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Consolidate

The reservoir section is more consolidated and is the main objective to which the well is being drilled, hence the drilling process has to ensure that any productive interval is not damaged. [Pg.44]

Between the top hole and the reservoir section in most cases an intermediate section will need to be drilled. This section consists of more consolidated rocks than the top hole. The deviation angle is often increased in this interval to reach the subsurface target and eventually a casing is set prior to entering the reservoir sequence. [Pg.45]

The bare foot completion, which leaves an open hole section below the previous casing, is cheap, simple and suitable for consolidated formations which have little tendency to collapse. The slotted liner s an uncemented section of casing with small intermittent slots cut along its length, which prevents the hole from collapsing, but allows no selectivity of the interval which will be produced. The cased and cemented horizontal completion does allow a choice of which intervals will be perforated and produced. None of these examples provides any effective sand exclusion it this is required a gravel pack or a pre-packed liner can be used. [Pg.229]

Sand production from loosely consolidated formations may lead to erosion of tubulars and valves and sand-fill in of both the sump of the A/ell and surface separators. In addition, sand may bridge off in the tubing, severely restricting flow. The presence of sand production may be monitored by in-line detectors. If the quantities of sand produced become unacceptable then downhole sand exclusion should be considered (Section 9.7). [Pg.340]

The Ukrainian Society for Non-Destructive Testing and Technical Diagnostics (US NDT TD) was established at the meeting of the leading experts of the country, on October 28, 1990, The aim of the Society s activity is consolidation of the efforts of scientists and engineers for development of their creative and business activity, information exchange, satisfying the professional interests, development of international contacts on NDT TD. [Pg.967]

Edcfy-cufrent NDT inspections using spatial data (sampled scans) ha >e many benefits. They separate the two conflicting aspects of an inspection scanning and signal interpretation. An instrument/display (client/server) based NDT inspection based on sampled scan data aides in the training and certification of inspectors. It can be used over the Internet or in-house Intranet networks to train or examine inspectors at multiple or remote sites. This saves travel time and resources as defects, instrumentation and teaching can all be consolidated Samples can be maintained and distributed from a central certification body providing more control andflexibility. [Pg.1014]

Ewsuk K G 1993 Consolidation of bulk oeramios Characterization of Ceramics ed R E Loehman (Greenwioh, CT Butterworth-Fleinemann) pp 77-101... [Pg.2775]

In this way the student s knowledge of the organic reactions is consolidated as he proceeds through the sections, his experience of the general method of identification steadily increases, and the investigation of the unknown compounds forms a welcome break from the systematic pursuit of the sectional work. [Pg.319]

The metal is isolated commercially by a complex chemical process, the final stage of which is the hydrogen reduction of ammonium ruthenium chloride, which yields a powder. The powder is consolidated by powder metallurgy techniques or by argon-arc welding. [Pg.108]

The usual commercial form of the element is powder, but it can be consolidated by pressing and resistance-sintering in a vacuum or hydrogen atmosphere. This process produces a compact shape in excess of 90 percent of the density of the metal. [Pg.135]

From time to time during the programme, 1 shall break off from introducing new ideas and help you consolidate what you ve aheady learnt with some review problems. These are meant to be realistic problems showing why synthesis is important and should let you try out your growing skills. You can either do the review problems as you meet them or come back later and use them as revision material or combine both methods by doing one or two now and the rest later. These remarks apply to all the review problems and 1 won t repeat them each time. [Pg.11]

Since A Aw is the change in interaction energy per 1,2 pair, it can be expressed as some multiple of kT per pair or of RT per mole of pairs. It is also conventional to consolidate the lattice coordination number and x into a single parameter x, since z and x are not measured separately. With this change of notation Az Aw is replaced by its equivalent xRT, and Eq. (8.41) becomes... [Pg.522]

Until now we have looked at various aspects of light scattering under several limiting conditions, specifically, C2 = 0, 0 = 0, or both. Actual measurements, however, are made at finite values of both C2 and 6. In the next section we shall consider a method of treating experimental data that consolidates all of the various extrapolations into one graphical procedure. [Pg.709]

At the research level, spectroscopy continues to flourish and is continually developing with occasional quantum leaps. For example, such a leap resulted from the development of lasers. Not all leaps provide suitable material for inclusion in an undergraduate text such as this. Flowever, even in the relatively short period of seven years since the third edition, there have been either new developments or consolidation of rather less recent ones, which are not only of the greatest importance but which can (1 hope ) be communicated at this level. [Pg.472]

D. L. Dauplaise and M. F. Wemeke, Proceedings of the Consolidation and Dewatering of Fine Particles Conference, University of Alabama, Tuscaloosa, Ala., 1982, pp. 90-113. [Pg.147]

C. G. Amorosa and V. Eassina, Stone Decay and Conservation, Cleaning, Consolidation and Protection, Materials Science Monographs no. 11, Elsevier, Amsterdam, 1983. [Pg.432]

J. Gregory, in B. M. Moudgil and P. Somasundaran, eds.. Flocculation, Sedimentation and Consolidation, American Institute of Chemical Engineers, New York, 1985, pp. 125-138. [Pg.38]

In order for it to perform the reinforcement function, the geotextde must be allowed to deform to develop its strength. When stabilization of a site occurs, there is consolidation of the sod, and with this comes deformation of the geotextde. Due to the deformation of the geotextde, strength is required to ensure that a site fadure does not occur, ie, there can be a reinforcement component in the stabilization process. [Pg.259]

Consolidation. Metal powders are consoHdated by heat or by pressure followed by heat, or by heating during the appHcation of pressure (17). ConsoHdation produces a coherent mass of definitive size and shape for further working, heat treating, or use as is. [Pg.182]

Vibr toiy Consolidation. Powders are vibrated in a mold or other container in which they will be sintered, or in a metal container that will be used for extmsion or other metalworking process (31). Vibratory consoHdation produces packings of UO2 particles up to 95% of theoretical density. [Pg.185]

Metal-Matrix Composites. A metal-matrix composite (MMC) is comprised of a metal ahoy, less than 50% by volume that is reinforced by one or more constituents with a significantly higher elastic modulus. Reinforcement materials include carbides, oxides, graphite, borides, intermetahics or even polymeric products. These materials can be used in the form of whiskers, continuous or discontinuous fibers, or particles. Matrices can be made from metal ahoys of Mg, Al, Ti, Cu, Ni or Fe. In addition, intermetahic compounds such as titanium and nickel aluminides, Ti Al and Ni Al, respectively, are also used as a matrix material (58,59). P/M MMC can be formed by a variety of full-density hot consolidation processes, including hot pressing, hot isostatic pressing, extmsion, or forging. [Pg.191]

Industry consolidation and rationalization have resulted. A shift in production toward wet-acid purification routes has occurred and only the most economically viable elemental phosphoms and thermal acid producers remain in business. There has also been an increased focus on higher value ... [Pg.344]

C. E. Capes, R. D. Coleman, and W. L. Thayer, paper presented at The 1 st International Conference on the Compaction and Consolidation of Particulate Matter, London, 1972. [Pg.125]

The Food and Drugs Met and Regulations Departmental Consolidation of the Eood and Dmgs Act and the Eood and Dmg Regulations, with amendments to Dec. 15, 1994, Minister of Supply and Services, Canada, 1994. [Pg.290]


See other pages where Consolidate is mentioned: [Pg.184]    [Pg.185]    [Pg.229]    [Pg.355]    [Pg.79]    [Pg.275]    [Pg.929]    [Pg.257]    [Pg.2761]    [Pg.2772]    [Pg.506]    [Pg.592]    [Pg.659]    [Pg.245]    [Pg.205]    [Pg.439]    [Pg.337]    [Pg.183]    [Pg.228]    [Pg.147]    [Pg.152]    [Pg.287]    [Pg.45]    [Pg.500]    [Pg.116]    [Pg.100]    [Pg.105]   
See also in sourсe #XX -- [ Pg.17 ]




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A Weak Form of Biots Consolidation Equations and Finite Element Analysis

Absorption, consolidant

Adhesion consolidation

Adhesive qualities, consolidants

Advances in Consolidated Bioprocessing Using Clostridium thermocellum and Thermoanaerobactersaccharolyticum

Alveolar consolidation

Amorphous consolidation

Applications soil consolidation

Biomass consolidated bioprocessing

Biomass consolidated processing

Bioprocessing consolidated

Capacity utilization consolidation

Capillary consolidation

Characterization of Ceramic Thick Film Consolidation

Chemical consolidation

Chemical features consolidation

Chemical properties consolidation

Chromatographic effect consolidation

Classical Theory of Consolidation for Saturated Porous Media

Cleaning and Consolidation

Coefficient of Consolidation

Composites consolidation

Composition consolidation

Conservation of Linear Momentum, Effective Stress and Biots Consolidation Theory

Consolidant

Consolidant

Consolidant adhesion test

Consolidant formaldehyde resin

Consolidant glass transition temperature

Consolidant material

Consolidant pottery

Consolidant reacting

Consolidant silane

Consolidant solvent applied

Consolidant stone

Consolidant temporary

Consolidant terminology

Consolidant textile

Consolidant wood

Consolidants

Consolidants classification

Consolidants evaluation

Consolidants properties

Consolidants soluble resins

Consolidants thermosetting resins

Consolidants, application

Consolidated Coal Company

Consolidated Coal Pic

Consolidated Edison

Consolidated Edison Company

Consolidated Edison of New York

Consolidated Electrodynamics Corporation

Consolidated Engineering Corporation

Consolidated Human Activity Database

Consolidated PMNs

Consolidated Rules of Practice

Consolidated Standards of Reporting Trials

Consolidated Structural Products

Consolidated bed

Consolidated bioprocessing process

Consolidated flow concepts

Consolidated government:

Consolidated layer thickness

Consolidated lignocellulose

Consolidated particles

Consolidated risk assessment report

Consolidated rock

Consolidated specimens

Consolidated titanate waste

Consolidated wood

Consolidating or Saving the U.S.-China Rapprochement

Consolidating roll

Consolidation

Consolidation

Consolidation (compression deliquoring) phase

Consolidation Centers in the Lean Supply Chain

Consolidation Coal

Consolidation Coal Company

Consolidation Model of CBPC Formation

Consolidation Pipeline

Consolidation advice

Consolidation aggressive consolidators

Consolidation analysis

Consolidation analysis surface layer

Consolidation center location

Consolidation centers

Consolidation centers functions

Consolidation chemical process

Consolidation contact mechanics

Consolidation controlling

Consolidation defects

Consolidation definition

Consolidation deformability

Consolidation degree

Consolidation equation, Biot

Consolidation equipment

Consolidation ethics

Consolidation evaluation

Consolidation finite strain

Consolidation force

Consolidation granule

Consolidation guide

Consolidation mechanism

Consolidation methods

Consolidation methods isostatic pressing

Consolidation methods plastic forming

Consolidation methods powder pressing

Consolidation methods sintering

Consolidation methods slip casting

Consolidation methods tape casting

Consolidation of Composites by Exploiting Polymorphism

Consolidation of Composites by Fibre and Film Stacking Routes

Consolidation of Composites by Other Routes

Consolidation of Composites by Solution Impregnation Routes

Consolidation of Composites by Using Coextruded Tape Technology

Consolidation of Composites by Using Monoextruded Fibres or Tapes

Consolidation of Naturally Occurring Polymers

Consolidation paper

Consolidation particle adhesion

Consolidation petrochemicals

Consolidation phase

Consolidation phase analysis

Consolidation press

Consolidation pressures

Consolidation procedure

Consolidation process

Consolidation processing

Consolidation purposes

Consolidation review

Consolidation rules

Consolidation shrinkage

Consolidation specialty chemicals

Consolidation stress

Consolidation stress, compression/compaction

Consolidation summary

Consolidation systems

Consolidation systems for degraded wood

Consolidation temporary

Consolidation tensile strength

Consolidation test

Consolidation theories

Consolidation time

Consolidation to the final membrane structure by heating

Consolidation treatment

Consolidation treatments purposes

Consolidation treatments reversibility

Consolidation trickling

Consolidation wood acrylic

Consolidation, defined

Consolidation, dried gels

Consolidation, reconstitution

Consolidation, sediments

Consolidation, viii

Consolidative reduction

Contamination consolidation

Conversion/consolidation

Cultural significance, consolidation

Degradation consolidant

Degree of consolidation

Demand Consolidation and Allocation

Diffusion, consolidant

Distribution center consolidation and relocation

Earth consolidant

Effect on Consolidation Properties

Estimates of the transition point and consolidation index

Evaluation consolidation projects

Evaporation consolidation

Finite Strain Theory of Consolidation

Flow during consolidation

Flow in Consolidated and Unconsolidated Sands

Fossils consolidation

Fracture consolidation test

Fractures consolidation settlements

Freezing consolidant

From Consolidated Form to Implant

From UHMWPE Powder to Consolidated Form

Fully consolidated fibres

Global consolidation

Gluing consolidated wood

Gluing consolidation

Granulation consolidation

Granule Consolidation and Densification

Granule Consolidation, Attrition and Breakage

Granule Growth and Consolidation

Grouting consolidation

Growth and Consolidation

Growth and Consolidation in Practice

Heat stability, consolidant

ID Finite Strain Consolidation Theory

Impregnation consolidant

In situ consolidation

Income statement consolidated

Industrial consolidation

Industry Consolidation

Infection consolidation

Information Flows around the Consolidation Center

Integrated consolidation systems

Isothermal Consolidation

Laminate consolidation, resin flow

Lean supply chain, consolidation centers

Lean supply chain, consolidation centers center

Leather consolidant

Location of the Consolidation Center

Long-term Consolidation Test on Bentonite

Loss Consolidation

Major consolidation stress

Manufacturing consolidation center role

Matrix consolidation

Mechanical properties consolidation

Media Consolidated

Memory consolidation

Microstructure consolidated suspensions

Molecular weight consolidation

Multiple consolidation and break points

Non-Isothermal Consolidation

Normally consolidated clay

On-line consolidation

One-dimensional consolidation

Optical properties consolidation

Over-consolidated clay

Over-consolidation ratio

Parenchyma consolidation

Permeation, consolidant

Petroleum (Consolidation) Act

Pharmaceutical companies industry consolidation

Pharmaceutical industry consolidation

Pigment consolidation

Plant consolidant

Plastics industry consolidation

Poly consolidant

Polymer concentration consolidation

Polymer glass transition temperature consolidation

Polymer molecular weight consolidation

Polymer solution consolidation

Polyurethane consolidation

Pore pressure consolidation settlements

Porosity consolidation

Porous materials, consolidation

Porous materials, consolidation method

Porous media consolidated

Porous media consolidated materials

Powder Consolidation

Primary consolidation

Principal consolidation stress

Reactive consolidant

Reactive consolidation/sintering

Reflection consolidation

Resin flow during laminate consolidation

Reversibility consolidant

Reversibility consolidation

Reversibility of consolidation

Role of Consolidation

Sands semi-consolidated

Secondary consolidant

Secondary consolidant examples

Secondary consolidant selection

Secondary consolidation

Silane stone consolidation

Simulation consolidation

Soil consolidation

Soil section consolidant

Soils consolidation testing

Solid-phase properties, consolidants

Solids consolidation stage

Solids plastic consolidation

Solvent viscosity consolidation

Stabilisation and Consolidation

Stabilization consolidation

Steps consolidation

Stone consolidation

Stone consolidation test

Structural consolidation

Subliming consolidants

Supplier consolidation

Surface consolidants

Surface consolidation

Surface tension consolidation

Surface tension, consolidant

Suspensions consolidation

Tablet consolidation mechanisms

Test methods, consolidating

Textile consolidation

The Consolidation of Chemical Engineering

The Petroleum (Consolidation) Act

The alternative structures for consolidating and

Thermoplastic composites consolidation

Toxicity, consolidant

Unit processes consolidation

Vacuum consolidation

Vacuum consolidation materials

Viscosity consolidant epoxy resin

Viscosity consolidation

Volatile consolidant

Volume loss consolidation

Wall paintings consolidant

Waterlogged wood consolidation

Web consolidation

Wood consolidation

Wood consolidation formaldehyde resin

Wood consolidation polyester resin

Wood consolidation test

World market industry consolidation

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