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Language English
Pages 780
Format PDF
Measurement 4.26 MB

 

Rules of Thumb for Petroleum Engineers by James


 

Rules of Thumb for Petroleum Engineers by James G. Speight | PDF Free Download.

Author of Rules of Thumb for Petroleum Engineers

Dr. James G. Speight CChem., FRSC, FCIC, FACS, earned his B.Sc. and Ph.D. levels from the College of Manchester, England – he additionally holds a DSC in The Geological Sciences (VINIGRI, St. Petersburg, Russia) and a Ph.D. in Petroleum Engineering, Dubna Worldwide College, Moscow, Russia).

Dr. Speight is the writer of greater than 70 books in petroleum science, petroleum engineering, and environmental sciences.

Previously the CEO of the Western Analysis Institute (now an impartial advisor), he has served as an Adjunct Professor within the Division of Chemical and Fuels Engineering on the College of Utah and within the Departments of Chemistry and Chemical and Petroleum Engineering on the College of Wyoming.

As well as, he has additionally been a Visiting Professor in Chemical Engineering on the following universities: the College of Missouri-Columbia, Technical College of Denmark, and College of Trinidad and Tobago.

In 1995, Dr. Speight was awarded the Diploma of Honor (Pi Epsilon Tau), Nationwide Petroleum Engineering Society, for Excellent Contributions to the Petroleum Business. In 1996, he was elected to the Russian Academy of Sciences and awarded the Gold Medal of Honor that very same yr for excellent contributions to the sphere of petroleum sciences.

In 2001, the Russian Academy of Sciences additionally awarded Dr. Speight the Einstein Medal for excellent contributions and repair within the subject of Geological Sciences and in 2005 he acquired the Scientists with out Borders Medal of Honor of the Russian Academy of Sciences.

In 2006, he was appointed because the Methanex Distinguished Professor, College of Trinidad and Tobago in addition to awarded the Gold Medal – Giants of Science and Engineering, Russian Academy of Sciences, in recognition of Continued Excellence in Science and Engineering.

Rules of Thumb for Petroleum Engineers Contents


  • Abrasion
  • Absorption
  • Acid Fuel Removing
  • Acid Fuel Scrubbing
  • Acid Quantity 
  • Acid Rain 
  • Acid-Base Catalysts 
  • Acidity and Alkalinity 
  • Acidizing
  • Adsorption 
  • Adsorption Isotherm 
  • Adulteration
  • Air Emissions
  • Alcohol Blended Fuels 
  • Alcohols 
  • Alicyclic Hydrocarbons
  • Aliphatic Hydrocarbons 
  • Alloys – Composition 
  • Amine Absorber 
  • Amine Condenser 
  • Amine Washing 
  • Ammonia 
  • Aniline Level 
  • Anticline 
  • Antoine Equation 
  • API Gravity 
  • Fragrant Hydrocarbons 
  • Asphalt Manufacture 
  • Asphaltene Constituents 
  • Related Pure Fuel 
  • Atmospheric Equal Boiling Level 
  • Auto-ignition Temperature 
  • Barrel 
  • Baumé Gravity 
  • Benchmark Crude Oil 
  • Bernoulli’s Precept 
  • Biomass and Biofuels 
  • Bitumen 
  • Bituminous Rock and Bituminous Sand 
  • Black Acids 
  • Black Oil 
  • Mixing and Mixing 
  • Boiling Level and Boiling Vary 
  • Brine 
  • Bubble Level and Bubble Level Stress 
  • Bureau of Mines Correlation Index 
  • Calorific Worth 
  • Capillary Forces 
  • Capillary Quantity 
  • Capillary Stress 
  • Carbon Monoxide and Carbon Dioxide
  • Carbon Quantity and Potential Isomers 
  • Carbonate Reservoir 
  • Carbonate Washing and Water Washing
  • Catalyst Pore Diameter 
  • Catalytic Supplies 
  • Catalytic Reforming 
  • Cementation Worth 
  • Cetane Index 
  • Characterization Issue 
  • Chemical Response Charges 
  • Chemical compounds Reactive with Water
  • Chemometrics 
  • Clausius Equation and Clausius-Clapeyron Equation 
  • Coal – Normal Properties 
  • Coke Yield from Conradson Carbon 
  • Widespread Acronyms 
  • Widespread Names of Chosen Chemical Compounds
  • Widespread Unit Conversions
  • Generally Used Constants 
  • Compressibility
  • Coning
  • Conversion Charts 
  • Conversion Elements 
  • Correlation Index 
  • Corrosion 
  • Corrosion – Gasoline Ash 
  • Corrosion – Naphthenic Acid
  • Cricondenbar 
  • Cricondentherm 
  • Crucial Properties 
  • Crucial Temperatures of Gases 
  • Crude Oil – Assay 
  • Crude Oil – Classification 
  • Crude Oil – Desalting 
  • Crude Oil – Distillation 
  • Crude Oil – Fractional Composition 
  • Crude Oil – Hydrotreating 
  • Crude Oil – Molecular Composition 
  • Crude Oil – Major Restoration
  • Crude Oil – Restoration 
  • Crude Oil – Refining 
  • Crude Oil – Residua 
  • Crude Oil – Sampling and Evaluation
  • Crude Oil – Secondary Restoration 
  • Crude Oil – Tertiary Restoration 
  • Crude Oil from Tight Formations
  • Darcy and Non-Darcy Circulate in Porous Media
  • Darcy’s Regulation
  • Decimal Multipliers for SI Prefixes
  • Decline Curve Analysis 
  • Supply Level 
  • Density, Particular Gravity, and API Gravit
  • Density-Boiling Level Fixed
  • Figuring out Depreciation
  • Dew Level Temperature and Stress
  • Dielectric Fixed 
  • Dielectric Loss and Energy Issue 
  • Diesel Index
  • Dipole Second
  • Distillation 
  • Distillation – Flooding 
  • Distillation – Hole-Overlap 
  • Drilling Fluid 
  • Drilling Fluid Components 
  • E85 Gasoline 
  • Embrittlement 
  • Embrittlement – Hydrogen 
  • Emulsion 
  • Enhanced Oil Restoration 
  • Environmental Rules 
  • Evaporation 
  • Growth and Contraction of Solids 
  • Explosive Limits 
  • Hearth Level 
  • Fischer-Tropsch Chemistry 
  • Flammability and Flammability Limits
  • Flash Level
  • Circulate Via Porous Media
  • Fluid Catalytic Cracking – Chemistry 
  • Fluid Circulate Fundamentals 
  • Fluid Circulate Via Permeable Media
  • Fluid Circulate
  • Fluid Saturation
  • Foamy Oil 
  • Formation Quantity Issue 
  • Fouling
  • Fracturing Fluids 
  • Gasoline Oil 
  • Purposeful Teams 
  • Basic Bodily Constants 
  • Fuel Deviation Issue 
  • Fuel Formation Quantity Issue 
  • Fuel Legal guidelines 
  • Fuel Processing – Hydrogen Sulfide Conversion 
  • Fuel Processing – Metallic Oxide Processes 
  • Fuel Processing – Olamine Processes 
  • Fuel Processing – Sweetening 
  • Fuel Processing – Absorption and Adsorption Processes 
  • Fuel Processing – Acid Fuel Removing 
  • Fuel Processing – Carbonate and Water Washing Processes
  • Fuel Processing – Catalytic Oxidation Processes
  • Fuel Processing – Fractionation
  • Fuel Processing – Fuel-Oil Separation 
  • Fuel Processing – Liquids Removing
  • Fuel Processing – Metallic Oxide Processes 
  • Fuel Processing – Methanol-Primarily based Processes 
  • Fuel Processing – Molecular Sieve Processes 
  • Fuel Processing – Nitrogen Removing 
  • Fuel Processing – Bodily Solvent Processes 
  • Fuel Processing – Plant Schematic and Merchandise 
  • Fuel Processing – Processes and Course of Choice 
  • Fuel Processing – Water Removing
  • Fuel Solubility 
  • Fuel-Condensate Reservoirs 
  • Gaseous Fuels
  • Gaseous Hydrocarbons – Normal Properties
  • Gasification – Chemistry 
  • Gasification – Refinery Resids 
  • Fuel-Liquid Solubility 
  • Fuel-Oil Ratio 
  • Fuel-Oil Separation 
  • Gasoline – Part Streams 
  • Fuel-to-Liquids 
  • Geological Time Scale 
  • Geothermal Gradient 
  • Glycol 
  • Grease
  • Greek Alphabet
  • Hazardous Chemical compounds
  • Hazardous Waste 
  • Warmth Capability 
  • Warmth Content material of Petroleum Merchandise 
  • Warmth Exchangers 
  • The warmth of Combustion of Petroleum Fuels 
  • The warmth of Combustion of Petroleum Fuels
  • Warmth Switch Coefficient
  • Warmth Switch – Convection and Conduction
  • Heating Worth 
  • Heavy Feedstock Conversion – Thermal Processes 
  • Heterogeneity 
  • Heterogeneous Catalysis and Homogeneous Catalysis 
  • Excessive-Acid Crudes 
  • Hydrate Formation and Prevention 
  • Hydraulic Fracturing 
  • Hydrocarbon Gases – Bodily Constants
  • Hydroconversion 
  • Hydrogen Chloride 
  • Hydrogen in Refineries 
  • Hydrogen Sulfide Conversion 
  • Hydrogen Sulfide 
  • Hydrogen
  • Hydrostatic Stress 
  • Excellent Fuel 
  • Improved Oil Restoration Processes 
  • Incompatible Chemical compounds 
  • Ionic Liquids
  • Isothermal Compressibility of Oil
  • Kinematic Viscosity 
  • Liquefied Petroleum Fuel 
  • Liquid-Fuel Separators 
  • Lubricants – Classification 
  • Lubricating Oil – Base Inventory 
  • M85 
  • Marx-Langenheim Mannequin
  • Materials Stability
  • Imply Density – Fuel-Air Combination
  • Imply Density – Fuel-Air Combination 
  • Metals Content material and FCC Coke Manufacturing 
  • Methane 
  • Molecular Weight of Petroleum Fractions 
  • Naphthenic Acids – Corrosion in Distillation Items 
  • Naphthenic Acids – Mitigating Corrosion
  • Naphthenic Acids
  • Pure Fuel – Related
  • Pure Fuel – Composition 
  • Pure Fuel – Compressibility 
  • Pure Fuel – Measurement 
  • Pure Fuel – Nonassociated 
  • Pure Fuel – Properties 
  • Pure Fuel – Particular Gravity 
  • Pure Fuel – Part Behavio
  • Pure Fuel – Sweetening
  • Pure Gasoline
  • Nitrogen and Nitrogen Oxide Gases
  • Nonassociated Pure Fuel
  • Octane Barrel Yiel
  • Octane Quantity 
  • Oil and Fuel from Tight Formations 
  • Oil and Fuel Initially in Place 
  • Oil Restoration Issue 
  • Oil Shale – Normal Classification 
  • Oilfield Chemical compounds 
  • Olamine Processes 
  • Olamine 
  • On-Stream Issue
  • Alternative Crudes
  • Natural Compounds – Bodily and Thermochemical Information
  • Natural Solvents
  • Oxygen 
  • Ozone 
  • Paraffin Hydrocarbons 
  • Particle Measurement Classification
  • Permeability 
  • Petrochemicals 
  • Petroleum Merchandise – Warmth Content material 
  • Petroleum Merchandise 
  • Part Conduct
  • Polychlorobiphenyls 
  • Porosity 
  • Prefixes 
  • Stress Conversion 
  • Principal Part Evaluation 
  • Course of System
  • Product Mixing 
  • Manufacturing Engineering Items
  • Productiveness Index 
  • Proppants 
  • PVT Properties 
  • Fee of Response 
  • Reactor Sorts 
  • Restoration Strategies 
  • Refinery Feedstocks – Corrosive Constituents 
  • Refinery Fuel 
  • Refinery Sorts 
  • Refinery Items – Supplies of Building and Working Situations
  • Refractive Index and Particular Refraction
  • Relative Density 
  • Relative Permeability 
  • Relative Volatility 
  • Reserves – Estimation
  • Reserves 
  • Reservoir Crude Oil 
  • Reservoir – Drive Mechanisms 
  • Reservoir Stress 
  • Reservoir – Sorts and Classification 
  • Reservoir 
  • Resid Upgrading Applied sciences 
  • Useful resource Estimation 
  • Retrograde Condensate Methods 
  • Retrograde Condensation 
  • Reynolds Quantity 
  • Rock Sorts 
  • SARA Evaluation 
  • Saturated Steam 
  • Saturation 
  • Sediments, Reservoirs, and Deposits 
  • Separators – Fuel-Oil Separation 
  • Shale Fuel Formation 
  • Shale Fuel Reservoirs – Variation in Shale Properties
  • Shale Fuel – Variations in Composition 
  • Shale Oil (Kerogen-Derived Oil) – Variation in Properties 
  • Shale Performs – Properties
  • SI – Worldwide System of Items 
  • Solubility Parameter 
  • Solvents 
  • Particular Gravity 
  • Particular Warmth
  • Stress-Corrosion Cracking 
  • Sulfur Dioxide 
  • Sulfur Materials Stability 
  • Supercritical Fluids
  • Floor Stress
  • Sweetening Processes
  • Synthesis Fuel
  • Tar Sand
  • Check Strategies 
  • Contents xvii
  • Thermal Conductivity
  • Thermal Cracking Processes 
  • Tight Formations 
  • Unit Course of 
  • Vapor Density 
  • Vapor Stress 
  • Viscosity 
  • Viscosity Index 
  • Viscosity of Petroleum Fractions
  • Viscosity-Gravity Fixed 
  • Quantity Circulate Fee 
  • Volumetric Analysis 
  • Volumetric Elements 
  • Water – Boiling Level Variation with Stress 
  • Water –Widespread Impurities 
  • Water – Density and Viscosity in Relation to Temperature
  • Water Saturation 
  • Watson Characterization Issue 
  • Weights and Measures – Density 
  • Weights and Measures – Fuels
  • Weights and Measures – Normal
  • Properly Casing 
  • Wellbore Stability Evaluation
  • Wettability 
  • Wobbe Index 
  • Working Fuel 
  • Bibliography and Data Sources

Preface to Rules of Thumb for Petroleum Engineers


As worldwide crude oil and pure gasoline exploration, manufacturing, and refining actions improve, there’s a continued want for petroleum engineers and pure gasoline engineers to remember of the assorted features of the applied sciences and processes concerned inside their perform to help crude oil and pure gasoline operations.

A reliable understanding of expertise and numerous processes that drive the manufacturing and refining of crude oil and pure gasoline is crucial. One more reason for the e-book relies on observations of younger professionals and graduate college students as they put together to enter the fields of pure gasoline and crude oil improvement.

Whereas many organizations might supply numerous variations of software program to unravel engineering issues, many younger engineers and college students have to hone their elementary skills to sort out issues with out utilizing a pc.

This e-book, along with addressing a spread of engineering points associated to crude oil and pure gasoline, additionally gives explanations and equations regarding elementary chemical, chemical engineering, and petroleum engineering issues.

Thus, the e-book is a compilation of definitions, descriptions, tables, chemical equations, and formulation of use to petroleum engineers.

To this finish, the e-book has been compiled utilizing a spread of data sources that additionally replicate the main modifications which have occurred within the crude oil and pure gasoline industries over the previous 10 to 15 years.

Thus the e-book presents data related to the assorted sectors of the crude oil and pure gasoline industries and takes benefit of current publications associated to crude oil and pure gasoline operations. The contents are organized alphabetically to supply prepared entry via an all-inclusive index to recuperate the specified data.

It’s the objective of this e-book to supply a ready-at-hand reference e-book for the workplace, laboratory or subject that the engineer can seek the advice of to assist her or him on this activity.

The e-book will probably be a worthwhile asset for petroleum engineers, specialists, and training professionals working within the crude oil and pure gasoline industries.

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