. of gallons
For hailing test dee letter of Not. 16
ft. belov; surfece, lowered to
ft.
Kind of w-ter
Log of well for &_y:
(Report ecoh sample)
[Last sample yesterdays jjj[^c.S__fi.Q.UB_J3i_iicL
L-thoIogy
From
Fine gr. micaceous saad
191
Same
:_____£
_bottom at 191
To
Lithology
From
194-fr
__^_L_Mcftce_c_us._A..aJ ,_JJi___
lSB
a^^ 0ttl___ao_8te__ -2-23
above, pyxite abund-
ft.)
To
206—
203 .Sand, coarser, §_b. 227 hit
Same, good reation to acid 198
layer "on whic.i btt stuck.
Sample shows tan Is.
~pyr if!z ed7~Enc.ed in coal.
Same pyrite present. At
205 thin cemented band of
sandstone. Calcareoufc.
203
Pine micaceous B-ffltU-Iggit--
present.Calcareous
I
SRrae
206,;-
206-*
210
_•__ __•_.
2l(, ^2T5|
Same , V 1 "* t-tl a more sol i d-.
213_r
calcareous
~2T7
Same
Same, at 222 hit gr?
siltstone anc shale.Cal.
Chut-downs:
Time
220
226_ 228'10"
Tbairing'Te'sTi see leTfer")
—_—-, ....
,—x—c
Sand» llke tiiat above
coal, Pyrlte. oal. _2____il_i«
Sa;:ie
231
_3_iL
232'9"
217
220
223
;
;ause
rtemnrks:
Field Geologist
ST-1384
DAILY HL.PORT
OF
DRILLING PROJECT
Date
.W_Y. 14. 1934
Time of filing
Name
Bottom-hole Formation
of 7,'ell
Hole drilled today:
«j
ft.
Depth at end of day
yqi
f t. in
yesterday
of
in.;
."
a
ft.
P.M.
micaceous sandstone
of
in.
hole; total footage drilled
3«
"Urn
7 PM_.
since
ft.
Underreaming: From
ft.
to
ft.;
in. size to
in. size
From
ft.
to
ft.;
in. size to
in.
Casing put in:
ft.
in.
size, from
ft. to
ft.
ft.
in.
size, from
ft. to
ft.
/mount of open hole: 4.*5"
'ater:
At
178
ft.
_3W
size
. No. of gallons
ft. No. cf bailers
Level of water
size
49
.i_n.. 7 ndnuiilb
171 Vfl". _ft. below surface, lowered to iqq
ft
TXn,^0r«^nu^5S tha water level had risen to 182 feet.
Log of well for day;
\ [eport each sample)
Wov. 6
(Last sample ypfflfflfyy:
w8ilty clay shale"
bottom- at
155
ft.)
Correction on Nov. 6 report.
L i..hology
I ron
To
Lithology
seas imterlaminated light
oleyey r.o-;t and !;i.ght
and dark gray silt. Softer
contajnination/f--fli cemfirty 155
still cor.tanination 158
153
161
ftw-ii)- r°t^'io...J t.Vitv! bnd^«H, .
Some silty ash gray sane and
4nterh»drj«* r,w^ -ray "i 1+ 1£1.
(c alcareous)
Gray sandy and clayey
ant,,, wn^ft •'r't^rhfl'TTl-'T
micaceous sandstone,
.
-JA4-
than above. CalCaraeuB
170
167
Dark gray silty Micaceous sh.
slithtly calcareous
170
173
Same - only greater cal. content
Larr.ely light colored mica-
ca_Lc_ir_____a
To
Qr*y%ndy end silty Qh_.j. _
Ajj_ciri_______5__ii_ri
Same -
From
176
173
16»
Gray silty micaceous and cal,
sh. At 178 change tc easy
c'rillir.p- of sand. Just above
sand hard band of pyrite.
Medium tp fj.no grained aic,
176
179
sand., calcareous, gray
179
132
iVf**** - -!-,-- W 182
!____
Mft/ftyl/MifJ/tfffUUjl
W
Saaa
135
Sane
-____§
18B
1S_L._
(aea3ur__.ent checked stocl Wirt and steel tape)
Cause
Remarks:
At 3d. water stSod at 137.5 ft. Lavt evenj^.the wa_-_.j stood n*
149 ft. The hole therefore made water over night of 11.5 ft. this watej
could h.-<ve cofo down oast the 8" cnsjiv-, or fron the srfndy shale in which.
the hole was apparently bottomed.
/,l/
Field Geologist
feller
8:30 .
v. 13, 19
Dr. k. r- Tester,
Seelegy Departme: t,
Univ. of Iowa,
Iowa City, Ie.
D?:.r Allan:
. , ... „:_
Reporting en the 8eerg<
well, fti
t"+vhe •
fch drillera
rted as rather eoft
.r the top, but hard ne-
•Ih* grav--
•
i
I tails- ;>e at teller, t wen I wn and Measured tha
hole. Tha roll la 15£ feet Seep. *ha last depth recorded in l.er,.- a
leg 1 • -• >ws a depth of 15$feet.
Lowing tha
• ..-. c] ,0]_( i the i
hole, and Bou;
th«
nhoi
•• " '
• '
'"! '
I. Thia corr
»refore b* mada
" *!<>v« 6« Til° •**'
length af casing that I reperted in a letter several daya ago w*.e
also pui flew
;p.
We ' "
•-•" aa c
sly as ^ossibl^,
C^but I :..
of * lack of mud if. the bettei
tl e darty oould
not
I the water belov 143 feet, leaving 6 feet of
in the
hole. 3 shut down the well, \ Lanning on a«.9ur:
'
t.o Bee i • •
r. If water is comd
eaflj , | •
- evel should ri
.,,.. bhat the eementing wi
• '•
••* '• lower water, T d(
for thi ii
for if
"
seal this »pp
arra
/
g. I •«
1« u-"" - i
oel 'L« should bother,
well like we -id the 1
Report on tha teller well. I have epent most
for "the drilling
...
day
- to
.. i the community, most of which
Lee. It Willtharefere be necess ry for ''-"""7
te piek thaai
' ,
•,
••
; "»••'""
.
This I shall do, with yourapprovel for sending in :*iie=
•'• ''"•'•
up, and we
at
cow
cerenting between tha oM and tha 6"
have no mein the
down a-
I am BtayJ
gner's.
11
J
kai
[
'• ,;-
'
hole
sen reach me ry telepho.-.e
I went into albia this after
she*tB, ai I have
'•'
d tima
i'ftrs, and '
juired about tha
re had them ti» in thi H
with the U.S.0.3, BU l£ miles v.est of the c
\
veil
ay will start in at
-^ •'"',//fiu*y
LoTilia
In a day or bj, eo T did not run a hand level on that wae ry haml level ia none too good.
Regarding tha
the f»v. persons Ln Levilj
con well :i ' vilia. tor Uio ipeen is one cf
hat I could impress \ '
e desir/-.'
! good water enough to heve nn
. .) '
ibsequent puapj
' • ter, T suggested he send in a sai-^le
J the source
y,
..As ooon as he
Hf<f. received the re.ort ha showed it to ne, and is now folj ...'
-ice
and
, ao well as hav
1 was quite amused in hearing from hi.n tha
of
bified cf the c
-,f the T.
.. ^,n well. The mayor r
watei
J
bother to send 5
I
'
•'. \ , v..'Jh ////////////,'Tosps on is bet!
' his supply. 1 I
overemphasise the condition erf the prlv
saf'
Levi
• . it is 1
cent of tl
•• • T
jn thit tcwn and co
'•ei1 sonstr
railed
well. 1
o lssr
feet, every one,..^ which must
^
typhoid.
'-.
; is using
1
B outhouaes wd
H
•
distcw.c« of
Lnate the, well ./The Tho-» js
i is
WfitVi'*°rTfiv six
^^>7J.h'.' surface, above the surface, and thi ,-latform is reasonably tight.
The contafcii:
la coming from a privy 30 feet from the well.
But compared
te almost everv other w?ll lr Lovilia, it is tha purest fountain of youtn.
Naturully, with the two doctor/s in tewa on the board of he?-lth
and y relations with them very pleasant, 1 do not wish to bo I
I positi l
»f bribing down the state board of hei-.lth, and of course I have been careful
of what I have aaid
using a epidemic scare, Tha more I see of
eonriitior.s is. towne such as Lovilia tie mere I at. ' pressed with tie
y of people to dr:
but the ha
and stay healthy. The thaory is gr*^x,
.eopla in ti-eae towne belie/ it.
:oroly yours,
Atwater,
-r, Iowa.
until :.ov. iii -
Pre^-.t ,
-
8
-
5
4
'
34
5/34
Nov. 10,
^
1&34
Dr. A. G. Tester,
Geology Dept.,
UniT.
of Iowa
Iowa City, la.
Dear Allan:
»pent the .aorning and part of the afternoon
at1_fe_n)getown^ where we cemented the well, finishing at
3PM.I
There is now^l46JJ2JL-^f 8" casing "belov/ the
surface. The last pieee of~"8" casing was not in George's
log book, so I do not know if you have a record of
driTing it or not. This was driven on Not. 6. fflji/
5 ft. 2 in.
was put down at that time. The last depth recorded is 152 ft.
We filled the hole with gravel ^
to 147'7", one
foot below the bottom of the casing. Mixing cement of
proportion of 2-1, we used 1-f- sacks, filling the hole u_j to
138'. The hole was making some water, because we bailed it
completely dry following the addition of the graTel, and
within 3Q minutes water stood at 134'. As the last sample
seems to be a gray silt, it is possible that the beds in the
open hole aremaking some water, altho this water may be coming
down past the shoe.
i»'
tfl
Water was then added to the hole, u_j to a depth of
BS'S'^to proTide pressure on the cement. The bit was then
lowered and while about 4 feet aboTe the top of the casing
was churned 15 minutes. The top of the cement was then measured
at 140 feet, a fall of 2 feet. Following a shut down of
30 minutes churning was resumed for 1^- hours when we
shut down. The top of the cement was then 140»6", and additional
fall
of
6".
One of the men is helping us moTe to Wellerjf Monuay,
and Tuesday the Georgetown operations will be resumed, when they
will arill out the cement and remoTe the gravel.
At 3PM I returned to Lovilia and measured the air line
to be put down. The base of the pumping pipe is 388'4" below
surface. We shall start pumping around 6 PM, and I shall submit
the results tomorrow evening following completion. Y$ur letter
was received this afternoon.
Sincerely yours,
-g^p-
ST-JLob_-
DAILY REPORT
OF
DP.I LLING PR0J£C T Date £OTj 6» 1934
"zk:.
Tine of filing _9j00
Bottom-hole Formation Sandy shale
Name of v/ell Georgetown
Hole drilled today:
ft. of 8
6
Depth at end of day 152
6
yesterday
in.;
ft. in a __8
_ft. to
ft.
From
Casing put in: 9* 5"
in.
hole; total footage drilled since
_ft.;
ft.;
to
ft.
in.
ft.
in.
8
in. size to
in.
size
in.
in.
size
size to
size, from -\ Z2.' T^• to 141» 6"ft'
size, from
Amount of open hole: 10 ' 6" ft. _ _8J]_
At
ft. of
ft.
Underreaming: From
'ater:
p.!.:.
ft. to
size
. No. of gallons
ft. Wo. of bailers
ft. below surface, levered to
Level of water
ft.
ft.
Kind of water
Log of well for day:
(Report each sample)
(Lest sample yesterday:
Lithology
ff+.i-vy j^MB day
From
Sandy shale
146
Same
149
bottom at
Lithology
To
From
149
r 152.
y%^cA- -—^bcraddJ^JMIl ~
Shut-downs:
Remarks:
Time
Cause
Top of PennsylTanian probably,. at_140.fee.t,
ft.)
2
To
3T-X0U-
DAILY HLPORT
OF
DRILLING JEBO-ECT
Date
NOT. 5, 1934
a.::.
Time of filing 7;50 PMP<I.;.
Name of Well Georgetown
Bottom-hole Formation Blue clay drift(?)
Hole drilled today: ^
ft. of
Depth at end of day 147
ft. in a __8"
yesterday
12
8
_in.;
ft. of
in.
hole; total footage drilled since
ft.
Underreaming: From
ft. to
ft.;
in. size to
in. size
From
ft. to
ft.;
in. size to
in. size
Casing put in:
2' 7" fax
ft.
;mount of open hole: 15
'ater:
At
ft.
2_». 8"
size, from 129-Jr ft • to nags i»ft.
in.
size, from
8"
ft.
size
ft. Fo. of bailers
Level of water
ft. to
. No. of gallons
ft. below surface, lowered to
ft.
Kind of water
Log of well for day:
(v.eport each sample)
(Last sample yesterday: pjrie sand
Lithology
From
To
Stky bl. cl,pebbles
135
i82
Same
137-_r
140
Same
140
143
145
146
_5rf/1r/_1____2l___*, *?<*-
S-tic_.y__b.lue clay
Shut-downs: Time
4 hours
drift
bottom at
Lithology
,-...
From
ft.
To
137j
.
cause Waitifag for driTe -pipe
_
Remarks: BelieTe wel1_ is still in drift. J_o_i._J__XLtaJ_n_._-Wat.fir nTnit-a£f
Pipe driTen with difficulty.
ST-XOO-
U/.iL.
K_,iAJrtT
OF
DRILLING P.";OJFCT
;Date NOV. 2_,_ 1954 __
Time of filing.
Name of well (ieorgetown
Hole drilled today:
Bottom-hole Formation _rine sand,drift
8
6 _-ft. of
Depth at end of day 135
yesterday
6 _•
8: 40 _p._.•;.
ft. in a
in.;
8
ft. of
in.
hole; total footage drilled since
ft.
Underreaming: From
ft. to
ft.;
in. size to
in. size
From
ft. to
ft.;
in. size to
in. size
_ft. _ 2
Casing put in: 8
in.
ft.
.-".mount of open hole : _p_£
''ater:
At
135
in.
size, from
ft. __S
ft. No. of bailers
Level of water
8" size, from 121 •4'*'t • to i p.o^ ft.
76
ft. to
ft.
size
52
. No. of gallons
350
ft. below surface, lowered to
ft.
in _- hour.
Kind of water list de .firm.nrnl. .Han black oily substance. No-eeloa-r
Log of well for day.
(Report each sample)
bottom at
(Lest sample yesterday: DarV gray (irffft
Lithology
From
jjark gray drift
128_oame, increasingly sandy
To
Lithology
-i opi
From
ft.'
To
132
T. Fine Ranri at bottom-132-^35—
Shut-downs:
Time
Cause
*&lgz_alx^0me °gggg£-2.&MJ^&*3l&lAxi£i._w.a___s_ashed-out of-a_.
a sample between 132 aotLlgfi but, the., caving -i-rosa-abe-Te-mattc-l-t--
impossible to determine aatual formation.
?ield (geologist
ST-lOoT^
Dl.lLX
!.-.iJUHT
OF
ILING m 0 JE0 T
Dat e goy
1__19 _____
-set:.
Time of filing 10
Name of Well Georgetown
Hole drilled today:
Bottom-hole FormaticnUnoxidized drift
8
31 ft- -f
ft. in a
Depth at end of day 12Bjyesterday 51
P.M.
in.;
ft. of
8
in.
hole; total footage drilled since
ft.
Underreaming: From
ft.
to
ft.;
in. size to
in. size
From
ft.
to
ft.;
in. size to
in. size
Casing put in:
45
ft.
in.
0
' at er:
7
ft.2" i
size, from
Level of water
ft
121
ft.
ft.
8" size
ft. Fo. of baile rs
At
87 ft. to
1short Joint puiiea;
size, from
ft. to
in.
ft.
/mount of open hole:
8
. No. of gallons
. below surface, lowered to
ft.
Kind of water
Log of well for day:
(Deport each sample)
(Last sample yesterday: ooi-Og.
Lithology
From
Dk« gray fresh till
_
To
Lithology
95
98
do
98
101
do
101
104
do
10_
107£
_do
q~ k
From
ft.)
To
107_- _ 110
do
110
115
.._Aft
-US
11§
do
116
119
do
119
122
do
122
L25
125
Shut-downs:
_bottom at
Time
—
:
I Depth corrected to 128-6" by
steel Ta^e"__e-i-3_[_refflexir}
Cause
Remarks: unly one joint 8" drive pipe left on ground.
Geologist
Oi-i-oi
UJ.ibi
i _ r u : i J.
DRILLING PROTECT
Date
(?c /• 3/,/j34-
Time of filing £/_?0
Name of v/ell
Bottom-hole Formation Kansan (?)
Georgetown
Hole drilled today:
14.5
Depth at end of day
1Q7.5 ft. in a
yesterday
24. 5
ft. of
From
86.5
ft. to
ft.;
in.
size to
in.
size
ft.
ft.;
in.
size to
in,
size
ft.
.'mount of open hole: _21
At
in.
of
hole; total footage drilled since
8"
to
8"
ft.
"ater:
ft.
in.;
ft.
Underreaming: From
Casing put in:
P,I;''
ft.
in.
size, from
ft.
to
ft.
in.
size, from
ft.
to
ft.
8
size
. No. of gallons
ft. No. of bailers
ft. below surface, lowered to
Level of water
ft.
Kind of water
Log of well for day:
(Report each sample)
(Lest sample yesterday:
Lithology
_M_l-Lf..rJ__-.dF__.C_:
From
dark gray sandy cl3y85
N
II
ll
_____
From
!""•)
To
89
il
89
92
il
•I
92
95
95
98
II
II
II
i|
II
II
II
II
98
101
ll
II
il
101)
104
n
II
tl
_.
.124
Time
35
_£_$.
II
Shut-downs:
Lithology
To
bottom at
U2Z.5
;
Cause
Remarks:
ologist
ST-l-O-
DAILY REPORT
OF
LLING ffiOJECT
Date
Oct 25
1954
zfcM.
Time of filing 7_:_20
Name of v/ell Georgetown
Bottom-hole Formation Dark gray drift
Hole drilled today: _5
ft. of
Depth at end of day 85
.ft. in a
yesterday 3
p.l.:.
8
in.;
8 in.
ft. of
in.
hole; total footage drilled since
ft.
Underreaming: From
ft. to
ft.;
in. size to
in. size
From
ft. to
ft.;
in. size to
in. size
Casing put in: 79
/.mount of open hole :
"ater:
At
ft.
in. 8 "
size, from
ft. to
ft.
ft.
in.
size, from
ft. to
ft.
3
ft.
8"
size
ft. No. of bailers
Level of water
. No. of gallons
ft. below surface, lowered to
ft.
Kind of water
Log of well for day:
(Heport each sample)
(Lest sample yesterday: Dark sandy clay & graTel_
Lithology
Dk. gray drift
Shut-downs:
From
To
80
83
Time half day
Lithology
;
behind casing.
80
From
ft,
To
Cause Waiting for__casing
remnrks: Tried drilling 31 below casing.
from
_bottom at
Sand and graTel fell_i»____
Not safe to continue with open hole.
Field/Geologist
ST-loo.
DAILY REPORT
OF
IILLING PT>0 JECT
Date
0_Ct_2_4t_19.A
_
AdC.
Time of filing
Name of Well Georgetown
Hole drilled today:
55
ft.
Depth at end of day 80
yesterday
35
Bottom-hole Formation
oi"
in.;
8"
8"
ft. in a
ft.
_8_:JL9
Drift
of
P.M.
Gray
in.
hole; total footage
drilled
since
ft.
Underreaming: From
ft.
to
ft.;
in. size to
in.
size
From
ft.
to
ft.;
in. size to
in.
size
Casing put in:
ft.
in.
size, from
ft, ,
to
ft.
ft.
in.
size, from
ft, ,
to
ft.
."mount of open hole : 80
' at er:
ft.
size
g"
. No. of gallons
ift. No. of bailers
At
Level of wa1 ;er
ft.
be low
surfece, lowered to
ft.
1
Kind of wati. r
log of well for day:
(Report each sample)
(Lust sample yesterday:
Lithology
Dark gray or black gumbo _bottom at
From
To
Lithology
Dk. gry.sdv cl. pebbles 47
50
Same( bit sample
50
512
Same
51-__8 53
Same
S3
_5_>
Same
56
59
5& Same
£9.
Q2
Same
62
65
Same
65
68
Same( increasingly nanrip^-fifl
g_l
Sand, graTEl & cl.
74
Shut-downs: Time
Remarks:
71
San pie is sand
ft
From
To
.but.
drills like clay
Dar.k__gra.y_sj4y^__l_,
7 AM to 6:00;AB Cause
47
_74
yi_
_3____ _S0_
Rain
The drift was Tery sandy from 71-74 JTee t
to be added to get enough wat.Pr for- ri-riiij-ig
but wate
A__A:_0Q___-- j_t
was decided that the well should be cased before drilling futther.
'Geologist
- ST-4.~.tt4
DAILY REPORT
OF
DRILLING PR0 JE.CT
Date _jpc t _____,_____> 54.
__SK,
Time of filing
Name of well George town
Hole drilled today:
24
ft. of 8_
ft. in a
24
P.^«
Bottom-hole Formation Black gumbo ,drift
Depth at end of day 47
yesterday
5:10
_n.;
8"
ft. of
in.
hole; total footage drilled since
ft.
Underreaming: From
ft. to
ft.;
in. size to
in. size
From
ft. to
ft. ;
in. size to
in. size
Casing put in:
/mount of open hole :
"ater:
At
ft.
in.
size, from
ft. to
ft.
ft.
in.
size, from
ft. to
ft.
47
ft. _ _8_|
size
ft. No. of bailers
Level of water
. No. of gallons __________
ft. below surfece, lowered to
ft.
Kind of water
Log of well for day:
(leport each sample)
(Lpst sample yesterday:
Lithology
In oxidized drift
From
Iel.&bl..gfly__gjL
To
£__
£_l
Same
26
29
2SsS2x same
29
32
32-
55
Same Increasingly sdy. 55
38
Oxidized drift, calcar. 38
41
Same
41
44
Same
44
4&_-
Same. Calcareous
.Black gumbo
Shut-downs:
bottom at
Lithology
23
From
ft-)
To
__^45
Time 2 hrs.3:50-5 50;
Cause Broke trip tongup in ^ajler
-
Remarks: Slight seepage of water obserred at 41 feet. This is the
i-ESEfl
"
"
horizon from which three shallow wells obtain water on the
prantBeir:—Bailer Lest will-be made-in--ti-e--Begn-.«g;
»v"»
•
Field Geologist
DEEP WELL STUDY
MECHANICAL ANALYSIS
A. Acid treatment (HCl
/£
2.C.,..7.t...gm. lOO.O'/i : F. P
Wt. after solution, with filter
4.
Less wt. F. P. (2)
5.
Wt. Insol. Residue
Analyst I.
.
/
Wt. lost by solution
(1 minus 5) .
.
.
.
...gm....
. /...-.
iuU %
gm
.100.-P.
SIZE
%
GRAMS
2-1
.
.
gm.
:
C. Screen Analysis /'f ,^hb
Subsidation:
1. Original Wt.
LzXa.ft.f/...,
Date...
-%
gm
J. To balance (5 plus 6) . .
B.
,
gm.
.
(3 minus 4)
tajfiL
No. samples used./
"..../,.Z/.....9m.
paper
6.
Depth JUL
2. Wt.
w
t, of
...
1. Sample weight
3.
Well No. W— Q.72A
%)
'/<
_. / /
il___.
1-J_ mm
c.>>
_____
2. Cylinder (+ 1/32)"
gm.
YvYa, mm
••
/O
_ _ _ _ _
J4-K mm
3.
Jar (1/32—1/64)
^y
^-1/16
..gm.
•','<
tr~
_____
4.
Drain
....
for details of minerals)
Sp. gr. Grade(s)
Wt. of sample . . . . ~*..:.?r:77....gm
Heavy Minerals
Light Minera
<fi.
„:..„
Is . . . . 5>.....^.A..QmJ/L.£
gm.
No. of
Grains
Heavy Concentrate
i<?7<9~
_-/
.' •
•f c
/C^'-mra.
'i
•
100.0
t V/j
Date
',
A
%: a..
%
r
7c=R
Rel.
%
..%: C.
Classification Grouping:
Primary Minerals:
n...v?..t.w...%
-
•%
Absol. %
,—_.
At 1
-
1,0
• _5
•I
__/ »-_•_.
•I
il
.;
3-1
• I
":?
I? . I
•a
._>
• i
L__
Total
>•
I 9:4
. ioo%
Light Concentrate
Secondary Minerals:
:
.^.f/.:.7.
%
7 f
. y
. <?
Cher*
Cl-
ro
Total
:.
100%.
Total
100%
Revised Lithologic Description (from descriptive log and laboratory data).
„>&.._
:
•ft.'A
Shape Analysis:
v_>
y a?
•
/'/. •/
/•(•
i
'*
Analys
S/
100.0',
r!.Se..gm
Minerals Identified:
*
-7/
(Use opposite side of page
Size-
-
Total
gm.
MINERALOGICAL ANALYSIS
Acet. Tetrabr.
Bromoform
_
.
Pan
\~.<.......<..:.
'.„-<*-.
:..:,...&..1.%J..d*.L(i
*
T ,ir /<•
M«jm + /-,/*
DEEP WELL STUDY
MECHANICAL ANALYSIS
A.
Well No. W— .<?.2.j£.£^..
Acid treatment (HCl.../,/.
%)
Depth J&
2. Wt. of
1. Sample weight
3.
<l.<J,..Ux
100.0'; : F. P
Wt. after solution, with filter
paper
Less wt. F. P. (2)
.
5.
Wt. Insol. Residue
6.
Wt. lost by solution
.
.
(3 minus 4)
Analyst <
gm.
'...„..?....
to../£^....
No. samples used...<?7r.
gm.
4.
7.
gm.
gm...cait.5.
%
(1 minus 5)
gm.__ D..1
gm
'/,
To balance (5 plus 6]
.gm....]0O.p
%
Date £/,
C. Screen Analysis //\ £,~3
SIZE
GRAMS
%
us
B.
Subsidation:
-2+1
1. Original Wt.
2.
3.
4.
. .
.
Cylinder ( + 1/32)
Jar (1/32—1/64)
gm
100.0%;
•gm
'/'
•gm.
Drain
Acet. Tetrabr.
\
Bromoform
(
mm
!/<-'
4-/4
mm
Pan
(Use opposite side of page
for details of minerals)
Sp. gr. Gradc(s)...'.t„//£
...J,.A.7,.....gm
100.0%
Heavy Minerals .
.
...?.£....gm
L£L%
Light Minerals
.
...5.:./....
Minerals Identified:
Heavy Concentrate
fvr'i+C
Ch A-/ iff;
mm.
j2Z
Y.-'7
A
No. of
Rel.
%
_____ I
:)
____!
100.0
7A*/.?.£
,%:a.
.',•:
-%: R
.%.
C.
Classification Grouping:
Primary Minerals:
Absol. %
i
7T3~
I
i.'/
A*.
•7.5
z 2 7
f? LlTi / c
r i ••• <• f" f -
J
_> '/
Zl V-_'_7M
•0
Cl&yt.
ra.
100%
Light Concentrate
s-3
•0
/ V
. f JTJ~i
HfO
•%
:P...J.:...L...%
I.9
_-„ ,- /. <• __
__LL
Shape Analysis:
Grains
ft, uf **"///" <
________
________
J-M-
Date
gm tL£L%
\{2-0
Q
_1.\0
Analyst ^At!L
Sizc_>i_e-
.
__£Z
Total
.
Tota
K-lJ4
„-l/16
-'/«•
.
Wt. of sample
'U-
1-14 mm
.gm.
MINERALOGICAL ANALYSIS
mm
3 3
Secondary Minerals:
3 t.JT
4(i..5.. •%
J
v-2-
I
ISO
35-0
2,l
Total
100',; Total
Revised Lithologic Description (from descriptive log and laboratory data).
\
-
100%
'
f./j
*
•'-• a
.
'•
^vv-y.
DEEP WELL STUDY
MECHANICAL ANALYSIS
A. Acid treatment (HC1....6.C
1. Sample weight
3.
Well No. W— ...<22Jl£..
%)
.r„../7„l7..gm. 100.0%:
%:
Less wt. F. P. (2)
5.
Wt. Insol. Residue
(3 minus 4) .
.
.
.
.
,
751
Wt. lost by solution
(1 minus 5) . . . ,
_?
Analyst I<Z//t?rf.±..(£/w./?jf...
gm.
: gm...a^.
. •-••
gm
Date .£/?.^/.?.C^..
'•
5.$...
.gm...|Mi.O
To balance (5 plus 6)
to..7£
No. samples used__,D
gm.
4.
7.
F. P
Wt. after solution, with filter
paper
6.
Depth ./..££..
2. Wt. of
C. Screen Analysis / <•/ O y
SIZE
',
GRAMS
%
2 plus
B.
Subsidation:
?-fl mm
1. Original Wt.
.
1
gm.
l-J/_i mm
gm.
Vl-XA mm
'•
_i_
.
2.
3.
Cylinder ( + 1/32]
/
Jar (1/32—1/64)
_2__B_
••
<?S>7
]4-*A mm
K-l/16
-U.
________
•
...gm.
£____!
•
Pan
=_____,
4.
Drain
....
(Use opposite side of page
for details of minerals)
MINERALOGICAL ANALYSIS
Acet. Tetrabr.
\
Bromoform
l
Wt. of sample
Size-
Sp. gr. Grade(s)
.
.
.
Heavy Minerals .
.
.
Light Minerals
3JU
.os-
Minerals Identified:
100.0%
*£•£_:
"IV *
B-. «■»■«♦•■
Tr
J:..4>
•gm.
No. of
Grains
Heavy Concentrate
/*•>•>••
gm
&.Z./fa
2.U -gm.
„__ $££
.
Total
...gm.
mm.
•;,
$?*/}£.
', : a.
.%: C
-%: R
-'•
Rel.
%
/ —
. /
•/
Ta"
/ 7
6 ~ • r • ~t
»« -
-
•%
-v..
Classification Grouping: ^- —
Primary Minerals: ....A../..<X.....%
"d
-
-
Absol. %
• /
~
- O
-
•9
I •
I
•o
'•
• 0
• o
Py ,
.*"
'* J
I. i ^>- <' €
• ?
I
•
Date
A
Ck lo«- l'^ <
*•!
Analyst
Shape Analysis:
/
7 *
100.0
• 0
j no
.
I6'.C.
_
100%,
Total
Light Concentrate
H.i
Secondary Minerals:
Z_<i..J?....%
V
-
HI.
•
u
Total
•
///$
100%
Total
100%
Revised Lithologic Description (from descriptive log and laboratory data).
'-•
;
:
.:....
.'...:
:..:,.
.
'.
*
... /•'••'
w
•///
r
DEEP WELL STUDY
MECHANICAL ANALYSIS^.
A. Acid treatment (HCL./.d
1. Sample weight
3.
_/
•••....7..gm.
•.
Depth ../„££
2. Wt. of
100.0'/. : F. P
No. samples used.v^
—*X.._2..fr:gm.
4.
Less wt. F. P. (2)
5.
Wt. Insol. Residue
6.
Wt. lost by solution
.
.
.
Analyst /.dL//At.±.&itjRl.
Date .^2_._|__?_C
gm.
(3 minus 4)
to..*?/._?....
_.
Wt. after solution, with filter
paper
7.
Well No. W— ./ZZLZJl
%)
_.../...-
_
gm
/
3_aU*_
%
(1minus 5)
gm
1,..5 %
To balance (5 plus 6]
gm
MjlO.^
C. Screen Analysis _.. / ^£2
SIZE
GRAMS
%
2-pius
B.
Subsidation:
•ftfl mm
I.
Original Wt.
.
2.
Cylinder ( + 1/32)
.
.
.gm
100.0',
+ 2/
\-]/2 mm
n
______
3.
4.
•gm.
Jar (1/32—1/64)
-'-•
Bromoform
\
for details of minerals)
Size-
LSp. gr. Grade(s)....'A..T..jflk
3-..«3..-?...gm
Wt. of sample
.Co-
Heavy Minerals
-gm.
3. X _
Light Minerals
100.0%
..J..'J.
•gm.
No. of
Minerals Identified:
Heavy Concentrate
Grains
1. 3. 3 _?
-
,- , / e
9 ?_7
y a ^
? / 9
jz. / a
C h I oy,T<.
__"; y
^ZL
H.
Total
_______
100.0
(Use opposite side of page
MINERALOGICAL ANALYSIS
\
__u
S3_
Pan
.%
•gm..
Acet. Tetrabr.
ULL
J4->^ mm
X-l/16
-gm.
Drain
J^-J4 mm
•'•
f y
e C Ai
I >vi<r* »+
rttt'i
.~«,t«_ *jj'-r_3
V7
2-/
AC
Total
Analyst ...L±.A^..
mm.
Date
7/lM.
Shape Analysis:
%
A
%: a..
%
r
%= R
Rel.
%
.-7. 7
af I
,.%: C.
Classification Grouping:
Primary Minerals:
b ? _•
Absol. %
k?.!j..tP....%
c .-
-
_
_r<W />
—
—
•9
'/
rn * /in C
3 '_*
Si.
2 -f
lor if e
• /
Zi y- £.<• ;.
J I
1 <:.
:tc
•(.
*/.<_,
.: / 100%
Light Concentrate
S-30
•%
'J 2 Z,
7.5-
Secondary Minerals:
Py •• . • •
-
-
—
3L..Q....%
•y
•o
HO
f s-
Total
7 G
r-100%
Total
100%
Revised Lithologic Description (from descriptive log and laboratory data).
V
•£»•••
.M.M..1.*.
'.....;
Ut/jkhlx*
;..«.._;../?./ r /"/ie _- 3 /^
.
7 ,., I^Je^ /4*J»« ilic
DEEP WELL STUDY
MECHANICAL ANALYSIS
A.
Well No. W— $.2.2.$.
Acid treatment (HCl..../~_>.......% )
2.
1. Sample weight
3.
___
_.gm.
Depth 2.W..
Wt.
Wt. of
100.0% : F. P._
Wt. after solution, with filter
paper
. .Z/:.£d....9m.
4.
Less wt. F. P. (2)
.
5.
Wt. Insol. Residue
to..,?/.!....
No. samples used.-i
Analyst /jM/jfa&Jfe&L*dL.
gm.
Date 0fy&£l
J3L& gm.1L!. •'/,
6.
(1 minus 5 ) .
. 1 rZ....gm Q.S.. •'/,
7. To balance (5 plus 6) . Z L.d..&. gm...J.^j.Q....%
(3 minus 4) . . .
Wt. lost by solution
C. Screen Analysis j /, C?0
SIZE
GRAMS
%
•f--ptli3
B.
Subsidation:
-2-fl mm
1. Original Wt
gm
100.0',
2.
gm
',
Cylinder ( + 1/32)
• .
,JI
14-14 mm
.; 7
]4-/i mm
3.
Jar (1/32-1/64)
gm
H-l/16
%
o.1?.
5
1—j/_ mm
•
*.$
14* OS
n\_b
^.00
VS,3
IU o
100.0
Pan
Total
MINERALOGICAL ANALYSIS
Acet. Tetrabr.
\
^noiorm
I
tor details of minerals)
Spg, ^tde(S)JA..:.A
Wt. of sample
_?„...x
Heavy Minerals
'.
_! i?"
gm
gm
100.0%
.<?..-../.
*:.?...?.....gtn..f..Z..4.
Minerals Identified:
No. of
Grains
Heavy Concentrate
A.n
(Use opposite side of page
Analyst tf.M?J..?J.L.
Date
7/.f.l/?J
_.
Light Minerals
\.(o
mm.
~~
Shape Analysis:
',
A
%: a
.%: C.
%
r
%: R
•7.-
Rel.
Classification Grouping:
%
Primary Minerals:
-&7751
%
Absol. %
£e._?.„.x..%
/•/
•o
T I ... f „ , 1 £
.
;• ^
•
•
_
cA/es-j+e-
*,-r
c
Fo^r/i' _ ///I C
C/V-/ •" •
fy
1.3
; ; 2.
3.3
•/
Jo *• *- fc-i a ''" -"
_r. k- _ <- i
•/
•o
• -
Sitf r ;te
/ -
-_
.0
37.(,
IHCI
Total
3fZZ\00'/r
Light Concentrate
Secondary Minerals:
_r
i *
Cl a y
_./
3-T->
3?. 8
/_r.i
_T
Total
• <_,
..J
100%
?..-..•!<&.
*9J.£;A/.£..i../xj.*.&.c*a.tf.&
,0
n. 7
Total
Revised Lithologic Description (from descriptive log and laboratory data).
*J..'...K...<2..*:..<.de-. :
^.?.-.*2...%,
100%
:.hl^Ji:..%b..j...^..^...$.}3>..Fl!:.'.t?
DEEP WELL STUDY
MECHANICAL ANALYSIS
A. Acid treatment (HCl
Well No. W— <?..2.£A
%)
Depth £.11.
2. Wt. of
1. Sample weight
3.
_.gm.
Wt. after solution, with filter
paper
.
4.
Less wt. F. P. (2)
.
5.
Wt. Insol. Residue
(3 minus 4) .
6.
.
.
*_
No. samples used..rr^.
-
.
To balance (5 plus 6)
.
..
Analyst /jk.tf<fy±.L&*j}.*/..
gm.
:._.'.
.
to.Z2.3..
gm.
.
Wt. lost by solution
( 1 minus 5) .
7.
100.0% : F. P__
-•'
gm....lL0
%
gm
%
%_•{.•
gm..
Date ,:/l.^S:..
C. Screen Analysis / f. £ £
SIZE
.4Ck?....q...%
GRAMS
%
3-elus
B.
7f 1 mm
Subsidation:
1. Original Wt
2.
100.0%
gm..
Cylinder ( + 1/32)
gm..
'••
4.
gm..
%
Drain
Acet. Tetrabr. ^
Bromoform
(.
Wt. of sample
.
.
.
Heavy Minerals .
.
.
Light Minerals
.
.
.
..X.'JA
gm
Heavy Concentrate
111 •;
•gm.
•:*jy y a r t
ff,*< it c
''*•_
V--7
.1.
-
•I
•I
•I
-I ". «- - 1 I1 c
• o
K« i1 »'«
./
• I
r».. <• r>\« <••'<
<_
.
• o
• 0
• o
7-,+a * ; t e
• o
typr" hie/• </_»
<V « * " T 2
30-f
*9- 7
-
Clatf Secondary Minerals:
i,„,_.„,»'.
-1-
i.l
I i '.. , , I ••
B.» i1 , f«
100%,
Light Concentrate
Absol. %
S4.:.-?.....%
6... •- >• r *
•7
s-
Total
•7o
_,rc«M
/•_>
3-
7J.?..?/.U~.
•7..
Primary Minerals:
•
//..
%: R
Classification Grouping:
IS
100.0
/'• ,/v
r
%
7-, .- , "/_ ' •'•'
*ii ...«-)_•<•
6.6
.% : C.
Rel.
.<a_
1(*.1
%: a
No. of
'?_?
'•
X 11- _ or.
.• r i+« . .
!_
1 .r 2.
A
Grains
I\l6
6
Date
«
. 0?
Analyst J
mm.
\\. \
Shape Analysis:
ZjJL.%
gm.
Minerals Identified:
_,.
100.0%
.Ot
a. ff
)/
J&
3
Total
(Use opposite side of page
for details of minerals)
SizeGrade(s)
•H ) 5
^,o
//). 7/)
Pan
%
MINERALOGICAL ANALYSIS
"7V
•~
H-l/16
Jar (1/32—1/64)
4.*
Y2-% mm
xA-\4, mm
3.
:??.
1—}/2 mm
*s
l 7-S
C3
t(.a.:X?..tfc
1.1
-
VA6
7-"
Total
If J-C 100% Total
Revised Lithologic Description (from descriptive log and laboratory data).
a
»
/,
_/_.'.«.__
100%o
£.A.:..fc.;jP.ZJ.Z.±«.^
djLkJssJEULSkjiLl±^ ixtxulausA k*»4
«(,.; LL.^..^....,,
_X-
T»;<./y"!'3
Ma.* » * f'ic
DEEP WELL STUDY
MECHANICAL ANALYSIS
Well No. W— .6.2.2-.S
A. Acid treatment (HC1..../.2
%)
,./? ..
1. Sample weight
3.
Wt. after solution, with filter
paper
4.
Less wt. F. P. (2)
5.
Wt. Insol. Residue
(3 minus 4) .
6.
7.
.
.
.
.
100.0% :
Depth .. .23.
F. P
to..
No. samples used../.
<^.Q,.£..f7...gm.
hna\ysTUMc^.:
.
•
gm.
.
./
gm....a^
.
. .LA:
gm
k,H ,/f
.3
gm.
0S.O rj
Wt. lost by solution
(1 minus 5) .
2. Wt. of
gm.
To balance (5 plus 6)
Date
%
C. Screen Analysis
SIZE
/ jf
'/
GRAMS
-2-pk»3B.
•£+1 mm
Subsidation:
1. Original Wt.
2.
3.
.
. .
Cylinder ( + 1/32;
Jar (1/32—1/64)
.gm
100.0%
•gm
%
•gm.
__________
l-}_ mm
<7Q
A-IA mm
l~gt
-Ll
_a_i
lA~l4, mm
H-l/16
i?*?y
k&A
.0
•%
_
o,
_
Drain
....
•gm.
omoform'
Be
for details of minerals)
\
[
Analyst £l*.?.Af.//..,
Date
^*.?Z?<C„.
„.
.....:...Sp. gr. Gradc(s)
„ 1.6
Wt. of sample
?..:..'./.
gm
100.0%
Heavy Minerals
.',...
gm
J.,.3.....%
1
Light Minerals
.'
I^.^O
100.0
(Use opposite side of page
MINERALOGICAL ANALYSIS
Acet.
:et. Tetrabr.
ietrabr.
Total
'/.
_
»5
'an
4.
_2L_1
I •-"""
Minerals Identified;
__•(-<
Shape Analysis:
A
%: a
-7 %
.gm..../..(a
No. of
Grains
Heavy Concentrate
mm.
Rel.
%
.%: R
%: C.
-%•
Classification Grouping:
Primary Minerals:
7o
Absol. %,
b.*?...i.l....%
ll
/>/_>
__-*_>
• o
_-_M
I
,.
•a"
- J e.
ci. I» i- i +• c
•I
/,.?
!
I bo
a r / /- c.
•I
•
7
• 2.
•O
-
0..0
•I. '«-
'
17
7-, t » ,, ' 1 c
, O
•x
i I
___
'/-?•__'
•o
a:
I P. |
_-._.
yd 171007c
Total
Light Concentrate
• -- y _:
13.1
36'S"
Secondary Minerals:
17
• o
ci
31-1
/5"._.
6>0
¥r
Total
// r-*100%
Total
Revised Lithologic Description (from descriptive log and laboratory data).
J*<aM*£&S&!S^/:Ji»:....:....•::.;. :. . :
:..-/.
A...7..%...$.d..*.U&
.3..4..'./....%
s..c.!>.:..
/_.:..*...
100%,
...: ;..-J^.;....*-..?..^..^/.^j1^..c>:a;^:/^....
.l.?...../r#..>r..}.f...i.z..<..<(. *na.ts(l...(ki
!?.fl./T.
_J_
DEEP WELL STUDY
MECHANICAL ANALYSIS
A.
Acid treatment (HCl
Well No. W— &jgJ!Ls>
.'.-,
%)
n. .. .
1. Sample weight
3.
2. Wt. of
..:J..:.,A.L..gm.
Wt. after solution, with filter
paper
Depth 226
100.0% : F. P
.
toJ&&LL& •
No. samples used./.
l../..'./.fj.....gm.
_____-—
4. Less wt. F. P. (2)
5. Wt. Insol. Residue
.
. .
(3 minus 4)
6.
....:.....:.
gm.
i..../...'..4:
gm....J?P.>.0
a
Date...+:..:
yr
.r
Wt. lost by solution
(1 minus 5)
7.
-_""""~"_7
Analyst /j2././£a.tr..Jj°J:i.Kef.l
'.*,£'.'.
To balance (5 plus 6)
.
gm
?sb>.Q %
C. Screen Analysis
.uu ....gm l$f?..,0...%
SIZE
/<_j? • _)•__>
GRAMS
%
2 plus
B.
Subsidation:
2fl mm
I.
Original Wt
2.
Cylinder ( + 1/32)
3.
....gm
100.0',
—gm
Jar (1/32—1/64)
7,(5
. /
lA~A mm
j^-1/16
',
•7.r-7
3
Pan
4.
(Use opposite side of page
for details of minerals)
Acet. Tetrabr.
1 etrabr.
\
Bromoform
_.
j.
Wt. of sample
Sp g_ G£de(s).J
.
.
....2:..?..?:...gm
100.0',
•l3....gm
H.J. '•
Heavy Minerals .
Light Minerals
.
Z*.
No. of
Grains
Heavy Concentrate
1.51
n.^
34.)
IS.8
*7*
4.4.
"7 /\
100.0
Analyst ..'.-.
.f..#...
Date
C.
Shape Analysis:
.
Minerals Identified;
mm.
i,6
73
/ 7
Total
Drain
MINERALOGICAL ANALYSIS
O.
A~A mm
',
—gm
. P
1-J_ mm
A
% : a..
r
%:R
Rel.
Classification Grouping:
7.
Primary Minerals:
•%
•7<-
Absol. %
/../..•.£..%
a. j » u
''J-
•
-
_.,.
3-
•
•7
zi
I
•.
.
.
•
I
rr
IJi
• it
ee-
-
-
I
-
2.2.
C .• •
/•<?
•
-
r.
"
V?
/
>
••
II ••
-'
0
"-.
10 1
•
/ A? 7100%
Total
Light Concentrate
ml
_-
a 7. 'I
p _>
*/._
a *
./—
•
y
1
Total
3
*0
. IP3. C
It
5
Secondary Minerals:
2
. L i»*»« '
e
'"'
- •
..i?.t...^k.«j.<....*^
..pn.i.h..e.Jc.G.I.&*
-
9.?
100'/;
Revised Lithologic Description (from descriptive log and laboratory data).
..3.*.«.«/.«.7h.ft.n.i?..A..Fi.».«..i._«
i
.^.s.«.q....%
.....*. .;.^
«..<L*...?.**/.....//:..y..j.„^
100%
^.
.7 .,.- / -. J i*_j
<f * ?i ;t
*.
DEEP WELL STUDY
MECHANICAL ANALYSIS
A.
Well No. W— ..<?..£.2.*>.
Acid treatment (HCl
%)
Depth 3.2$'M\oa2JJ.
2. Wt. of
1. Sample weight
3.
.J<c:.....::.'/..gm.
Wt. after solution, with filter
paper
. ..2ti.t.A»....gm.
4.
Less wt. F. P. (2)
.
5.
Wt. Insol. Residue
(3 minus 4) .
6.
100-0% : F. P.„.
.
Ana\ysfZ^/..:7.±/.l...!.:..:
.,.•—••'-...gm.
. 1.1,1
.
No. samples used..7
gm...3k,\
Date J2aW&£.
%
Wt. lost by solution
.
(1 minus 5 ) .
*..l:.:.....gm
7. To balance (5 plus 6) . . C.0.A
gm
2>_a
',
C. Screen Analysis //_. "_>".__)
!(..„„D...7C
SIZE
GRAMS
%
2 plus
B.
Subsidation:
2-fI mm
1. Original Wt.
.
gm
100.0%
gm
%
_L__Z
l-l/? mm
r>
^2£_
7_ ^\.°i
_ _ _ .
2.
Cylinder ( + 1/32;
]/2-A mm
- —
lA-A mm
_______
3.
4.
^-1/16
Jar (1/32—1/64)
Drain
•gm.
....
\
Bromofor-nv
l
Size,,
//
Sp. gr. Grade (s)..(&.~.../).le.
(.!._?...•? gm
100.0%
Heavy Minerals
1..~J.....gm
l.9..:.4k..%
.
.
Minerals Identified;
No. of
Grains
Heavy Concentrate
fy, -•*«
M 1 i ...
I
>
.
, ,
. -,»
mm.
.
Date
A
%:a
%: C.
•7c- R
Rel.
Rel.
%
Primary Minerals:
It,,
Absol. %
C,?3..>Jk...c/v
c
-
—
—
-
• /
. 2.
L t i.
-.',,•
%
.%•
Classification Grouping:
,,
•
• I
V. 0
' • ' e.
100.0
lC:
1-0
.-- .1 , •
______
Shape Analysis:
1~ •
•7
„i* c
...
UML
i__J_
Analyst
1-X.Lgn. Z£lL,%
.
,z/
Total
(Use opposite side of page
for details of minerals)
Wt. of sample
Light Minerals
_
Pan
_'/c
gm.
MINERALOGICAL ANALYSIS
/•Acet. Tetrabr.
%
6 * > >• ^ '
—
•I
• Z
o-7
i •
a- 3
cj. 'v- •J C
43-2
13.o
"*
100%
Total
Light Concentrate
fic
yl.l
Secondary Minerals:
v._r
JL&i.«....%>
*$•*
16.1
t.O
100%
Revised Lithologic Description (from descriptive log and laboratory data).
%*^.t^^^.:.I^g..u..>s-yi,^r,..^.:.^.:.
_.£__».^.£_^JL_&^^
100%,
*
+y>i
DEEP WELL STUDY
MECHANICAL ANALYSIS^
A. Acid treatment (HC1...._-_T.
Well No. W— .0...%a\.Si
%)
-
1. Sample weight
3.
F. P
5. Wt. Insol. Residue
Analyst .(.fk.({{&*:...£G*.G£.L.
...2,.2.C-...gm.
_,
(3 minus 4)
to.£$2.'J.J?«
No. samples used.....
Ll.:...P.P...gm.
4. Less wt. F. P. (2) . . .
.
n
„.4....2_X.g_n
I
Date £hf?/.Z£:.
(h.7.l....</<
Wt. lost by solution
(lminus5)
7.
100.0'.; :
Wt. after solution, with filter
paper
6.
Depth .2.3/
2. Wt. of
.ZkiSA-gm.
To balance (5 plus 6)
?..'.A>....gm
.
.
*?..?/..<£..,.',
C.
Screen Analysis
SIZE
2.L.0J. gm t..?..<?.>±....%
GRAMS
%
2-p4trs
B.
Subsidation:
__-fI
1. Original Wt
2.
3.
gm
100.0%
Cylinder ( + 1/32)
Jar (1/32—1/64)
mm
. 05
l-j/2 mm
Drain
•gm
Yl-A mm
iT.oV
V\-Vk mm
^-1/16
2. SX
IC.7
. 56-
*>. 7
Acet. Tetrabr.
Wt. of sample
\
(
Sp gr
Total
Size-
/
mm.
gm
100.0%
Heavy Minerals .
.
gm
%
A
%: a..
Light Minerals
.
gm
%
r
%: R.
Heavy Concentrate
Total
No. of
Grains
Shape Analysis:
Rel.
%
Classification Grouping:
Primary Minerals:
.%: C.
•7c
Absol. %
%
1007c
Light Concentrate
Total
100.0
Date
.
Minerals Identified:
0<o
/
Grade(s).....^.-./.:,
.
.
/•J.
(Use opposite side of page
for details of minerals)
MINERALOGICAL ANALYSIS
Bromoform
%
__
4.Z
*> '5 ?
7'. 3
.if
Pan
4.
.
Secondary Minerals:
100%
Total
Revised Lithologic Description (from descriptive log and laboratory data).
%,
100%
DEEP WELL STUDY
MECHANICAL ANALYSIS
A. Acid treatment (HCl
Well No. W— ..a.
&!...% )
3.
__Z.gm. 100.0% : F. P.^.
Wt. after solution, with filter
paper
4.
Less wt. F. P. (2)
5.
Wt. Insol. Residue
(3 minus 4) .
6.
Depth 232.'.& *u32£L
2. Wt. of
1. Sample weight
.
../....,..
No. samples used../.
gm.
Analyst"
gm.
. ULZZLv* ._8L_1
.
Date .. \
%
/£'<
Wt. lost by solution
( 1 minus 5) .
.
.....
.
am.
...%.7.
C. Screen Analysis /(_> . 6> I
•7
SIZE
7. To balance (5 plus 6) . . \x.*3..J......gm \Dft.&...%
GRAMS
%
2pK:u s
B.
-^ff-1 mm
Subsidation:
.
.gm
100.0%
2. Cylinder (+ 1/32)'
•gm
',
1. Original Wt.
.
±SL
1-J_ mm
1-4-7
Vv.
3.
4.
Jar (1/32—1/64;
Drain
....
\
..-•...Sp.gr. Grade(s)
Wt. of sample
.
.
Heavy Minerals .
Light Minerals
.
.
:.!.?.
& • V,u
fa
gm
100.0%
gm
J...l....%
No. of
Grains
Heavy Concentrate
3/ 70""
2.9
II
mm.
Date
?/«..?/.:•b
A
%: a
. A
r
%: R
•%•
Rel.
Classification Grouping:
%
Primary Minerals:
.
•
3_-
i
8"
•7o
•I
-
-'
•?
-
•3
•I
•I
•I
•I
13
•Q
,o
i .o
37. i
17-6
•
I
M
100%
Total
_..
• 0
13. <i
,-f
•
s
Absol, %
C.JLa.%.%
•3
-
100.0
Analyst
•(,
1
A___=
Shape Analysis:
,L1 gm.J.A:!....-.
gm.
Minerals Identified;
Z
Total
(Use opposite side of page
for details of minerals)
Size-
Bromoform
HH
Pan
•gm.
MINERALOGICAL ANALYSIS
Acet. Tetrabr.
•'•
__a_^*=•.£.
/s?
H-l/16
.gm.
-____-
.____
Va-M mm
s\
Light Concentrate
Secondary Minerals:
_).../..„>?....%,
•
-
•57-V
/•7._
-
•
tit,
77
Total
<g y ••- 100%, Total
Revised Lithologic Description (from descriptive log and laboratory data).
100%:
^.S...l...te.«.^../-f.^;.:^„.^„ &.rw#...&&.^J..^
.h.u..
..£//?../.
,-/.*../..<:/. J.**J.^.>...£^?.$..(?X.L:i.^..:,.£j.xiii*£l....:.
7u...L\3.Z....^jp..?.^.±h/-f
+
VrtxfaStif
•
<r
DEEP WELL STUDY
MECHANICAL ANALYSIS
A. Acid treatment (HC1.7i?.l
Well No. W— 12.22-.J2
%)
Depth 23./571..
2. Wt. of
1. Sample weight
3.
..:../..:..\:..k...gm.
Less wt. F. P. (2)
5.
Wt. Insol. Residue
.
.
.
Analyst lQ.(/st^.f..7^J!X
gm.
(3 minus 4)
\o2-.3.!7....
No. samples used../
Gz.Q:k?.{ts...gm.
4.
.
Date &&&S&Z
..L'.}£Q..
gm
3>.%A...%
.'• • • '.
gm
).JP.t.(q...%
gm
iOO.O %
Wt. lost by solution
(1 minus 5)
7.
F. P
Wt. after solution, with filter .
paper
6.
100.0% :
To balance (5 plus 6)
.
. ..,
C. Screen Analysis / 7 ^-/^
SIZE
GRAMS
%
3rphlS
B.
<%f\ mm
Subsidation:
1.
Original Wt
2.
Cylinder ( + 1/32)
gm
100.0',
.
A~A mm
7d
\\.&
?
\%\
1 .3d
f(.n
v
H-l/16
Jar (1/32—1/64)
t.a
o
A-A mm
3.
\a*
-:
\~A mm
Pan
4.
Drain
-gm
\
Bromoform
(.
%
r/.
100.0
• _
(Use opposite side of page
for details of minerals)
MINERALOGICAL ANALYSIS
Acet. Tetrabr.
\A
Total
• //
Size-
- Sp q
Date
Wt. of sample
.
.
.
Heavy Minerals .
.
.
Light Minerals
.
.
.
./:...?./
gm
-
Lit.
,0.1
gm.
.%
Rel.
No. of
Grains
Heavy Concentrate
•,
.1,71.%
•gm.
Minerals Identified:
I
100.0%
Led
e.
—
Shape Analysis:
A
% : a..
r
%: R
.%.
Classification Grouping:
Primary Minerals:
Absol. %,
&£.:7....%
. /
-TS-]—
•O
i.y
-
•I
• i
m irt
6
•7o
•/'
-
•I
I •(.
J7
n
• I
.1-
•
10
•o
•2
. /
•0
•I
A ar-
• c?
-5
-•
•X
• O
31.6,
•
Total
IH.%
Hi 100%,
£ /«-y _
Light Concentrate
Secondary Minerals: ....3.3..>.&.
» , / cf ••
i
'
_•/«
13 *
Total
7 '-• 100%, Total
Revised Lithologic Description (from descriptive log and laboratory data).
.7 '.:\:hl^!*.}..:7.
.h.ȣ4...*J.A..y.
100%,
ajrf*../fc.:.&.»^
'.....'S..Z>..,...f.f..:.:
...<W....M......_..„.d.^
? • 'i % ct.- />' " - - '• •••• a
9-7
23.<%
;?_.V
<-;! •
ll<?
%
........:...i?./:K.!l^.
&../_....« &.g#.7!j...j?±r.'J...'..?. *....<...**....*/. e.Lt.Ji.J.'t
i /- /• <
•. Aa /e
*
DEEP WELL STUDY
MECHANICAL ANALYSIS ^_
A. Acid treatment (HCl
1.
'.
Well No. W— &.2.2A
%)
Sample weight
3.
.,....:..:...gm.
Depth PJ.2.
2. Wt. of
F. P
100.0% :
Wt. after solution, with filter
paper
Less wt. F. P. (2)
5.
Wt. Insol. Residue
.
.
.
" "A^7 _.
Analyst &./¥^&..(jZir.ajrJ....
gm.
.
(3 minus 4)
6.
No. samples used.7w.
..:.O.m..b..cL.gm.
4.
-
toJZSk&r
gm
.!A__
%
gm
l_Ut
%
Date .;,./'JlHil.
7
Wt. lost by solution
(1 minus 5)
7. To balance (5 plus 6) . .
gm
C. Screen Analysis / K _j _?
SIZE
1Q.0....0...%
GRAMS
%
2 plus
B.
Subsidation:
2-1
1. Original Wt.
.
.
gm
2. Cylinder (+ 1/32)'
-gm
100.0%
mm
l-j/2 mm
-U_
'2-/4
••
•A?
A-A mm
3.
Jar (1/32—1/64)
4.
Drain
-gm.
....
'
Acet. Tetrabr.
Bromoform
-%
Grade(s).....
mm.
.
...Ll.
gm
100.0%
Heavy Minerals .
.
'...!
gm
£JlL%
Light Minerals
.
gm.
No. of
Grains
Heavy Concentrate
Date
A
%: a..
.%: C.
r
%: R.
•7-
Rel.
Classification Grouping:
%
Primary Minerals:
i
•%
Absol. %,
j_...,Z....X...%
-
*
?./..?.Z/.2£..,
Shape Analysis:
: gm WJL*%
Minerals Identified;
-V. .v
100.0
Analyst
Size-
.
35_1
Total
.
Wt. of sample
_____
Pan
(Use opposite side of page
for details of minerals)
Sp. gr.
_&>___
H-l/16
gm.
MINERALOGICAL ANALYSIS
_ _ _ _ _
./
-
•I
•1
1-3
•I
/.?
H.I
'
•z
•3
6* • .• • -
J
•O
w
.
H3.2-
-
7-7
_.
Total
..' V / 7 100%,
Light Concentrate
CO
Secondary Minerals:
3-*%-/.._=•....%
'IC
2 1.C
,4f
•
i 7 7
7- 0
Total
12
100%, Total
Revised Lithologic Description (from descriptive log and laboratory data).
J.«.».<!.d...
'7
:.' ..
\.:.^..^..J?..K.!M..?..ti.k.V..^
'
c
. o
•I
21.1
100%
..J
DEEP WELL STUDY
MECHANICAL ANALYSIS ^ ^
A. Acid treatment (HCl
!:.
o .
1. Sample weight
3.
Well No. W— .._€___?-•_.
%)
'.
.
gm.
100.0% :
Depth 2.i/.al^...xo.J.f7l.^:..
2. Wt. of
F. P
Wt. after solution, with filter
paper
No. samples used...7
/.f7..'./7.......gm.
4.
Less wt. F. P. (2)
.
5.
Wt. Insol. Residue
6.
Wt. lost by solution
.
(3 minus 4)
.
AnalyTT^^.
Date lJ.:.7,d^Z.
/—gm.
.
„..../..<2...gm
b.Q.<X....%
_
(1 minus 5)
!.jJl..gm $%!>.....%
C. Screen Analysis fso^-?
7. To balance (5 plus 6) . . r.ll...Q....gm.AM..,0 %
SIZE
GRAMS
-
2 plus
B.
Subsidation:
1. Original Wt
/..<,?-.
2. Cylinder (+ 1/32)
qm
100.0%
...Z..27....gm
!£.._<?...%
2-1
mm
\-V
mm
1X-I
4"+8
3. Jar (1/32—1/64) 2/3 O
4.
Drain
:ZA..gm
....Ll
,.....:.....gm
.
*• Acet. Tetrabr.
Size-
Bromoform
.lSp.gr. Grade(s)
Wt. of sample
Light Minerals
.77
3.,..'/.7. gm
100.0%
\.....7....gm
l.i.*%.....%
Heavy Minerals
?.._!..?..?....gm..._L_A.?.
Minerals Identified;
Heavy Concentrate
fyr >+ «•
31
%
No. of
Rel.
Grains
%
£,V
Total
_____
A__£_
______
____J__
&A
100.0
i___
Analyst 'll.djS.H....
mm.
Date
7Z?-_7-?-£.
Shape Analysis:
A
%: a..
.%: C.
r
%: R
.%,
Classification Grouping:
Primary Minerals:
«•
X/h..- ,. ,t f
•7o
Absol. %
.--C/..'./...%
•
-
-
•I
-
,o
«-
«-
,0
1.0
mo
*:.
/•_?
... *!
2Tlr c- o y
h
•0
-•?
'O
•
•
A ..
/, P£
- —
'*f/i*
i
___:
mm
Pan
re •
i 9-F.
'
%
\L.$.%
,/
-/^-
H/16
(Use opposite side of page
for details of minerals)
MINERALOGICAL ANALYSIS
>
Yz-A mm
(x* y tl*t
.0
•
. o
. o
;./
IZ
I U
Total
.D
•3
•3
10
36-6 2100%;
Light Concentrate
set
- •' 7C
i
F< U,fA>- •
Secondary Minerals:
J.f7.:..l.
%
6
I.I
•o
r Ay •
fle IJ sh"'*Cl° •
Total
31-6
*6_>
7^
II ?S- 100%
Total
100%,
Revised Lithologic Description (from descriptive log and laboratory data).
..Li&£.g.&^^
....?.^..h.P.!^.....:<.i/l...)...l.:7..1..f./.:;.
k^i:.?^-..^.^^.^^/!..^.!
:..C?..*..$J..Z-:./,..t£:..).t.f....)...f:.L7* <k/.£.f.Jl...£.'?.."£.i.
.%..!.?.-..?.?..% p.».'.„.„ 4..7.1.'rjl.^.l..!f.k.ttr:t.:-.
z..
'.....'.? 7,
j
V
DEEP WELL STUDY
MECHANICAL ANALYSIS
A. Acid treatment (HC1...7-..
1. Sample weight
3.
../,.:.
Depth Z^fe *Jj&£''
2. Wt. of
........gm.
100.0% : F, P
No. samples used.7._
(~7..77..T......gm.
Less -wt. F. P. (2)
.
.
.
5. Wt. Insol. Residue
••_••„••
Analyst/^./7%;.:'.Zf*5..^.ifZ....
gm.
, .
(3 minus 4)
6.
. /_,
Wt. after solution, with filter
paper
4.
Well No. W— J?.,2.Sr..£.
%)
/
a \ n
gm
.&.......
Date .±ZptLl..
%
Wt. lost by solution
(1 minus 5)
.-• • •
7. To balance (5 plus 6)
gm
l......L..%
gm
\Bl&.,.Q...%
C. Screen Analysis *y> 77$
SIZE
GRAMS
2 plus
B.
Subsidation:
.
1. Original Wt
/<2....».._%gm
100.0%
2. Cylinder (+1/32 f^'y" ....7A»..Zd...gm
%%%..'/,
2-1 mm
1—J»_ mm
A~A mm
x±
K->8 mm
.3.6.6....
3. Jar (1/32-1/64) _,a^
.Ze.3.£7...gm
•
H-i/16
.\.P3„%
/°f/
Pan
4. Drain
&.H.&.7..
\
Bromoform
(
Wt. of sample
.
for details of minerals)
Sp gr GSe(s)....^ 7jk
.
hJL
gm
100.0%.
,0\
Heavy Minerals
.-T
gm.
.11
Light Minerals
Minerals Identified:
gm.
.?£..:
Z7k.2'...::....^
A
%: a.
.%: C.
-%•
r
%: R
%.
Rel.
Classification Grouping:
.-
Absol. %
.._?
L r
_-
.,
•
. .
.. C
. /
C I, /_ y.,1 c
17
. •:<
3-1
J?-3
zo
A C
•>•*
X- 2
•
.
,-•
K**',le
.;„?.•-'•.
•
-
-
-
-
.o
-
•"
3 L.I
20. 9
,A-J-
12/ • 100%
Light Concentrate
(• l«y S
Total
;« y
2
70
I.
I
,0
•I '
33'.?
'• <?
*>9
j / f C 100%,
Total
100%
Revised Lithologic Description (from descriptive log and laboratory data).
....?..-_.*./.?.._
jl!. A.:...............v..
%
, 3
37 O
3CI
/ .
6'>9
Secondary Minerals: .....££>...:.J..
1~z
,.
.0
7
Total
•%
6>-f..i.Z-.%
______
/ 8^
C- * - . , ^
Date
Primary Minerals:
"fs —
ry m J ."-_»
mm.
Shape Analysis:
Grains
/ . . . . • . v * IJ <_
_ - _ _ _
100.0
-%
No. of
Heavy Concentrate
__U_A
t//A*A
Analyst .."./..'.
Size-
.
___ViL
Total
_7__
(Use opposite side of page
MINERALOGICAL ANALYSIS
Acet. Tetrabr.
ill..'•;
gm.
^
.-.-./..'v/a..£-L__?j£.^
1:....^.".^...; ..-.A"..........7..........
/...
'.«
•
7 <t
. .JO..A GEOLOGICAL SURVEY .. .
In Cooperation with U» S» Geological Survey
\fa-QZZ£~
1
RECORD Oi-' WELL
Location:
( IT- E )
i
1
i
...J
J S_W ):County , , / .. .
Tovms .__
i
1
a
-9
1 •*" '
.1
i
Tl/S-Ti'UJ
s.ec.^__T 77.-T.,R. /<f W« ^tJj/t^t / Twp.
Well:name and number
.,%.
/
TTT/f/J- /3-_/-,-c-^)
Owner
r
1
i
1
i
1
Address
Tenant
Contractor
Address
l,:77 ^
/W-W •/-../,, ,- ..
.
Address
£:•.-_./,: ....,^<>
Drillers
Drilling dates Ac/. 2__
7^. jr /
Well data:
Elevations:
Drilling curb
*f-ft-? '• feetj Land surface
feet
Determined by
Topographic position
Total depth:
u/-'-••-:
Reported
-/-.'^r- e•*<•>•+•*M?*r/-
.
2-1/-;, '~S"'_ _feet, Measured
feet
*
Drilling method • -.
-.• /-••
Hoi© and casing.-data •• ^/T/./s-. •••^•^
^ ^,.f,.y
? 4 •'/;,./.„• •
.,#&.'?••'
i
',;yr <*•«-
_ _
•Z.tJ-3'•£,••"
•
-fa>r>> + /r -.'
,/<*& •/•/" S3" ±
•
////-.y.
I
•c .
•
'6 '*" r * <rrr--
Z^OMr" *•>> ^//» 7<T"
above
Original depth to water
ft. below
Date
Original olevation of water level
Soiirces of v/ator: Principal __;<P
• -a?,., ,.?/y»vi
ft.; Source of data
,
; Others
^ ••.-••.
- •:•
Production data:
Date.
Static depth'to water
———
Pumping level
•
l'onsuring point
-- /7
at
Specific capacity
."
—*,J-
g«p«m#
g.p.r.i. per ft. drawdown; Temperature.
Pump data;
Type pump
Cylinder or bowls: Dia»
Column Dia.
Length
Power
Length.
Suction pipe
Airline
Estimated rate of production:
g.p.m. for
hrs. a day
Use of water
Date samples
WATER ANALYSES (in parts per million)
/••>u./7< IfZif
_
Sampled by
• -•• -
Insolublo matter
-• ^. y
Alkalinity (Meo)
AUcalinity (Phn)
-• *'(*• 0
'-c
_
_
. _
7.1
PH
Fe203+ MngOp+AlgOs
£tD
Alkali as sodium
'"'/,.
Calcium
// •-'
1-1
Ikgnesium
Iron (unfiltered)
•-. t
lianganese
On
Nitrate
P.C
Fluoride
I >0
-.
Sulfate
ill. H1
Bicarbonate
LI70.7
Hardness (ppm)
Hardness (gpg)
'
">.r
Total solids
Chloride
'
—,
Remarks .
Laboratory data:
Sample range
<3-_??•:
Spls. prepared by
Sample storage locationI:o. spls. __________1No. dupis. fcoond.
Washed range
by
Driller's log and cond.
Insoluble residues: Prepared by
I.Ticroscopic study
Gen. log
\
•
Studied by
strip log
Corrol. by.
Strip log