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X-4 directional wells the most common parameters collected for direction control are measured depth, azimuth, and inclination. Some of the most important logging while drilling (LWD) data col1ected are porosity, resistivity, gamma ray, and caliper measurements to ensure a better control of the drilling zone and wellbore status. All this information can also be combined into an excellent guiding tool, especially in directional wells within narrow pay zones. The limiting factor in data collection is the transmitability of the telemetry between the bit and surface. Ongoing research on this topic will be one of the largest contributors to better MWD and LWD. Down-hole motors Over the paSt decade, the use otsteerable downhole systems has increased. The technology consists of downhole motors in conjunction with a bent sub or housing yielding better control and steerability. When integrated with a MWD system, the downhole motor assembly can be accurately controlled. The downhole motor design has also improved, especially in temperature resistance for deeper wells. The downhole motor temperature-resistance improvements started around 1986 and were aimed at developing a new mud motor capable of operating at more than 300'F in deep boreholes. Critical motor parts are now capable of handling up to 480" F. They were developed using polymeric-elastic lining of the stator tube mixed with metal, and can withstand high mechanical, chemical, and thermal stresses during dri11ing at deeper, warmer boreholes. Drilling fluids - polymers Recent developments in drilling fluids involve types of polymers different from those used during the early 80s. Natural, modified, and synthetic polymers have been investigated for use as a drilling-fluid additive. Polymers are today widely used as drilling-fluid additives because they are degradable, environmentally safe, non-toxic materials that do not cause damage to the pay zone. Three factors limit polymer usage: they are expensive, they have a temperature limit, and they are difficult to re-use in the field. Today, some modified and synthetic polymers are used at temperatures up to 330"F and can be re-used in two to three consecutive deep wells. Current research is focused on improving polymer recYCling, but usage of polymers in most drilling fluid applications is currently not cost-effective. Coiled tubing Coiled tubing application has evolved rapidly during the past decade. The applications are both to old wells and new wells. To old wells, re-entrY drilling has been an economical option for deepening existing wells and drilling lateral drainage holes. The application of drilling new wells with coiled tubing is rapidly increasing both for vertical and directional wells. Information Only
X-5 Other applications are exploration, steam injection, environmental observation, delineation of basic production, and injection wells. Well re-entry application I) Deepening existing wells (vertical well) Vertical deepening of a well is technically simple to achieve by using a pendular bottomhole assembly (BHA) to control the hole direction. The weight on bit (WOB) is provided by a long BHA that maintains the neutral point (NP) in the BHA.This technique ensures a straight, vertical wellbore because the string is always put into tension in conjunction with the stiff BHA. 2) Drilling lateral drainholes (deviated .well) In lateral diainhole drilling, a whipstock is set in the bottom of the wellbore and a window is milled or cut through the casing. The drilling BHA is equipped with a directional measurement and control system that allows the drilling of the lateral drainhole into the producing formation. The force necessary to push the BHA and the coiled tubing around the buildup radius and into the deviated section is limited by the force that can be exerted on the coiled tubing in the vertical section. New well applications Even though coiled-tubing drilling (Crn) is much simpler than conventional drilling, a new well using ern still requires a small rig to spud the well and set the surface casing. The rig provides equipment-support and pressure-control capabilities required for drilling. The prospect of low cost, low-impact exploration, observation and delineation wells has led oil companies to increased spending on crn development during the past decade. In addition, the drilling of slimhole-injectionlproductiol1-weUs using crn techniques is expected to be a viable option in marginal fields. The limitations of the coiled-tubing technology are in directional applications because it does not have the capability to apply enough weight on the bit. Depth limitations due to tensile strength of the tubing are crucial. Coiled-tubing operations have been performed at depths up to 22,000 ft. The advantages are: nO pipe connections, better well control, safer operations, less tripping time, and a smaller rig (Leising, 1992). Future applications and development will make crn a viable option in marginal fields at depths up to about 20,000 ft. The usage of crn is another option when normal drilling is not economical. This of course depefl.ds on the availability of theCTDunits. It is also estimated that re-entry drilling will be dominated by crn in the future, if the economics are correct and CTD units are available. Underbalanced drilling In underbalanced drilling the wellbore hydrostatic pressure is less than the formation pressure. It is usually performed using either air, air/mud, foam. or mist mixtures as the drilling fluid. Underbalanced drilling is not a new concept but has been Information Only
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FINAL REpORT Evaluation of Mineral
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EXECUTIVE SUMMARY E-l The Waste Iso
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E-3 Resources and reserves of the 1
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£-5 Expected Net Present Values fo
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E-7 Expected revenue present values
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E-9 VOLUME 1 Chapter I POTENTIAL IN
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E-11 VOLUME 1 Chapter II ENVIRONMEN
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E-13 VOLUME 2 Chapter III OVERVIEW
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E-15 VOLUME 2 Chapter IV . FUTURE M
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E-17 VOLUME 2 Chapter VI MINING TEC
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E-19 VOLUME 2 Chapter VII METHOD OF
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Information Only E-21 Figure 28. Th
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E-23 VOLUME 2 Chapter VIII VALUATIO
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E-25 VOLUME 3 Chapter IX REGULATION
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M atnx · aCI'd" IZmg . . . . . . .
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E-29 PROJECTED FUTURE OIL AND GAS P
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E-31 Figure 27. Casing program of t
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Information Only E-33 Figure 58. Ty
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E-35 Table 15E. Los Medanos Bone Sp
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E-37 Table 5. Expected Net Present
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Evaluation of Mineral Resources at
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I-I POTENTIAL INDUSTRIAL MINERAL RE
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The report, authored by C. M. Nethe
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With full access to the surface, th
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occurrences in the WIPP site for th
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depth of 1000 ft. Rustler gypsum un
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is 320 acres, (3) drilling restrict
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1120 acres. Based on hydrocarbon re
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ls of the crude oil (43%), 211 BCF
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obtained by use of a planimeter. Th
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1-19 Keesey, 1.1., 1979. (See Sipes
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Sipes, Williamson, and Aycock, 1977
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Table I. Evaluation of mineral reso
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Table I. (conL) Quantity present Pr
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1-27 Table 3. Effect of allowing th
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II-i TABLE OF CONTENTS ENVIRONMENTA
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II-ii New Mexicp Water Quality Act
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the Federal Register, National Arch
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II-4 U.S. Environmental Protection
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II-6 U.S. Environmental Protection
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• • • • Filing and other ad
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0-10 • Transfers (43 CFR 3106)
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Operations that involve subsurface
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Pennits. special reports. and fees
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RCRA Subtitle D - Solid Waste RCRA
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• National secondary drinking wat
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the withdrawal area that are leased
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• Notification requirements when
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New Mexico Naroral Resources Depamn
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Permits, special repons, and fees I
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II-28 Permits. special reports. and
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II-30 Operations that extract oil a
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industrial, commercial, mining, and
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• Prohibition on disposing of any
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References New Mexico Game and Fish
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Clean Air Act TABLE 1 hnpact level
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TABLE 1 hnpact level of statutes an
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TABLE 2 Impact level of statutes an
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FINAL REPORT Evaluation of Mineral
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Table 2. K 2 0 equivalent wt. % of
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The United States ranked fourth in
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have extensive sections of laminate
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poor potash deposits probably preci
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followed by froth flotation (Fig. 6
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Information Only III-ll Hayes P. T.
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III-13 Fig.!. Location of the Carls
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III-IS Figure 3. Diagrammatic north
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Fig. 5. Vertical cyclic sequences i
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Fig. 7. Simplified potash crystalli
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1lI-21 Table 2. KzO Equivalent wt.
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llI-23 Table 4. Potash Statistics f
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m-25 Table 6. General Mineralogy an
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IV-l FUTURE MI~lNG TECHNOLOGY Georg
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Along with the improvements listed
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Saskatchewan and in thick but highl
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V-i TABLE OF CONTENTS Introduction
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Flotation chemistry Recently, non-e
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tures resulting in high salt solubi
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VI-ii Table 8. Case 1 - 4th ore zon
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Vl-2 of these three chemicals plus
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shows barrier pillars, but their us
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maintenance, and periodic replaceme
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Therefore, the engineering economic
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_J"L LJ::L.J DO DO ~ LJ L '"-':-:1.
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II IK'~II II Ṇ ... , ~ > . VI '-
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Vl-14 Table 1. Carlsbad Potash Prod
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Table 3. Salient potash l statistic
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Table 5. Case 1 - 4th ORE ZONE CASH
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u j u ~ uu iTIm!.g!c!~y•. ( j ~,t
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Table 13. Case 3 - 4th ORE ZONE CAS
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Table 15. Case 3 • 10th ORE ZONE
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_------._._ Table 17. Summary of En
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Table 19. Mining Life Versus Cut-of
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VII-i TABLE OF CONTENTS FORMULATION
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Information Only VII-iii Figure 32.
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VII-l MEmOD OF POTASH RESERVE EVALU
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Information Only VII-3 As mentioned
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VII-5 DEFINITIONS OF ORE RESERVES V
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Vll-7 hole records. That method can
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VII-9 tonnage factor equal to 14.8
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VlI-ll consistent with the known st
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VII-13 REFERENCES John, C. B., Chee
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VII-15 Table 2 Resources and reserv
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Table 4. In-ulace resources for oth
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Vll-19 2 6 5 4 3 2 ~..\d..J-.·· :
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VII-21 2 1 6 5 4 3 2 1 1 ·····
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0 -l: 0.0-0.5 0.5-1.0 1.0-1.5 1.5-2
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~ :::r ~o _. a. (1) .... C:::N ~o _
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Information Only :e =r »Q Q.CD --
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Information Only _. ~-:T >Q c.co cN
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Information Only 0.0-0.5 0.5-1.0 1.
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Information Only :e :::r ;x>° cN .
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Information Only 0.0-0.5 0.5-1.0 1.
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Figure 20 4th Ore Zone Equivalent L
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- L_' ••__1 ---' ~ .....__ I 16
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- I.-... __J __J k. _ 14 12 --- ---
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VTI-43 2 6 5 4 3 2 ,, , 2 M..,..---
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Vll-45 2 6 5 4 3 2 , 3 35 '36 •
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VII-47 2 6 5 4 3 2 , 4 25 -374 ~"1
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Information Only 6v-IlA o- ..... »
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Information Only o- ..... »::r .£
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0 - I\:l >< )( )( - - 0 0 0- CAl 0
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Information Only .... 9 >::T' .9:0
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Information Only -'" o »~ -enCl) .
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Information Only ~ a »st .9:0 -c:
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Information Only -L o »:T .Q;o c::
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Information Only ..... o »g. .9:0
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L.... I _ - , .. __J _....... -~ 25
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L . . ----.. - ___~J ~. J I ....,--
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Vll-69 2 6 5 4 3 2 • '34 .·--·
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Vll-71 2 6 5 4 3 2 '_'_,~L::~--L·~
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Vll-73 2 6 5 4 3 2 ~ l ----- ~~.~~~
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Vll·75 2 6 5 4 3 2 - --~';~_:~~~'"
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o Tons of Ore ~ N Co) ~ C1l en 0 0
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Information Only ~ =so CD ~ _'::J O
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Information Only (0-:T o.... CD _N
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Information Only
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Information Only ~ =r o.., co N o ~
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Information Only to-:T ọ .... CD
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L... ..- .. .J , ---' , ...-.. 30 2
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VIII-I VIII VALUATION OF POTASH RES
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VIII-3 With respect to actual explo
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VIII-5 the simulation include: All
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Information Only VIII-7 data were u
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VIII-9 Potash Simulation Example Ye
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Table 2. Expected revenue present v
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VIII-13 APPENDIX This Appendix cont
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VIII-IS Scenario 2, 15 % discount r
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VIII-17 Lang WIPP Site Data, Case 1
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VIII-19 Lang WIPP Site Data. Case 2
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VIII-23 Lang WIPP Site Dala, Case 1
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VIII-29 Sylvite WIPP Site Data, Sce
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VIII-31 Sylvite WIPP Site Data, Sce
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VIII-33 Lang Combined Area Data, Ca
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vm·35 Lang Combined Area Data, Cas
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VIII-41 Lang Combined Data, Case 1,
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VIII-51 Sylvite Combined Area Data,
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VIII-53 Sylv~e Combined Area Data,
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VIII-55 Sylvite Combined Area Data,
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VIII-57 Lang Additional Area Data,
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VIII-59 Lang Addnional Area Data, C
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VIlI-61 Lang Additional Area Data,
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VIII-63 Lang Addition Data, Case 1,
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VIlI-69 Sylvite Additional Area Dat
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VIII-71 Sylvite Additional Area Dat
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Certificatioll _ We certify under p
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IX-i TABLE OF CONTENTS REGULATIONS
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egulations for drilling oil and gas
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IX-4 characteristics must be favora
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IX-6 ENERGY, STATE OF NEW MEX ICO M
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IX-8 -3- Case No. 9316 Order No. R-
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IX-lO -seaseNo. 931 6 Order No. R-I
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IX-12 -7- ea s e No. 9316 O~de~ No.
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IX-14 -9- Case No. 9316 Order No. R
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IX-16 -11 - Case No. 9316 Order No.
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IX-I8 -13- Ca s e No. 9316 Order No
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In attempting to accomplish. this,
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IX-22 provided by applicable laws a
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IX-24 the depth of the ore plus ten
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IX-26 IV. LQcation Qf Wells· and N
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IX-28 C. In the event the increased
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IX-30 -2- EXHIBIT "A" con'd Section
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IX-32 -u- EXHIBIT "A" eon'd LEA COU
Page 401 and 402: IX-34 -6- EXHIBIT "A" eon'd T~VNSHI
Page 403 and 404: IX-36 -7- EXHIBIT "A" eon"d EDDY CO
Page 405 and 406: J ' , IX-38 ( Friday November 18. 1
Page 407 and 408: - IX-40 . , '. Of: .m~la c ,.lha O.
Page 409 and 410: -_...:-- IX-42 Federal Regisler I V
Page 411 and 412: _-- -_.. ----_ ..-- ----- IX-44 , .
Page 413 and 414: - ( ( Fedenl ltagistu / Vol. s.1. N
Page 415 and 416: IX-48 Federal R~ster " Vol. 53, No,
Page 417 and 418: IX-50 i 1 I ""'""", Federal Ret-ste
Page 419 and 420: I IX-52 Federal Register I Vol. 53.
Page 421 and 422: •• .w :"-=~},~0\;!!'.I&4 ••
Page 423 and 424: IX-56 CHECKLIST for ADMINISTRATIVE
Page 425 and 426: IX-58 Chapter IX REGULATIONS PERTAI
Page 427 and 428: '" IX-60 2 ehe U.S. !DVlro~t&l lro
Page 429 and 430: IX-62 Chapter IX REGULATIONS PERTAI
Page 431 and 432: IX-64 TABLE OF CONTENrS STATEMENT O
Page 433 and 434: IX-66 C. Wildlife The BLM shall: 1.
Page 435 and 436: IX-68 of the DOE (the contributing
Page 437 and 438: ~ ". ~ ~. ._ f - IX-70 ,. ,. If 9-
Page 439 and 440: IX-72 MEMORANDUM OF UNDERSTANDING B
Page 441 and 442: IX-74 c. Use avoidance as the prima
Page 443 and 444: IX-76 and oilleasts adjacent to the
Page 445 and 446: IX-78 2. The DOr ail"ee3 to: a. For
Page 447 and 448: Evaluation of Mineral Resources at
Page 449 and 450: THE PAST-DECADE DEVELOPJ.\ilENTS At
Page 451: The POC bits and POC cutter blank m
Page 455 and 456: X-7 optimum production, completion,
Page 457 and 458: Cement additives Research during th
Page 459 and 460: 1994). The productivity of a fractu
Page 461 and 462: Hydraulic fracturing - acidizing Th
Page 463 and 464: X-IS Concluding remarks Technology
Page 465 and 466: X-17 PennWell Books, Tulsa, OK, p.
Page 467 and 468: low-friction gauge PDC bits: Societ
Page 469 and 470: XI-i TABLE OF COl'iiENTS SUMMARY OF
Page 471 and 472: XI-iii Figure 14 Designated oil poo
Page 473 and 474: Xl·v and boundaries of designated
Page 475 and 476: Information Only XI-vii TABLES Tabl
Page 477 and 478: XI-2 will be produced from the deep
Page 479 and 480: Definitions Several basic definitio
Page 481 and 482: CCcJ.. From these projections. esti
Page 483 and 484: ea"ons often do not yield a product
Page 485 and 486: Information Only XI-IO made it poss
Page 487 and 488: XI-12 Canyon production is in the T
Page 489 and 490: Information Only XI-14 the east. In
Page 491 and 492: Information Only XI-16 (Fig. 25). U
Page 493 and 494: discovery wells . Developmentdrilli
Page 495 and 496: the middle part of the Cherry Canyo
Page 497 and 498: Information Only XI-22 of approxima
Page 499 and 500: The sucker rods move vertic;i"y up
Page 501 and 502: Information Only XI-26 The authigen
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XI-28 fore, stratigraphic traps str
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interbedded with dark basinal shale
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(Fig. 51, Table 2) with probable re
Page 509 and 510:
XI-34 Two wells have drilled throug
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Xl-36 that no such structure, and h
Page 513 and 514:
XI-38 REFERENCES Anderson, R., 1977
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Xl-40 Guidebook 44, pp. 175-184. Kl
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Worthington, R. E., 1994, East Shug
Page 519 and 520:
Figure 12. Annual number of oil and
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XI-46 response of oil production to
Page 523 and 524:
XI-48 additional study area. Separa
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XI-50 Producing provi~ce. "'" Nonpr
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XI-52 'f!'
Page 529 and 530:
1 '
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XI-56 A I I ,I . J- ~ 1 o eo 111Unt
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XI-58 A no"" mIl o 0 Tubb t marl -
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!I r--;-----;---"/"--:;--A;r:-;,...
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300 "C CD 1i) 0.200 E o U tn 1.00 .
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.... XI-64 ~45' 104·45' ·r·--·-
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XI-66 t t t t slope into basin FEED
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XI-68 ~'r-~·'--,-----,--,--,4-r--"
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XI-70 · · . ! ! i =:! .. , I .. ,
Page 547 and 548:
XI-n • + o ", .- .:.... • • .
Page 549 and 550:
XI-74 ~r_-':'-- " ,---.,.--.,...--r
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'D tō-:>< Oil: Los Medanos-8and Du
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XI-78 --'~r--'--"T--..,..--r--'i'--
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XI-80 o 133/8" @ 600 fl 2,000 ! .c:
Page 557 and 558:
Paduca (Delaware) Field Annual Oil
Page 559 and 560:
~._- XI-84 Delaware Basin Northwest
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XI-86 .,' . . 1-; ~. ~. / ./ 'jl .
Page 563 and 564:
XI-88 23 11 8 o o I .5 1ml ! ---- I
Page 565 and 566:
XI-90 • ft. _.. iJ ~ -t .... l..1
Page 567 and 568:
Cabin Lake Strawn; Phillips Petrole
Page 569 and 570:
XI-94 - I · · - . I · · · · "
Page 571 and 572:
XI..96 o 13·/.'@650ft 2,000 4,000
Page 573 and 574:
Los Medanos Atoka (Gas); Bass Enter
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Los Medanos Morrow (Gas); Conoco, I
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XI-102 . · . -, , .. 01''' I I " "
Page 579 and 580:
Los Medanos-Sand Dunes-Ingle Wells
Page 581 and 582:
Quahada Ridge Southeast (Lower Brus
Page 583 and 584:
Strawn Projected Future Annual Gas
Page 585 and 586:
Morrow Projected Future Annual Gas
Page 587 and 588:
TABLE 6. Surface and bottom-hole lo
Page 589 and 590:
Table 15A. Livingston Ridge Delawar
Page 591 and 592:
Table 15C. Cabin Lake Delaware pool
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Table 15E. Los Medanos Bone Spring
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TABLE 15F. (Continued) XI-131 Year
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~ TABLE 15G. (Continued) XI~133 Yea
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Table 16. Projected future annual o
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XII-i TABLE OF CONTENTS SUMMARY RES
Page 603 and 604:
XII-2 additional area gas reserves
Page 605 and 606:
Key assumptions and features associ
Page 607 and 608:
contribute te alterations in the se
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XII-8 160 Combined Area Oil Revenue
Page 611 and 612:
XII-IO 120 Combined Area Oil Revenu
Page 613 and 614:
XII-12 Combined Area Oil Cash Flow
Page 615 and 616:
XII-14 160 I 140 --r- I Combined Ar
Page 617 and 618:
Oil Simulation Example XII-16 Year
Page 619 and 620:
XII-18 Table 6. Expected revenue pr
Page 621 and 622:
XII-20 WIPP Site Gas. 10% discount
Page 623 and 624:
XII-22 WIPP Area Gas, 12.5% Royalti
Page 625 and 626:
XII-24 Additional Area Gas, 12.5% R
Page 627 and 628:
XIl-26 Combined Area Gas. 12.5% Roy
Page 629 and 630:
XII-28 WIPP Area Gas, 12.5% Royalti
Page 631 and 632:
XII-30 Additional Area Gas, 12.5% R
Page 633 and 634:
XII-32 Combined Area Gas. 12.5% Roy
Page 635 and 636:
XII-34 W1PP Site Gas Data, discount
Page 637 and 638:
XIl-36 Additional Area Gas Data, di
Page 639 and 640:
XII-38 Combined Area Gas Data, disc
Page 641 and 642:
XII-40 W1PP Site Gas Data. discount
Page 643 and 644:
XII-42 Additional Area Gas Data, di
Page 645 and 646:
XII-44 Combined Area Gas Data. disc
Page 647:
Information Only XII-46
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