Sufactants- Suspended Solid Drag Reduction Systems in Pipelines: Flow Enhancement in Pipelines, Insoluble Drag Reducing Agents and Drag Reduction Mechanism - Emma Suali - Books - LAP LAMBERT Academic Publishing - 9783845443911 - September 14, 2011
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Sufactants- Suspended Solid Drag Reduction Systems in Pipelines: Flow Enhancement in Pipelines, Insoluble Drag Reducing Agents and Drag Reduction Mechanism

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The concept of drag reduction allows the pipelines to be operated at a lower pressure drop, thus reducing energy consumption and costs while transporting fluids through onshore and offshore pipelines, channels, cooling and heating devices, etc. The objective of drag reduction study is to find a suitable means to reduce the physical force or drag that resists the movement of fluids through transporting media. Drag is identified through pressure drop measurement in piping system. The addition of a small amount of certain chemical additives in transporting system could reduce the drag. These chemicals additives are known as drag reducing agents (DRA). Surfactants, fibers and polymers are among the well-known additives which are used as a DRA. The mechanism of drag reduction depends on the form or type of DRA and thus the effect on drag varies with the choice of DRA. The present book analyzed the effect of anionic surfactants and suspended fibers on drag reduction based on solution concentration, combination of two different materials, fluid Reynolds number, pipe scales, surfactant molecular number and surfactant compound structure.

Media Books     Paperback Book   (Book with soft cover and glued back)
Released September 14, 2011
ISBN13 9783845443911
Publishers LAP LAMBERT Academic Publishing
Pages 124
Dimensions 150 × 7 × 226 mm   ·   203 g
Language German