Comsol
Case Studies
Addressing Oil Spill Cleanup Using Hydrophobic Meshes
Overview
Addressing Oil Spill Cleanup Using Hydrophobic MeshesComsol |
Analytics & Modeling - Predictive Analytics Functional Applications - Remote Monitoring & Control Systems Application Infrastructure & Middleware - Data Visualization | |
Oil & Gas | |
Quality Assurance Maintenance | |
Predictive Maintenance Remote Asset Management | |
Software Design & Engineering Services System Integration Training | |
Operational Impact
The simulation apps developed by Amphos 21 allow for virtual testing of hydrophobic meshes, reducing the need for physical experiments and saving costs. | |
The apps enable quick analysis of mesh designs for different operating conditions, helping engineers find the best solutions for specific oil spill scenarios. | |
The use of COMSOL Multiphysics software allows for detailed modeling of mesh properties and fluid dynamics, providing valuable insights into the effectiveness of different designs. | |
Quantitative Benefit
The simulation apps can run an analysis in less than 30 seconds, significantly speeding up the design process. | |
The apps help reduce the cost of physical experiments by providing virtual testing capabilities. | |
The use of hydrophobic meshes can potentially recover more oil compared to traditional methods, reducing oil waste and environmental impact. | |