Rock-on-a-Chip, also called Rock microfluidic Flow Cell, is designed to simulate complex porous structures on a chip that allows to characterize and visualize multi-phase transport through porous media at a given temperature and pressure. Also, it can be used to effectively investigate the flow property influenced by the channel geometry and surface of pores.
Key Features
- Excellent chemical compatibility
- Optical transparency for flow visualization
- Excellent chemical compatibility
- Complex pores, channels and flow networks can be mimicked
- Custom porous media structures are highly reproducible
- Maximum operating pressure up to 100 PSI
- Quick and easy to connect/disconnect
Typical Applications
- Flow simulation in complex porous rock at a given temperature and pressure
- Environmental testing, such as underground water pollutant transport research
- Oil and gas enhanced recovery study, such as replicating underground oil reservoirs in laboratory
| Channel Cross-section | 100 µm (width) x 50 µm (depth) |
| Chip Overall Size | 75.0 mm x 25.0 mm x 2.0 mm |
| Chip Thickness | 1 mm for either bottom or top layers, and 2 mm after bonding |
| Channel Surface Roughness (Ra) | 5-10 nm |
| Surface Wettability | Hydrophilic |
| Maximum Operating Pressure | 100 psi |
| Material | Borofloat 33 |
Glass Microfluidic Chip, Rock-on-a-Chip
- Brand: Aurora Pro Scientific
- Product Code: APS-Chip-G006
- Availability: In Stock
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$390.00
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Tags: Microfluidics, Flow Cell, Energy Recovery