Optimize Filtration Media with GeoDict
Simulate Filter Performance Based on Real or Virtual Microstructures
GeoDict by Math2Market is a versatile tool for simulating and analyzing porous filter materials in 3D. Whether you’re developing air, liquid, or industrial filtration systems, GeoDict enables you to investigate structure–property relationships using real imaging data or synthetic models.
With its modular simulation environment, GeoDict helps engineers and researchers understand how the geometry of fibrous or porous media affects key performance parameters—supporting faster development, reduced material waste, and better-performing products.
Analyze and Improve Filter Structures in 3D
GeoDict supports the import of micro-CT scans and the generation of virtual filters with defined material properties. You can analyze realistic filter media such as:
- Nonwovens
- Woven or knitted fabrics
- Foams
- Membranes
- Granular and sintered filters
It enables the measurement and visualization of critical parameters such as:
- Porosity and pore size distribution
- Filter thickness and fiber orientation
- Phase separation and particle retention
Bring Simulation into Your Filtration Workflow
GeoDict offers a reliable, image-based simulation environment to guide your filtration R&D from concept to performance validation. Contact us today to request a personalized consultancy.
What You Can Simulate with GeoDict
✔ Pressure drop and flow resistance
Calculate how fluid or gas flows through the media and quantify the resulting pressure loss.
✔ Filtration efficiency
Assess how well the filter retains particles of varying sizes under flow conditions.
✔ Permeability and diffusivity
Simulate fluid transport and diffusion behavior through the porous matrix.
✔ Clogging and lifetime effects
Model how particle deposition affects performance over time.
These insights allow you to evaluate and optimize the structure of your filter media digitally—reducing reliance on physical testing.
Application Areas
GeoDict is widely used in filtration R&D and quality control for:
- Automotive and HVAC filters
- Water and wastewater treatment
- Medical and pharmaceutical filtration
- Industrial gas and dust filtration
- Consumer product filters
It provides the tools needed to compare filter designs, simulate new materials, and ensure consistent performance.
🚀 Why Use GeoDict in Filtration Development?
🧠 Realistic 3D modeling of fibrous and porous media
📊 Quantitative predictions of filter behavior
⚙️ Customizable material and flow parameters
🔁 Virtual testing to speed up development cycles