X-ray Based Mass Transfer Contactor Flow Field Visualization

University Of Texas At Austin, Austin TX

Investigators

Abstract

X-Ray Based Mass Transfer Contactor Flow Field Visualization Fluid flow impacts the performance of process systems in a broad cross-section of industrial applications. Separations equipment, chemical reactors, biological contactors, fermentation vessels, and heat transfer devices all perform at the mercy of hydraulic phenomena. Historically, models of the flow fields have been, at best, highly empirical. With the advent of high speed computers utilizing efficient parallel processing architecture, detailed computer simulations of hydraulics have become feasible. However, the ability to validate these high fidelity models has lagged behind the model development. The proposed research program will utilize results and experience gained from prior flow distribution studies in combination with the extensive X-ray expertise of General Electric to develop a technique for validating these modern state-of-the-art hydraulic models. Successful completion of the project will produce a technology with applicability to a host of industrial processes and will make a major contribution to the basic understanding of fluid flow phenomena.