Training Gas Detection and Flow Measurement

This course is intended to give a breadth and depth analysis in gas detection problems which are actually and frequently occurred in the field. In this course the way to diagnose and solve the problem will be shown. Beside that how to detect ant determine micelleneous constituents in gas will be presented too.

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GOALS :

The participants will be brought to current methods in analyzing gas detection problems that occured in actual fields. Skills in identifying various problems will be build during the course. The modern technique uses a relatively complicated method, but, more accurate and serves much more information needed for gas detection and analysis.

After participate in this course, the participants will be able and capable to :

Understand the basic concept of gas handling processes and operation, and how to operate this technology in field application.
Diagnostic of gas detection in oil and gas field under actual drive mechanism and future performance with current handling processes.
Analyze the gas detection under with actual handling system processes using various methods and to plan the better development of gas processing system.
Understand the fundamentals of microscopic and macroscopic aspects and phenomena of gas detection, calculation and operation.

AUDIENCE:

No specified (Operator/ Sr. Operator/Engineer or Non Engineer)

COURSE OUT-LINE:

Introduction to Gas Process and Operation

Gas Properties

Ideal gas
Real Gas
Gas Formation Volume Factor
Gas Compressibility
Gas-Water System
Gas-Condensate System

Gas Detection and Sampling

Size and Type of Sampling
Standard Conditions for Sampling
Sample Lines and Connections
Confining Fluids
Metering Samples
Collection of Samples

Volumetric Analysis of Gas by Chemical Methods

Theory of Gas Analysis
Analytical Apparatus
Accuracy and Precision
Absorbent Solutions for Gaseous Components
Combustion Methods for Gaseous Components
Analytical Procedures

Low Temperature Fractional Distillation Analysis

Introduction
Fractional Apparatus
Application of Fractional Apparatus

Other Analytical Methods

Mass Spectrometer
Infra Red Analyser
Gas Chromatograph

Detection and Determination of Micellaneous Constituents

Hydrogen Sulfide
Organic and Total Sulfur
Water Vapor
Nitrogen Compounds

Carbon Monoxide, Detection and Determination in Minute Concentrations

Maximum Allowance Concentration of Carbon Monoxide in Air Breathed
Micellaneous for Trace Detention and Determination

Suspended Particles, Detection and Determination of

Sampling
Dust Detection and Determination
Tar Detection and Determination

Gas Calorimetry

Water-Flow Calorimetry
Cutler-Hammer Recording Calorimetry
Other Recording Calorimeter

Gas Density and Specific Gravity

Density
Specific Gravity

Gas Pressure Measurements

Pitot Tubes
Liquid Column Manometers
Multiplying Gages
Micromanometers
Gages for Locating Liquid Surface
Mechanical Pressure Gages
Gage Calibration
Vacuum or Low Absolute Pressure Gages
Laboratory Determination of Gas Appliance Pressure Drop

Gas Temperature Measurements

Flue Gas Temperature Measurements
Liquid-in-Glass Thermometers
Liquid-Expansion Thermometers
Liquid Pressure Thermometers
Gas-and Vapor-Pressure Thermometers
Bimetallic Thermometers
Thermocouples
Resistance Thermometers
Radiation Pyrometers
Optical Pyrometers
Electrical Temperature Measuring Instruments
Pyrometric Cones, Crayons, Pellets, Lacquer
Calibration of Temperature Instruments
Surface Temperature
BTU Meters

Instructor : Dr.Ir. Sudjati Rachmat, DEA

Tempat dan Jadwal : Jakarta-Bandung-Yogya-Bali

JAN.

FEB.

MAR.

APR.

MEI

JUNI

JULI

AGT.

SEP.

OKT.

NOV.

DES.

HARGA

27-29

3-5

5-7

7-9

2-4

1-3

28-29

8-10

6-8

19-21