Often hosts individual sections, such as Section 17 (Fluid Flow) or Section 12 (Pumps) , which can be useful for specific formula references.
Which (e.g., compressor sizing, glycol dehydration, amine sweetening) you are working on? Whether your project utilizes SI or FPS units ?
The story of the GPSA Engineering Data Book is one of evolution, mirroring the growth of the gas processing industry itself. It was first published in 1935 as a small booklet containing mostly advertisements and a little technical information. Over nearly a century, it has transformed into a technical tome of nearly 1,000 pages, completely free of advertising, and is recognized as the worldwide authoritative resource for technical and design information for the industry. The manual's loose-leaf format was intentionally chosen to allow for periodic updates, ensuring it keeps pace with the rapidly changing technology of the process industries. Often hosts individual sections, such as Section 17
These resources, combined with the GPSA handbook, provide a comprehensive engineering library for any professional in the hydrocarbon processing industries.
K-values, vapor-liquid equilibrium (VLE) curves, and phase behavior predictions essential for distillation and separation. 3. Equipment Sizing and Hydraulics The story of the GPSA Engineering Data Book
Improved examples for complex calculations, such as determining the terminal velocity of a 150-micron particle in a vertical separator, using drag coefficient and Stokes' Law.
The data book is divided into comprehensive sections that cover every phase of gas processing. 1. Plant Design and Safety The manual's loose-leaf format was intentionally chosen to
If you work with gas processors or suppliers, you know the drill. The GPSA Data Book contains: