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| 1010.1 Basics of High Pressure Measuring andRegulating Station Design 1040.1 Compressibility of Natural Gas 1050.1 Coping with Changing Flow Requirementsat Existing Meter Stations 1060.1 Design of Distribution Metering and Regulating Stations 1070.1 Determination of Leakage and Unaccounted for Gas - Transmission 1090.1 Effects and Control of Pulsation in Gas Measurement 1100.1 Effects of Abnormal Conditions on Accuracy of Orifice Measurement 1100.2 Effects of Abnormal Conditions on Accuracy of Orifice Measurement 1140.1 Fundamentals of Gas Measurement I 1140.2 Fundamentals of Gas Measurement I 1150.1 Fundamentals of Gas Measurement I 1150.2 Fundamentals of Gas Measurement I 1160.1 Fundamentals of Gas Measurement I 1160.2 Fundamentals of Gas Measurement I 1170.1 Fundamentals of Gas Turbine Meters 1180.1 Fundamentals of Orifice Meter ChartRecorders 1190.1 Installation and Operation Errors in GasMeasurement 1195.1 Low Pressure Gas Measurement UsingUltrasonic Technology 1200.1 Mass Meters for Gas Measurement 1210.1 Measurement Station Inspection Programand Guide 1220.1 Multipath Ultrasonic Flow Meters for Gas Measurement 1230.1 New Ideas in Gas Measurement 1230.2 New Ideas in Gas Measurement 1250.1 Orifice Fittings and Meter Tubes 1270.1 Orifice Meters - Operation and Maintenance 1290.1 Problems Unique in Offshore Gas Measurement 1310.1 Thermometry in Gas Measurement 1320.1 Wet Gas Measurement 1330.1 Flow Conditioners for Natural Gas Measurement 1340.1 Contaminant Accumulation Effect on Gas Ultrasonic Flow Meters 2010.1 Application of Densitometers to Liquid Measurement 2020.1 Application of Turbine Meters in Liquid Measurement 2030.1 Automated Truck Loading Systems 2050.1 Calculation of Liquid Petroleum Quantities 2070.1 Calibration of Storage Tanks 2075.1 Crude Oil Blending 2080.1 Crude Oil Gathering by Truck Metering versus Manual Gauging 2090.1 Design, Operation and Maintenance of LACT Units 2110.1 Displacement Meters for Liquid Measurement 2120.1 Effects of Flow Conditioning on Liquid Measurement 2130.1 Effects of Petroleum Properties on Pipeline Measurement 2140.1 Ethylene Measurement 2150.1 Evaporation Loss Measurement from Storage Tanks 2160.1 Fundamentals of Liquid Measurement I - Physical Properties 2160.2 Fundamentals of Liquid Measurement I - Physical Properties 2170.1 Fundamentals of Liquid Measurement I - Static 2170.2 Fundamentals of Liquid Measurement I - Static 2180.1 Fundamentals of Liquid Measurement I - Dynamic 2180.2 Fundamentals of Liquid Measurement I - Dynamic 2190.1 Fundamentals of Liquid Turbine Meters 2200.1 Gauging, Testing and Running of Lease Tanks 2202.1 Helical Turbine Meters for Liquid Measurement 2205.1 Installation and Operation of Densitometers 2210.1 Leak Detection on Petroleum Pipelines 2220.1 Liquid Measurement Field Surveys 2230.1 Liquid Measurement Station Design 2240.1 Marine Crude Oil Terminal Measurement Systems 2250.1 Mass Measurement of Natural Gas Liquid Mixtures 2260.1 Mass Meters for Liquid Measurement 2270.1 Measurement Accuracy and Sources of Error in Tank Gauging 2280.1 Shrinkage Losses Resulting from Liquid Hydrocarbon Mixing 2290.1 Measurement Methods for Liquid Storage Tanks 2310.1 Measurement of Petroleum on board Marine Vessels 2325.1 Operational Experience with Custody Transfer Ultrasonic Meters 2330.1 Orifice Meters for Liquid Measurement 2340.1 Pycnometer Installation, Operation and Calibration 2350.1 Resolving Liquid Measurement Differences 2360.1 Statistical Control of Meter Factors - A Simplified Approach 2380.1 Troubleshooting Liquid Pipeline Losses and Gain 2380.2 Troubleshooting Liquid Pipeline Losses and Gain 2400.1 Ultrasonic Meters for Liquid Measurement 2410.1 Viscosity and its Application in Liquid Hydrocarbon Measurement 2415.1 Measuring High Viscosity Liquids with Flow Meters 2420.1 Proving Liquid Meters with Microprocessor Based Pulse Outputs 2430.1 Proving Liquid Ultrasonic Meters 2440.1 Accuracy Diagnostics of Liquid Ultrasonic Flow Meters 2440.2 Accuracy Diagnostics of Liquid Ultrasonic Flow Meters 2450.1 Offshore Liquid FPSO Measurement Systems 3010.1 Advanced A pplication of F low C omputers and Telemetering Systems 3020.1 Application of Flow Computers for Gas Measurement and Control 3030.1 Applications of Portable Computers and Software 3050.1 Basic Applications of Telemetering Systems 3060.1 Basic Electronics for the Field Technician 3070.1 SCADA Systems 3080.1 Communication Systems for Gas Measurement Data 3110.1 Economics of Electronic Gas Measurement 3115.1 Production Equipment Effects on Gas Measurement 3120.1 Effects of Cathodic Protection and Induced Signals on Pipeline Measurement 3125.1 Ethernet for SCADA Systems 3140.1 On-line Computers for Custody Transfer 3150.1 Real-Time Electronic Gas Measurement 3155.1 Spread Spectrum Systems for EFM and SCADA 3160.1 Smart Transmitter Selection, Calibration and Installation 3170.1 Testing; Maintenance and Operation of Electronic Flow Computers for the Gas Industry 3180.1 Transient Lightning Protection for Electronic Measurement Devices 4020.1 Calibration of Liquid Provers 4040.1 Design, Calibration and Operation of Field Standard Test Measures 4050.1 Effective Use of Deadweight Tester 4055.1 Flow Calibrating Ultrasonic Gas Meters 4060.1 Guide to Troubleshooting Problems with Liquid Meters and Provers 4070.1 In-Situ (On-Site) Gas Meter Proving 4080.1 LACT Unit Proving - The Role of the Witness 4090.1 Liquid Flow Provers 4095.1 Liquid Meter Proving Techniques 4100.1 Operation and Problems Associated with Prover Detector Switches 4110.1 Operational Experience with Small Volume Provers 4130.1 Proving Coriolis Flow Meters 4140.1 Theory and Application of Pulse Interpolation to Prover Systems 4150.1 Verification / Certification of Devices used in Liquid Measurement 4160.1 Witnessing Orifice Meter Calibrations and Field Testing 4170.1 Improving Flow Measurements with Improved Calibration & Data Handling Procedures 5010.1 Auditing Gas Laboratories 5020.1 BTU Analysis Using a Gas Chromatograph 5030.1 BTU Determination of Natural Gas Using a Portable Chromatograph 5040.1 Chromatograph Applications and Problems from the User’s Standpoint 5050.1 Chromatograph Maintenance and Troubleshooting 5060.1 Chromatographic Analysis of Natural Gas Liquids 5070.1 Crude Oil Sampling for Custody Transfer 5070.2 Crude Oil Sampling for Custody Transfer 5080.1 Crude Quality - What is Involved and Why Its Important 5090.1 Determination of H2S and Total Sulfur in Natural Gas 5100.1 Determination of Water Vapor Content in Natural Gas 5110.1 Determination of Hydrocarbon Dew Point in Natural Gas 5110.2 Determination of Hydrocarbon Dew Point in Natural Gas 5115.1 Hydrocarbon Dew Point Effects on Gas Flow Measurement 5120.1 DOT Requirements for the Transportation of Sample Containers 5130.1 Energy Measurement using Flow Computers and Chromatography 5140.1 Energy Measurement Using Ultrasonic Meters and Gas Chromatography 5150.1 Energy Measurement Utilizing On-Line Chromatographs 5160.1 Field and Laboratory Testing of Sediment and Water in Crude Oil 5170.1 Fundamentals of Gas Chromatography 5190.1 Heat Quantity Calculation relating to Water Vapor in Natural Gas 5210.1 Measurement of Liquefied Petroleum Gas 5235.1 On-line Water Measurement Devices in Liquid Service 5260.1 Sampling and Conditioning of Natural Gas Containing Entrained Liquids 5265.1 Sample Conditioning and Contaminant Removal for Water Vapor Determination 5280.1 Techniques of Gas Composite Sampling 5290.1 Techniques of Gas Spot Sampling 5300.1 Determination of Hydrocarbon Dewpoint using a Gas Chromatograph 5310.1 Fundamentals of Sampling Natural Gas for BTU Determination 5320.1 Moisture Measurement Using Laser Spectroscopy 5330.1 Reducing Measurement Uncertainty in Process Gas Quality Measurements 5340.1 CO 2 D etermination of N atural G as S treams 5350.1 Flare Measurement Practices 6010.1 Causes and Cures of Regulator Instability 6020.1 Controlling Surges in Liquid Pipelines 6035.1 Fundamentals of Pressure Regulators 6090.1 Over Pressure Protection Methods 6100.1 Prevention of Freezing in Measurement and Regulating Stations 6110.1 Selection, Sizing and Operation of Control Valves for Gases and Liquids 6120.1 Turbulence and its effect in Measuring and Regulating Stations 6130.1 Flow Meter Installation Effects 7010.1 Allocation Measurement (API MPMS Chapter 20.1) 7020.1 Orifice Meter Primary Elements Standards 7030.1 Auditing Electronic Gas Measurment per API Chapter 21.1 7040.1 Auditing Gas Measurement and Accounting Systems 7050.1 Auditing Liquid Measurement 7100.1 Measurement Information Management Systems 7100.2 Measurement Information Management Systems 7110.1 Overall Measurement Accuracy 7110.2 Overall Measurement Accuracy 7120.1 Overview of API (COPM) - Measurement Activities 7135.1 Review of API Standard Chapter 4 7170.1 Sarbanes-Oxley Act and its Impact on Measurement 7180.1 API MPMS Chapter 22.2 Testing Protocol for Differential Pressure Flow Measurement Devices 7210.1 Overview of AGA 7 Revision 7220.1 Overview of AGA 9 Revision 8020.1 Calibration Using Portable Digital Pressure Indicators 8025.1 Combining Intrinsic Safety with Surge Protection in the Hydrocarbon Industry 8030.1 Development of Orifice Meter Standards (Past, Present, Future) 8040.1 DOT Qualification Training for Measurement and Control Technicians 8065.1 Interface Detection in Liquid Pipelines 8100.1 Alternative Fuel Measurement 8100.2 Alternative Fuel Measurement 8110.1 Multiphase Flow Measurement 8120.1 Odorization in Natural Gas 8132.1 Orifice M eter T ube D imensional T olerances 8140.1 Program for Training a Gas Measurement Technician 8150.1 Vortex Shedding Meters 8160.1 The Effects of Additives on Metering in Liquid Pipelines 8200.1 Meter Selection 8210.1 Cone Meters for Liquid and Gas Measurement 8220.1 Measurement Scene Investigations |
For additional information, please contact:
Leon Crowley
ISHM ARRANGEMENTS CHAIRPERSON
1700 ASP AVENUE
NORMAN, OK 73072-6400
TEL: (405) 325-1217
FAX: (405) 325-1388
EMAIL: lcrowley@ou.edu