-. cylene mcpeeks 0,vision of geology info ci&iiar no. 56 ......1'cylene mcpeeks -dwisio~...

. -. . . ... . . . . . -- -- -. - . - . , Cylene McPeeks - 0,vision of Geology Info ci&iiar No. 56.111 . . - . . . - - . . . . . P a m - . . - - . . . . . . . . . . . . . . . . . . . . ..- - - . . . . . . . . . ..

STATE OF FLORIDA STATE BOARD OF CONSERVATION

DIVISION OF GEOLOGY Robert 0. Vernon, Director

INFOFXATlON CIRCULAR NO. 56

TEST WELL EXPLORATION IN THE

MYAKKA RIVER BASIN AREA. FLORIDA

BY H. Sutcliffe, Jr. and B. F. loyna

U . S. Goo log ia Survey

P n p e d by the UNITED STATES GMLOGICAL SURVEY

in moprrotion with the DIVISION OF GEOLOGY

FLORIDA BOARD OF CONSERVATION nnd the

BOARD OP COUNTY COMMISSIONERS OF SARASOTA C O W

/.Cylene McPeeks - D~vision of Geology Info Circular No. 56.td page 2 /

. . . . .. - - . . . - - . - - .- . .-

Cy,ene McPeeks - Division of Geology Info Circular No. 56t / f .- . -. . . . . . .. . . -. . . . . . . . - . . . . . .

pa-

STATE OF FLORIDA STATE BOARD OF CONSERVATION

DIVISION OF GEOLOGY Robert 0 . Vernon, Director

INFORMATION CIRCULAR NO. 56

TEST WELL EXPLORATION IN THE

MYAKKA RIVER BASIN AREA. FLORIDA

BY H. SufcWfe, Jr, and B. F. loynm

U. S. G e o l q i d Survey

Prepared by the UNITED STATES GEOLOGICAL SURYEY

," ,rnp?,O""" * a h ,ha DlVlSlOh OF G M L C G Y

FLORIDA BOARD O r CONSLKVAI1t)N .mi *a

BOARD OF COUNTY COMMISSIONERS OF SARASOTA COUNT>

).Cylene McPeeks - Div~s~on of Geology Info Clrcular No. 56.t1f ]


TEST WELL *i 21 C&OI WOVE

Figlrc 15. Geophysical log of test weU No. 21, Cadv Gmrc

Cylene McPeeks - Divls~on of Geology Info Circular No. 56.tif 1

VISION OF GEOLOGY

ELL + 19 SAN CASSP. 61W7*/82ibl I

RES,9T,",," 20 m

CAMMA /)a" - ,=,-..

lyucal log of t o 4 well No. 19, San Csssa

TEST WELL EXPLORATION IN THE MYAKKA RIVER BASIN AREA, FLORIDA

" 7

H. sutcme, Jr and B. F. Joy,,*.

ABSTRACT

In recent years, difficulties encountered in obtaining sound-watcx with acceptable chemical characteristics in the Myakks River basin ar the implementation of a test drilling program. Under this program, we and data collection were executed in such a manner that all water-p zones of the local aquifers, together with the quality and quantity of I available, were effectively identified.

A stepdrilling method was utilized which allowed the cone formation cuttings, water samples, and water-level data, from isolated the well as drilling proceeded. The step drilling procedure is dcscri driller's logs, geophysical logs, and chemical quality of water t presented.

INTRODUCTION

In the My& RiMr basin area, figure 1, of southwest Florida aquifers are the most reliable and prolific sources of water. In thousands of wells of various diameters and depths, constructed b methods and finished in various ways, have been drilled in these aquil to the enactment of 1 4 well drilling laws in Ssrasota and Manatee few records were kept of the methods of construction, materials p water levels, water yields, or quality of the water from wells. Loc offieals, aware of the rapid increase in population and sound-water I

the increasing difficulties experienced by both public and private in obtaining water of the desired quantity and quality, requested Geological S w e y investigate the water resoUrCcJ of the area.

An investimtion of the water resources of the Mvakks River bas - I 1 S Ccolo&lcal S ~ r v c y m couperaton unth Sararou Counl) and the D Lroiogy, Flonda Board of Conscrvatson, was begun m February 196; test wells was an integral pact of this investigation.

The test-drilling program was neeemry to identify the variour within the water-bearing formations and to obtain samples of water 6 aauifers for chemical oualitv determinations. Cmlopical and ze . . " " methods were employed to gather data which would permit eorrelati, test well data with geophysical logs obtained from a number of older v aiding the interpretation of the geahydrologic characteristics of ares the tist well sit;.

l . ~ ~ l e n e ' ~ c ~ e e k s - D~vision of Geology Info C~rcular No. 56.tif 1

SlON O F GEOLOGY

ld a2.m'

sr b l i " ares shawingiocation of felt ulsli*

TliE TEST WELL PROGRAM

istcd of drilling 21 test wells by the cable-tool led to give a broad areal coverage in order t o round-water conditions in the area. Consideration

ground-water information was meager, where ,ere tnast needed, and where geologic evidence ~ b l e quality might be located, in the selection of

INFOKMAnON CIRCULAR NO. 56

Figvre 12. Geophyiul log of test well No. 18, Blackburn Ranch

b t a collected include: lch aquifer penetrated,

1'cylene McPeeks - D W I S I O ~ of Geology Info ~~rcu la r No '56.t1f 1

VISION OF GEOLOGY

TEST WELL X 12 BIG SLOUOH 121I131N/BZO%2Zli

DTENTIAL PFIlPTiVlT" BIUMA RAT I D " ' , ma, ,--".

hyaicd log af tcrf well No. 12, Big Slough.

lysicailog of testwell No. 14. Florida 775.


(2) chemical aualitv of water from each aauife.. . . (3) malcrlalr anet;aled durtng drJLng, (4) ylcld of each aquricr psnclrared, and ( 5 ) acooh~s~cal IJRS for w d at comoleted deoth . . - . .

The completed test-wells were used ar obse;vafion wells for I

water-level fluctuations and collecting water-quality data. Monitoring oi wells was continued upon completion of the project; thir inform ~ p p l e m e n t similar data collected at several observation wells in the a the early 1930's. Water samples are collected periodically at selected ob wells sa that seasonal variations in chemical quality can be determined.

PURN)SE OF THIS REWRT

The purpose of thir report is to describe the methods used and t< the data d e c t e d during the exploratory water well drain8 progr; reports tentatively entitled "Water Resources of the M y s b River Bas and "Water Resource Records of the Myskka River Basin Area", to be by the Division of Geology, Florida Board of Conservation, will pn results and conclusions of this investigation and the hydrologic recor, than test well data) collected

ACKNOWLEDGEMENTS

Grateful acknowledgment is extended to: the Sarasota County Public Instruction, General Development Corporation, Florida Sate Department, Manatee County Highway Department, and MI.. Albert B1 all who granted permission t o drill and maintain observation wells property. Appreciation is expresed to the Florida Board of Cons Division of Geology for its moperation in providing well logging set. aiding in the interpretation of geologic contacts. Appreciation is also c to the Sarasota County Agent, Saraxlta County Health Department, County Health Department, Smally, Wellford and Nalvin, c ~ n ~ ~ l t i n g eng Saraxlta County, and other helpful c i t h n r whose interest, coopera, enthusiasm aided the project's completion.

STEP-DRILLING METHODS

Step drilling h a method of test drilling which assures the isolu water-bearing stratum sa that the chemical quality and hydraulic he; water can be determined as drilling proge-csses. Because wells drilled usual methods obtain water from wera l permeable zones, the quali~ water and level of water in an individual zone cannot be determir drilling is particularly well suited to the lower west coast of Florida b the type and character of the subsurface materials. The bulk of the n materials is day, shale, limestone, and sandstone. These rocks do nc cave into the drill hole. Ihe u d occurrence of clay above a limes premits the seating of temporary casing in a test hole because a casing:

I ~ y l e n e McPeeks - D~vision of Geology Info Circular No. 56.tif 1 - ,

~ y d c d log d test unll No. 8, Placida.


measured by a steel tape, lowered into tile well, and this information, i

with a log of the material penetrated as drilling progresses, is enterel driller's log. When the drin bit encountera a suitable rock on which to innn casing,the drilling is stopped.

Step 3 consists of installing the inner Cinch casing equipped witt shoe on the bottom and fumly seating this eating on the rodtat the bc the hole. In actual practice, the casing may move down the hale a I before a new seat is established.

Step 4 consists of drilling through the &inch easing with a 4-inch another water-bearing zone is found. again water samples and cut collected as drilling proceeds, and the level of water in this zone measure the next consolidated rock is reached, drilling is halted, and the 4-in casing is removed.

In step 5, the hole is reamed to the larger size, from the point w 4-inch casing war, seated to the point where drilling stopped in step 4. ' the cuttings are removed and the hole is dean, the &inch casing is re: the hole and seated at the bottom. ar, shown in steo 3. fimre 2. Bv r . - stcps 3.4.and 5 , a wellcan be dr~llcdtu any rcasonahlr depth

Dunug the ~lrrll~ng proecu, a constant check is maintamed an ihc w. lnsmde the &Inch iaung and the water level in the annular space bet, &inch casing and the sand easing. A differential between these wat indicates a good neal is formed by the casing shoe. Conversely, identie levels indicate a leak around the shoe, in which case the innor caring sl driven again until s Cum neat is made.

When the final setting of 4inch pipe is decided upon, the hole i condition illustrated by step 5 (fig. 2). Step 6 consists of positio~ permanent casing in the well within I or 2 feet of the bottom o f t Twenty feet of cement grout is placed in the bottom of the well with a that the cement moves up the hole outside the &inch casing. The &inch then seated firmly on the bottom of the hole and driven slightly, t o insu r a t . Most of the grout on the lnside of the casing is removed by bailing: is left standing until the cement nets. Next, drilling proceeds inaide tl easing and the well is completed with a know length of open hale in aquifer. The annular spa- between the &inch casing and the &inch hr the cement grout is fdled with drill cuttings or cement pout , and th* casing is removed for u s at the next test site.

Seven inch inside d i m t e r casing wss originally specified for "mc t o provide adequate space for placing m d removing the &inch inside inner casins, It was determined during the program that 6lnch inside easing could be subsituted for the 7-inch casing without affecting the I the stepdrilling method. Une of &inch casing had the decided advantage readily available from local supplicn while the 7-inch had to be special

.cylene McPeeks - Div~sion of Geology Info Circular No 56.t1f /

SlON O F GEOLOGY

TA COLLECTIONS

\NU WA'TER SAMPLING

usually taken at 5.foot intervals t o the fnst foot intervals thereafter. These samples were all : well by bailer. They were forwarded to the iee for processing and storage in the cuttings file. be lithology and paleontology of rock matrrialr douc age determinationr which are necessary for bg. Water samples, of i-liter volume, were taken :s. There samples were analyzcd for their major

PHYSICAL METIIODS

der the program was surveyed by geophysical cnl geophysical data presented is a strip cllart liation characteristics of the material in the earth >roughout the length of some holes, a record of lential and gamma ray r ad i~e t iv i t y was made. iameter of the bore hole were obtained where

amma ray, may be correlated from well to well the basis of the graphical representations of the beds. Reliable predictions of the thickness and

trata in areas between test well sites can be made physical and driller's logs. Geophysncal logs of 13 figures 3 - 15.


TEST WELL # 6 PT CHaRLOTTE , , , " , , ~ ~ , ~ " ~ . ~ , l .. . . . , . . . . . . . .

P O I l N T l l L IIEIIPTIV,T" BAMI"1 RAY & ,-..*- CALIPER 8-b..

s a m e , . I I I I e I I I I ~ I I I ~ I ~ I I

F@rc 6. Gwphyaicd lo( of test well No. 6, Port Chnrlotb

. . :.cyle"e ~ c ~ e e k s - ~ i v i i % o f Geology Info C~rcular No. 56.lif

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ISION OF GEOLOGY

HEAD

IEIISTIYITI m~b-

GhMM4 Rh" -*,., CALIPER - ,"*P.. , . , s , e s

iysicd log 01 test WPU NO. 5 . Myal l . Head.

APPENDIX

A. Well Driller's logs B. Chronolo&d md mtcr level logs C. Chemical mdyses of water D. Geophysical logs


TEST W E ~ ~ , f ~ m ~ ~ E V I L L E

IOC

F W c 1. Gcophysicsl log of fc* well No. 3. Edwills.

- Fylene'McPeeks - Divis~on of Geology Info Clrcular No. 56.t1f page 13 1

ilON OF GEOLOGY

I YERNA

APPENDIX A

The following table gives driller's name, depth at which various ma were pneountered, and thicknes of material for each well drilled ind proyam.

- LCylene McPeeks - Dlv~s~on of Geology Info Circular No. 56.t1f page 14 1

;ION OF GEOLOGY WELL DRILLERS' LOG

Driller: M. Ballad, J.R. Guest

APPENDIX D

The following graphs show data obtained from geophysical logging test wells drilled under the program.

[Cylene McPeeks - Div~s~on of Geology Info Circular No. 56.tif paAe 15 1

INFORMATION CIRCULAR NO. 56 TABLE 1. Continued

USGS Wen No. I (continued) Mlterlal

Clay, blue, dry Limstons m y . blue Clay, b l " ~ m d may. with gsva1. hu&

muuv after &lllbg turn foot Clay, blue and gay LimcMna h w n s m d clay. blue Limenone Clay, whin m d Umc%tofcms streak8 Limestons, h d Clay, white m d bl". a y , white Limsnons, hard, wrM beadng Limsmona Clay, white Limenone, soft, nndy Limestone, hud Llmcatone

USGS Well No. 2 Old MyrW;* Sand S.nd m d clay. whit0 Smd, black m d p v s 1 with &Y, whits Limsltona Set Cook 0.010 -n from 17 to 21

USGS Well No. 3 EdaYilla h P s a d . tan to p y . with a m e p h . t E &d m d lifflc clay Smd m d UtUs olsy, p e n , beaver Smd and IM day, with some phosph%te Smd. phoaphntic Smdlnd some clay, pho~phatic sand, eou* phaaph.,ic Sand m d m c dly, phosphatlc Sand, phorphltis w. randy a.7, dut, m d y , phosphatic a .~ suld.tons (.lay, M d y , VOIy

Umecton~ rsate. bcadng m y . blue llmrrtona Clay. blue

I.cylene McPeeks - Div~s~on of Geology Info Circular No. 56.tif -

page 16 1

;ION OF GEOLOGY \ELK I. C o n h a d

Thicknus llertl

19 I 9

13 I

11


I .~~lene'McPeeks - D~vls~on of Geology Info Circular No. 56.tif 1


USGS Wen No. 3 C c m ~ u e d ) M a t e d Thishe,,

If@,) Clay, white and blue 4 h e r t o n e . h u d 12 Limwtonc 18 Limntons, mft, waff bearinl s Limeatone, hard 6 clay, white 17 Lim~lll)"C 3 Limsltone, soft 11 Lim~stona 9 Limnone, wff 14

USGS Wen No. 4 E d ~ i I l * , shallow Smd, h e , brown and hvmui Sand, lina, brawn and chy, b r o w Sand, fino, brawn and lass chy Smd, rm, brown Sand, h c with little clay, my Sand. [me Sand, h e to medium, brown with liiils clw Smd, C i s to couae with rams ehy Sand, Ane to eonnc with kra day Sand. Gte to c o r n with vw little day Ssf 5 feet of C w k 0.010 auasn. 65 to 70

USGS well No. 5 Myakks Head sand Sand, g r n d , m d lit* c h ~ Sand, grsvtl, m d clay Smd, and cisy clay. g r ~ , "nady Sand, and day. blue Smd clay, blue Clay. gray, randy, with pavd and limeatonc

s t n a k , Sand, wntcr be- k d , day, gray, and h u t o n e streaks any, blue, m d y Clay, blue, and lit* gravel a". blue ~~~~. . ~~

Clay. gray with g s v d Limeatonc, saw taXl"8 Ctnu, gray Limsatone Clay. gray Limsston.

Driller: M

20 5 5

10 5 5 5 5 5 5

1 Cylene McPeeks - Division of Geology Info Circular No. 56.t1f Page 1q

SlON OF GEOLOGY INFORMATION CIRCULAR NO. 56 TABLE 1. Continued

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I.Cylene McPeeks - Div~s~on of Geology Info C~rcular No. 56.11f . . . . . . - -. - - . . . . . . . . - - - . - - - ~. .. .. .. . .. .. . . .. . . p a g e 3 . . -

ISION OF GEOLOGY INFORMATION CIRCULAR NO. 56 TABLE 1. Continued

USCS WeU No. 6 (continued) Mate* Tickncas

Ifertl Sand,gr&Y wiUl s h d l Sand, eoprse and thy , mixed Sand. coarac. mavd. and rlnv. mixed . . - sand, ~oar.., pnd clay Clay, dark, sandy Clay, 68ht way, and shell, mixed Clay. hard, dry, and shall Nay. light gray. and amd, coarse, black,

mixed Clay, very rrndy, very fine Clay, dark, U"dY Clsy, white, and limrrtons gravel Nay, sandy Clay, blue timartone Sandrtono. rnd cl.v Sandstons. hard Clay. white, m d y

hmc$tone and cln). v n d l L ~ ~ c s ~ o M . and ~ I I ) , W ~ I I P , candy Irmcato?e. andcby, mued Clay, white timcstonc Limrtone. white and brow, untcr beanw Limrtan., brown, and clay, whit+ lvltu

beanw Lime$fons, brown, slay, white, vatcr

bcarvlb now Clay, white, and limestone, b m m Nay, white, and imcrtonc, white Limrfonc, bmwn Nay. white. and limertone, mixed

timertone, watar bearing, cavity from 286 to 287

Limestons, w m b l y limertonc, wh'itc Limestone, uumbly, water bcndng, morc now time,,onane. whits

Limeatone, hard, white, water bearing. more now

1 Cylene McPeeks - Div~slon of Geology Info Circular No 56.tif page 20 1

PION O F GEOLOGY INFORMATION CIRCULAR NO. 56 ABLE 1. Contimad

Thickar* Depth /fret1 ( f e d

5 350

Ddlu: C.llavay

25 25 5 30

10 40 5 45

10 55 10 65 10 75 5 80

10 90

Driller: M. B a l h d

30 30 5 35 5 40 2 42 8 50 5 55 I5 70 5 75 5 80 5 85 1 86 4 90 5 95

5 100 5 105 5 110 2 112

per 3 11s per 7 122

3 173 5 130

10 140 ,cavity at 155 20 160

5 165 5 170

'Y LO 180 10 190

rn 192 to 194 15 205

1 Cylene McPeeks - Div~sion of Geology Info Circular No. 56.tif page 21 1

SlON OF GEOLOGY INFORMATION CIRCULAR NO. 56 TABLE I. Continuad

USGS Well No. 8 (continued) M.fcrlsl Thickncn

unr a y , ubls, hmestonc, uhrtc, and wnd. Phosphstlr 20 as, bbc, with h a t t o n a and sand. phorphebc Id LMC$tanc, w b t r d a ~ . blue. and uml.

2 i 3 to z i s S a d , black, and clay, white ShcU, d, m d m d , black Rock. m d and, bhck Rmk. cauac, m d , bhk, and aomc clay, white m y . white pnd mok

Cdty S h d bed, water be- "uy salty LirnLirnttt. while with shells Ums,tone, cmrnhly, with very lit* clay IlmutOnc. Mrnblv limwtons, r i limutonc, hard, brown, flne limatolu, white I i m s , brown cavity umcstono, brawn

. . timestone, brown, with phorphatic sand stre&%

381 to 384 ~ t ~ t r m e , brown. with clay a y . whits, with limestone Iirnestonr, brmn, and clay, white

USGS WcU No. 9 O W Y w brow" Sand, brown, and rheU Sand, brows nnd FLsY Cmel u,"cstone, white cavity L i m u h e , while, md day, 8 . Y a.Y. 8 n Y Ijmutonc, hard, white a n y . m y clay, I ightpr , m d limestone OsY. 5 S Y

/ Cylene McPeeks - Dlvision of Geology Info Circular No. 56.t1f - ,

1

ION OF GEOLOGY INFORMATION CIRCULAR NO. 56

1 Cylene.McPeeks - D~vls~on of Geology Info Circular No. 56.t1f -

1

ISION OF GEOLOGY

'.-*- -**- --*- -.-- d i i

INFORMATION CIRCULAR NO. 56 TABLE 1. Continned

USCS Well N a I 1 (continued) Mstainl

Sand, Roe Finish: Fins gavd pack, 11 to 15

USGS Well No. I2 sir s l o u y , dssp Sand Sand, and tittle clay Clay. blue m y , may, sandy Sand, ahd, and aoms gavel, watcr bcving say. blue, sandy timenone aaY. gay, sandy m y . may. randy, with some p e l Umutonc, watcr bcndnr a ~ . w Girioie, uumbly, and ~ l r y

USGSWeUNa 13 Big Slough, shellow sand Sm4 with link clay Finirh: Gravel packed 20 to 25

USGS We4 No. 14 Rodd. 175 S d with rome ahaO Sand: and ahell Gravel ahsu. .nd some day Clav. md ahell Gravel, md w d Sandstona Umestane, crumbly, and wdnone, water

buinb Ilmcrtone, hard timestons. uumblv. and wdsfona . . Limntrmc. hsrd -tons, cnrmbly, and aandatonr timutone. h d

- . . . . . . -. . . .- . . . . . . . . . - - . . - . - . . . . -- lCylene.McPeeks - Division of Geology Info C~rcular No. 56.t1f ... . . . . . . . . . . . . . . .- - . . . . .. . . 1

ION OE GEOLOGY BLE 1. Continucd

APPENDIX C

The following table givc'vcp r e d t s of chemical analysis of wter ampler I from each well during drilling.

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L C & G ; ~ c ~ e e k s - Div~sion of Geology Info Circular No. 56.111 . . . . . . . . . . . . . - - . . . . . . -. . . - . . . . . . . . . - - . . -. . - - . . . . . . . .

p a g e d . . . . . . . . - . - . . .

INFORMATION CIRCULAR NO. 56 TABLE 1. Cootiovcd

USGS W d Na 16 milk: C Bow loou, s h a h "

Matmid ThioLnu~

,,~.., Inndtlll, snd -4 Wtlumn, mixed 10 kd. light thmn 9 PlnWI: Fino gavel pa& horn 12 to 19

USGS W d No. 11 Bobby Jm deep LurdBa md anO llgbt b.m, mixed Ssnd. light h o r n Suld, g.Y Ssnd, bmm a Y , muddy, P R Md d s.nd. m Ssndmdmvof

Ophbomm cviall

USGS W& No. 18 mwkbum Rurh Smd w, whiQ UndY Ciw, men, .nd and sad, whltc. (y.tsrburini %=d.€aaY,drn4WMs smd, whitc. .nd r n d W m m , w m bwa"8 Limeslono, -MY, w Ihnatonr, mddy Chy, mod&, m liest-, wstar beuins C h y , w . n d m ' 3~ . Brm, whits, - d ~ u"mtam, aumbly, ahi*, watsrbwa"8 umsl-, had, whitc asy, whia ~ c S I O D C W. whito, mdy, wish UmssUns maolo IhnsmOM, -blY a.y, while, randy ~ ~ * . ~ . t u b c ~ W, *, randy Pack Ray, Brm, whi* -o,==fGwhft=

1 Cylene. McPeeks - Div~sion of Geology Info Circular No. 56.tif 1

ION OF G E O r n Y LBLE 1. Contimed

ThicLnav lfeetl

5 LO 15 20

5


USGS Well No. 20 mlymors

Date Time CIsina Hob Water Remukt depth depth level*

(1965) /feet/ /feet/ Apx. 1 8 8:OOsm Spud in

20 20 water sample Apr. 19 8:Wam 28 40 2.9 4inch udng

28 50 Water r m n b 28 101 Water lamile

1:3Opm 28 101 1.8 4inohc-g May 20 12:OOnoon 28 101 Pvmp ten

12:05 pm 28 101 5 mlllutes at 25 gpm

USGS WeU No. 21 Cldg crws Apr. 20 9:lO.m Spud in

32 55 7.2 6 inch Apr.21 8:30am 32 55 6.8 6inch mdng

58 Set 4 inch oliru

" , / Cylene McPeeks - D ~ v ~ s ~ o n of Geology Info C~rcular No. 56.td -

1

SlON OF GEOLOGY ABLE 2. Continued

ole Water Rcmplks pth kcl* ,,I 39 12 4inchcPdng 84 1.0 6iwhuli ing 39 6.2 4 i n c h e a s i ~

Set 4 inch aim

65 t1.0 4 inch caling 75 Water sample. PuU cnmg and ream

Set 4 Inch casiw.

93 3.0 6inchcPdng 65 .O 4inchcmiw 93 1.0 6 hchcmdn8 65 t2.5 4 inch using. PUU 4 inch c d n g

and .em 82 L&"B

Set 4 lnch casing 8 5 Water sample 40 Water ? m p h 5 0 watt, >ampie :82 .12 6 i n o h u i n g 5 1 r8.7 4iochcsdn8

Spud in Drive 6 inch c-B

75 Water llmplc 75 1.5 6 inch casing

set 4 inch cad% 00 1.6 6 inch casing. 4 inch claing - dry 50 Watu sampk 50 1.3 6 inch c a n & Pull cariry and rcam

set 4 inch cuing ,a5 1.5 4 i n e h u d n b water sample !OO Water sample

PuU w i n g and ream Ran 4 inch csdng

125 water m p k . puu 4 inch adnz L50 Lased

Ran 4 inch caning

INFORMATION CIRCULARNO. 56 TABLE 1. Confinued

USGS W d l N o . 20 (~onfinusd) M n W Thicknew

/fret1 .any. blue 5 Clay, blue, with limcrtonc w e l , mhed 25 any, lib1 seen 1 Limcstonr, rort 1 any, 8 l Y 7 Lims%lom, hard 2 Clay. Ughtgny, and ilmeslane, mixed 8 Limestom, soft watmbcuing 6

USGS W d l N a 21 Qdy omus S d , medium to flna, and roil h d , medium u, rile b d , medium to coarse, with some p h w h r t s Limesfone, medium hud. brow. clay lheak~

pbmphtic any, bbvs meen wilh mr&s of limertonr ~ I o M , white to tan, ad shell a " . bbs nccn .. - shale, s a y p n m e , dth limartonarto md shch timertonc. may, water besdng 11 70 Shale, white

1 Cylene' McPeeks - D~vis~on of Geology Info Clrcular No. 56 tif 1

INFORMATION CIRCULARNO. 56 TABLE 2. Continued

Date Timc Hole Wster Remuk8

11965) Feb.25 5:Wpm 41 92 5.5 Fcb. 28 103 Set 103 ft. wing. Cauw following

".<I,

102 103 Waterrmpk, cadng mated at 103 5:Wpm 103 120 4.5 4inchcaGw

Mar. 1 8:W.m 103 120 3.1 4inEh cls inl 153 Poll cannn md ream

153 Set 4 inch using M u . 2 163 190 Water ample. using roilowing drill

to 163. Seated at 163 Mu. 3 8:OOm 163 190 1.1 Iinchcasing

163 203 PuU cadng md ream 203 Set 4 inch u s i m

Mar. 7 M a . 8 M u . 9 k. 10 Msl. 11

41 252 b E 262 RCM, mt 4 inch caring

Rainad ou1 262 305 Water m p k

USGS WIU No. I 5 ~ s a uidso ext~naion m. 18 8 : o o ~ n spud in

45 65 6 Inch csriw Mar. 22

67 Hok r i m g Ream, r t 4 inch caring

USGS WeU No. 16 Bobby JON*, ShPUOW Mu.24 8:OOm 12 19

USGS Wall No. 17 Bobby l o l a , h r p Mar.24 l1:OOm 34 38

USGS WsU No. 18 Blackburn Ranch Mar. 24

5:OOpm 41 43 1.3 6inchraaing 41 75 water m p 1 c

,A*. 2s 84 Set 4 inch caring .- 84 116 Water m p l e 84 130 Watef sample

5:OOpm 41 84 1.3 6inchcssing

7 - rcylene'McPeeks - Dlvlsion of Geology Info Circular No. 56.t1f 1

410N OF GEOLOGY ABLE 2. Continued ole Water Remarka plh lwei* rr/ 54 . I 6 inch casing

puuing rand crnng 54 Dry 11 16.8 Wntersample 15 16.8 4 inch hole 75 r7.7 4 Inch hole i 7 12.9 17 r4.0 4 inch hols 20 wstcr m p l e i s Watcr sample iS +8.8 4mch hole

6 inch casing IS water m p 1 c i l 2.6 6 inch holc

15 5 4 inch casing !S Wltcr sample

$0 Driving sa*g i0 Wakx u m p k i4 Drive 6 inch caring '8 Water sample '8 . 3 6 inch wing '8 +.7 6 inch wing '8 Stt and ccment. 4 inch cndng I0 Water sample 10 +.4 4 inch hole

IS 1.5 4 inch holc I5 water mmple

Spud in 0 WatEr sample 0 7.2 6insh casing 5 Water rpmplE S Watu rampk 5 Watsr sample

AFTENDIX B

The following table gives driller's nates made during &iUing of each wt

/CyleneMcPeeks - Dtvis~on of Geology Info Circular No. 56.tif /

ION OF GEOLOGY LBLE 2. Continued

:,I 7 t3.0 6 inch casing

Run 4 inch caring 5 water samp1r 5 t2.0 6inchcsnina 0 r3.5 4 inch caring 2 water =mil*

Water mmplc 4 inch cas"g. Pulled 4 insh uring 6 inch caring. Ream holc Install 4 inch cuing 6 inch cuing 4 inch cating Water rnmple W l u r w p 1 s Water rampk w*to m p k Shut down rorchdrtmnr 6 inch c u l w 4 inch wing. hu easing & m.am 6 inch erring Insfall 4 inch uring Watcr r m p k 4 inch ming 4 inch w i n g WPW m p b Wat.. m p b Wafw sampk 4 inch csplng 4 inch casing Wafw m p * 4 inch E ~ M E

Om& Puu 4 insh Earin8 6 inch a i m LOW^ -

I0 +5 6 inch& L o a w

IS 1 5 Reamin& 6 inch caring is +s.75 6 inasas ing 10 Set m d =out

4 in& &ink 60 bqs 10 r4.5 6 mnoh using

Add 60 hqs gout Puu 6 inch caMx

I2 Water ampls i0 Wntu amole


TABLE Z Continuad USGS WcUNo. 1 (contwa)

Date Time C d m Hole Wstcr Ramarb dcpth depth level.

(1965) (feet/ lfWl Apr. 13 8:OOam 348 372 55.1 4 i m h d n g

8:OO.m 106 345 16.6 l inch dq 3:W pm 348 4W 55.6 4 inch & % W p m 106 345 24.9 7inch using

348 374 Wntu u m p k 348 4W wste. -PI=

Apr. I 4 8:OOam 106 4 W 25.9 7 i n c h u a i w 2:OOpm 106 392 19.2 1 inch u s i w

LO* m.miw tml. Apr 15-26 WcU eloasd for ncwadng tools

nna l0gdng A . 21 8:W am 106 400 16.7 7 i n c h a d n s

5:W prn 106 4W 19.2 7 inch e.dng Anr. 21 8:W am 106 4W 18.4 7 inch a s k

5:Wpm

Apr 28 8:Wam

Apr. 30 5 3 0 pm 5:oopm

Mnv 27

USGS Well No. 2 Old Mynkka May 17 6:OOpm May I8 1unc 3

USGS Wcu No. 3 Edgeville, deep Mny 24 May 25 May 26 May 17 May 28 May 29.31 I"* 1 I""* 2

lvne 3-9 lunr 10 1unc 1 1 ~ 1 2 June I4

nest 4 inshcaring 17.2 1 inch casing 28.2 4 inch cadw 18.3 4 inch casing 16.5 7 inch casing 17.5 7 inch& 59.0 4 incheasing 52.0 Wafs. mmpk 85 45 -. pompim 7 gpm 87 1% hwra pumpin8 7 gpm 85 4 hour8 wmpin j 7 gpm

Spud in Ddrine a i m . broke drivehead - -. Rcpa" m e h e a d D e e u a n g D ~ c caring Not working-Holiday Wntn sample Water sanlph Dlivs c a m Ovt of rsdm me ~ i q , rain n d p y Dm&. in1u.d D~orc casing sand heaved up to 11

- - - - / CyleneMcPeeks - Div~s~on of Geology Info Clrcular No. 56.M -

ON OF GEOLOGY BLE 2. Continued

. . 7 inch esring Hole filled to 197 feet, shut down H day. min

Hole tilied again. Sand sllli heann%. 7 inch caring.atill cavin8 7 inch earinl 7 inch caring Wale1 ssmp1c 7 inch casing. Water rampk 7 inch raring Water ampie sEt 4 inch ~ ~ r n g water ramplc 7 inch ssslng 4 inch snring water rampir Rerel4 inch casing 7 inch casing 4 inch caring water vlmpie wntrr emplo 7 inch OPED hole 7 inch open hole 7 inch open holc, rainrd out 7 inch open holc 7 inch open hole. Rained out. 7 inch own hoie 4 inch caring reset. 7 inch nrlng 4 inch carinz 7 inch crring 4 inch casing water ssmpic 7 inch caring 4 inch rasing 7 inch casing. Pumped hole 8 hour8

dd 41.3 at iogpm. Broke derrick puiiing pips.

4 inch casing

Rig in shop, puttingon new dcrrlck 81 25.5 7 inch awn holr 60 26.1 7 inch o p n hole 60 25.3 7 inch opcn holr 85 26.2 7 inch o a n hoie. Rain oiiand on d

day

lNFORMATION CIRCULAR NO. 56 TAE3.E 2. conib,"ed

USGS WdlNa 6 (mnib,"od) mop tlms C d q Hob Wska R-ks

dsplh drp* l a d '

(1965) l*tl l f ~ l Nm. 29 312 320 Warn m p k

312 325 Wrt" -pop 312 325 Warn m p l r 30& lafor

Nm. 30 312 350 +22

USGS wdl N a 1 Pmtcbulotk Dm 2 Sot UP

4:OOpm Sot meen and pump 4:30pm 83 88 22 S u n p l a ~ m p h 2 . 5 a m

USGS Wdl No. 8

warn m p b warn m p b warn m p k Shut down 6 inch eaing Dime s d q to a t offsvla Water m p k w.*r u m p b 6inch+ Water w n p k warn m p b 6 i n c h w i r u R c b hole 6lnchoubU M 4 i n o h c u h u warn m p l e warn q b 4inchmdn1 4 i n c h u r l o i 6 b h + wvrn m p k 4 h h w

- , - - , 1 Cylene McPeeks - Div~s~on of Geology Info C~rcular No. 56.tif f & .

ION OF GEOUXY .BLE 2. Cmtlnucd

Ir Wafer RcmuL8 fh level. 'tl 9 37.5 4 inch cuiiry 6 36.1 6 inch caa- 9 39.6 din* csaing 9 39.6 Wakr m p k . Pumpcd 1 hour at 10

mrn. Pulkd 4 inch casing 9 36.8 6 inch opcn hok 0 36 bindl opcn hok 5 36.8 6 inoh holsnming 5 36.1 6 inch h o h Rsamcd to 513 ft. 3 36.3 6 inch o p a hok

Install and csmcnt 4 inch casing 1 35.8 6 inchcadw 3 46.9 *inch Ensuu 3 36.8 6lnFhc- 0 55.9 4 i n h casing 3 35.8 6ineh hale 0 46.8 4hchholc 0 Wstcl m o b . Contamimkd with

ccmcnt 0 Watn mp la . Cmtunhmtad with

ccmcnt 3 35.8 6inohoriry 0 53.8 dinoh& 0 38.1 4 inch hohiYate. sample h m p d

1 hourat 10mm

Set up Drwe cm

:8 Water m p k 15 Ihivs and ddll out '6 Dm* and WLl '6 60 W a k ~ m p k . Set 4 inch uw '0 5.15 wain. m~lr 4 inch a-. Tea

Reset 4 lnjl cuing I0 wntsr s.mp1s 7 +I8 Water lmpk . IWppm, aadmlkd 7 +I8 W.k. m p k aft- 2 ha"" now. 1W

m Pulled cash8 and 1- Set -anent 4 inch casing GmuM with 60 hgs chsokcd urcu for grout and pued und wi"l

INFORMA'TlON CIRWWLR NO. 56 TABLE 2. Contlnved

USGS WeU No. 3 (Eonfinusd) Date T i m Hoe Warn Remadin :% oepth wel*

(1965) ileell /le<rl July 20 6:Wsm 211 485 25.4 finch onen hok

485 Roaet 4 imh -g 485 495 304 Wltr. -PIS

6 : W ~ m 217 485 25.2 7 inch csaine 185 505 30.4 4inch chi

July 21 7:OOam 217 485 25.2 7 inch c w 485 505 25.5 4 inch cum*. Cdnz Icalinl.

lvly 2>25 July 26 6 :30m

6 :30m 2:Wpm

July 27 July 28 6 :30m

6:30am 6:Klprn 6:OOpm

USGS Well No. 4

USGS Wdl No. 5 Mv* Hud

- - - Drwc again.

25.2 watc. -PIS Wafer -P!E wn*, sample wnk. m p l c

25.2 7 i d , c a w 26.3 4 inch c h , Rnining. Shut dom. 252 7 inch e a r i y 25.9 4 inch mm. Drwc 4 inch =ashe

to *at watu mmpk water sample

26.2 7 inch =miry 31.4 4 ineh =wing. Test pump 4 hours

Not on rig 25 7inehcuing 26.9 4 inch caain.

Log hole until 6:00 pm Rest ~aMg and cement axing

7 7inchcasing 25 4inshming 21.9 7 inoh endng 31.3 4 i n c h w

Spud in Rahr t2 :Wpm Too uet to work on Location Set -en Rain Swsbbiry and brjliw Watcr rsmpl,

Set UP rig Dmr cuing Drive cadns. Rain. Shut down at

1 Cylene McPeeks - Div~sion o eology Info Circular No. 56.t1f -

ON OF GEOLOGY BLE 2. Condnved

I Rnin Shut down 11 4:40 pm

w n t a m p l ' 1 Drin .nd drW

Ddll l held i 35.4 6inch open hole I wat" amp*

Ssrkd cnaing I w.ter -,%I.

Se t l i nchcs im I 36.6 6inch opmhak 1 33.0 6 inch c a w I 58.4 4 inshca& 3 Water m p k I Water s+pk 1 2 3 6 h h & 1 58.4 4inchc- 5 31.5 6 M & 5 37.8 4 Llleh cuLyC Shut down. HWI wlnd

.nd rd" 5 33 6 inch opn hob. Shut down COT rni0

at 10:oo.m 2 32.9 6 inch opn hole

Resf 4 inch uW 0 w.i" m o l e 5 34.2 6 inch c a j y 1 3 9 4inchc"i"g 5 30 6inch d m 5 37.8 4inchcsk$ 8 Water r m p k 4 water m p 1 s 5 35.1 6inchcnsiag 4 34.9 4inchcsk$ 5 31.3 6inch a d o g 4 31.4 4 h h &l 4 329 6 h h holc

Ras t 4 inch aW 10 w a t u w n p b to Wlt.1 "mpla 14 32.7 6 inch c W i0 42.8 4inchaslng 14 30.6 6 iochudru 50 39.4 4inch& I9 Wata MIPI. 14 30.8 6 hchudng 13 39.8 4 inchudxa $4 30.5 6 inch udru

INFORMATTON CIRCULAR NO. 56 TABLE 2. Continued

USGS Well No. 5 (continuad) Date Time Casiw Hole Wntu Remarks

den* den* k"4' (1965) I&V /fit/

344 383 38.0 4inch cUmg 344 383 37.8 Water aamole. 5 h a u P.T. at 10 mr

sapt. 20

Scpt 21

sept. 22

5:OOpm 7 : w m 1:Wpm 7:OOsrn 5:00 prn ?:DO=",

-~ .. DD 2 far Pull 4 inch cuing

6 inch open hok 6 inch opcn hok 6 inch wen hole. Rain 6 inch onon holc 6 inch open holc 6 inch open "Ole

W l t u m p l c R s g t 4 inch using 6 inch wing 4 inch casiq 6 inch casing 4 inch ndng Water Pmpk water sample 6inch& 4 inch using 6inchwind 4i"chadng warn sample 6inch& 4 inch c- 6 inch c.aing 4 inch o a M g Warn mole . Pvmosd 4 hovra i t I Gm. micd 4 i n 6 casing

%Wpm 227 447 36.3 6 inohhole sapt 28 7:OO.m 227 447 36.2 6inch hok

3:OOpm 221 430 37.3 6inch hole. Rsvlinpm S e p ~ 29 7:00 am 227 430 36.6 6 M h o k

416 R h ~ f 4 inch cuing 5:Wpm 227 446 36.8 6 inch casing. ~ h v i down 6 hovn fi

rdn 446 448 41.3 4 inch c a i q

Scpt 3a 1:Ooam 227 446 36.4 6inch-"g 446 448 41.3 4inch casing 446 450 Water $ample 446 456 w a t u m p k

3:30pm 227 446 36.3 6inch mind 446 475 38.4 4 inch &. R-, Shutdown ?

pm Ost 1 7 : W m 227 446 36.2 6 inch m i q

446 475 3a5 4inch & 446 496 Water -PIS

5:W pm 227 446 36.1 6 i n c h a r b

-. cylene mcpeeks 0,vision of geology info ci&iiar no. 56 ......1'cylene mcpeeks -dwisio~...

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