Introduction:
The sustainable and effective operation of process water reticulation systems is threatened by the occurrence of solids entrainment.
The resulting contaminated water could lead to a series of problems:
- The costly replacement of hydro-powered equipment and pumping infrastructure in the mining environment
- Silting of clarifiers, storage/ intermediate dams and tanks
- Environmental threats when nearby streams come into contact with the discharge
- Costly repairs of downstream infrastructure and processes when blockages occur
- Flooding of underground mining operations due to infrastructure failure
The mining and process plant environment inevitably generates certain by-products, such as the solids found in these streams. These solids have a high likelihood of containing valuable minerals, which are often not handled or disposed of in the correct manner.
We have developed the High Flow De-Grit Plant to remove solids from various process water reticulation systems.
The solids can be mechanically handled by various means, after being discharged from the system.
Applications:
- Underground/surface mining operations
- Process and industrial plants
- Waste water
- Drinking water
- Agriculture
A wide range of benefits, such as:
- Rapid recovery of usable minerals
- Sustained life on downstream equipment and processes
- Low power consumption
- Compact footprint
- Low maintenance and abrasive wear
- Ability to accommodate fluctuating feed volumes
- Modular design which allows the system to be easily expanded upon, by adding modules when required
- Drastically reduced installation costs due to rapid assembly of bolted components
- Minimal civil construction required
- Semi- or fully automatic control available
- Minimal operator intervention
Specifications:
- Construction Material: Low Carbon Steel
- Corrosion Protection: Hot Dip Galvanised
- Cut Size: 0.003 inch/75 microns
- Maximum Solids Content (Feed): 5.0%
- Efficiency: 90% removal of solids above cut size
- Process and physical parameters
| Standard Module Type | Capacity | Approximate size | Approximate Dry Weight | ||
| l/s | GPM | m | ft | Metric Ton | |
| HFDGP-400 | 400 | 6340 | 3.2 H x 2.4 W x 14.0 L | 10.5 H x 7.8 W x 46 L | 5.5 |
| HFDGP-800 | 800 | 12680 | 3.8 H x 3.5 W x 17.0 L | 12.5 H x 11.5 W x 56 L | 8.5 |
