Fluids and fluid movers such as pumps, compressors of various designs and applications, are encountered throughout chemical and process industries, including oil refineries, gas production facilities, power generation, and other fields of engineering. As fluids can be in-process material in the form of liquid, gas, or a mixture of both with solids, corresponding pumps and compressors sometimes have to satisfy high demands of efficient transport of complex and difficult fluids. The progress in the design and application of pumps, compressors, and turbines has been so rapid that currently, all limitations of pressure, capacity, temperature, and nature of fluids have disappeared. At the same time, this advance in construction and application has presented numerous problems: mechanical, hydraulic, operating, economic, etc.
A thorough understanding of basic principles of fluid flow in pumps, compressors, and turbines as well as in piping systems is a prerequisite for the successful design, installation, and operation of these machines. Various numerical examples are selected carefully to be from real-life technical practice, and will help remove any misconception reflected in an inefficiently operating piping system. Design and operation of gas turbines due to their complexity, require special attention and information on their interaction with axial compressors.
Understand the technical features of different types of pumps, compressors and turbines, and their capabilities and limitations
Learn how to be familiar with principles of hydraulic and mechanical design of pumps, compressors, and turbines according to existing world standards and codes
Gain knowledge on the selection of optimal type and size for a given industrial application
Diagnose and estimate the degree of deterioration and inefficiency of pumps, compressors and turbines and the ways to improve them
Learn the best practices and techniques of pinpointing the problems, and choosing the most efficient remedies, in operation, such as cavitation, surge, stall, choking, corrosion, erosion, etc
Chemical, Process and Mechanical Engineers
Product Engineers and Technologists
The operation, technical service, and maintenance professionals
Engineers, Consultants, and Professionals
Technical professionals responsible for interdisciplinary energy projects
Overview of various types of pumps based on design and application
World standards and codes related to pump design
Main elements of centrifugal pump construction
Design of pump-suction piping
Selection and sizing of centrifugal pump
Solving problems in the operation
Positive displacement pumps: reciprocating and rotary
Pump requirements for chemical, process and oil industry, power generation
Pumps for special applications
Guidelines for pump installation and operation
Pump inspection, control, and performance testing
Maintenance and troubleshooting of pumps
Overview of the main features of various types of compressors
Classification of compressors based on design and application
World standards and codes related to compressor design
Main elements of centrifugal compressor construction
Analysis of centrifugal compressor efficiency
Guidelines for trouble-free centrifugal compressor operation
Positive displacement compressors: Reciprocating and Rotary
Basic criteria for selecting the optimum cost-effective compressor
Compressor loadings and speeds; noise control and protection
Compressors for special applications
Guidelines for compressor installation and operation
Compressor inspection, maintenance, control, performance testing, and troubleshooting
Overview and classification of gas turbines
World standards and codes related to gas turbine design
Main elements and technical characteristics of gas turbine design
Radial and Axial-flow gas turbines
Combustor performance - types of fuels, combustion and pollution control
Gas turbine deterioration - corrosion and erosion prevention
Mechanical vibrations - monitoring, measurements, diagnostics and analysis
Installation, operation, maintenance, and troubleshooting of gas turbines
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