This project presents particle straining in two unique configurations of vuggy proxy media: series and parallel vugs. The porous medium is generated by sintering glass bead (1.0 mm) with salt inclusions and then dissolving the inclusion with water flooding. Smaller sized glass bead particles (25 and 100 um) are injected in the proxy media to establish straining. Medical CT images of before and after injection are presented for two different flow rates (40 and 60 ml/min) and three different flow concentration (0.5%, 1% and 2%). The experiments are labeled according to the flow rate and total injection concentration. e.g 4005 has a flow rate of 40 ml/min and total injection concentration of 0.5%. Effluent is collected for each experiment. It is filtered, dried, and weighed and presented with the trapped volume determined from CT images. Each experiment set has: (1) Raw CT data gathered using a medical CT scanner at 250 micron resolution before and after injection; (2) Porosity change caused by injection determined from CT images; (3) Vug surface before and after injection; (4) Permeability vs time in the top and bottom zone. The top zone is the top half of the core and the bottom zone is the bottom; and (5) Effluent volume ratios.
Hasan Khan (The University of Texas at Austin)
May 7, 2019
The downloadable archive contains all project data; the size of the archive file for this project is 1.34 GB.Download