Introduction to Interception of Suspended Solids — Lesson 1

This lesson covers the concept of flow through porous media, focusing on the interception of suspended solids. It explains how the size of suspended solid matters can affect the permeability of porous media, leading to changes in the flow. The lesson also discusses the applications of this concept in various fields, such as environmental issues, petroleum reservoir studies, and chemical engineering applications. For instance, in petroleum reservoir studies, the interception of solids is crucial during processes like drilling, acidization, and enhanced oil recovery. The lesson further delves into the concept of zeta potential and its role in the migration of fines in porous media.

Video Highlights

00:43 - Discussion on the impact of suspended solid matters on the permeability of porous media
04:27 - Explanation of applications in environmental issues and petroleum reservoir studies
14:25 - Detailed explanation of zeta potential and its role in the migration of fines

Key Takeaways

- The size of suspended solid matters can significantly affect the permeability of porous media.
- The interception of solids is crucial in various applications, including environmental issues, petroleum reservoir studies, and chemical engineering applications.
- The concept of zeta potential plays a significant role in the migration of fines in porous media. Understanding this concept can help in better managing and controlling the flow through porous media.