Asphalt Solvent Recycler
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Asphalt Solvent Recycler
This unit has been designed to recycle the solvents used in asphalt extraction tests. It successfully extracts pure solvent from the oil and wastes generated from the extraction process and generates clean solvent ready for reuse in a new test. The unit reduces the need for new solvent and eliminates problems with solvent disposal.
FEATURES:
Automation
- Microprocessor controlled with easy-to-read LCD display and TouchView PLC
- Custom programming for unique solvent requirements using Waste Solvent Mixture Wizard technology
- Designed and built for multiple shift operations
Safety
- Multiple safety controls with end-of-cycle shutoff
- Automatic mixture ignition and bag operating limits
- RTD probes monitor thermal oil and condenser temperatures
- Oil is self-contained
Ergonomics
- Quiet operation
- Mobile; mounted on locking wheels for easy relocation with stabilizer bar for added support
- Bag-lined tank allows easy removal of solid contaminants
Performance
- Simple distillation
Specifications
| Capacity: | 7 gallons / 26 Liters |
|---|---|
| Dimensions: | 22.25”Wx39”Lx44”H (57cmWx99cmHx112cmD) |
| Electrical Configurations: | 120V/1PH/60Hz/20A or 220/240V/60Hz/20A |
| Heating Capacity: | 1500W–Standard or 2250W–Optional |
| Max. Operating Temperature w/o Tank Liner: | 288°C (Thermal Oil Temp. Restricted) |
| Min. Operating Temperature w/ Tank Liner: | 206°C (Bag Op. Temp. Restricted) |
| Average Volumetric Distillation Rate: | 0.75-1.25 GPH* |
| Estimated Cycle Times: | 5.5-9.0 Hours |
| Compatible Solvents: | 60 |
| Expected Normalized Recovery Yields: | 85-98%+*** |
| Nominal Operating Pressures: | 0 inHG |
| Default Min. Solvent-to-Waste Boiling Point Temperature Margins: | 10°C |
| Cooling: | Air Cooled |
| Construction: | Stainless steel |
| Mounting: | Wheels |
| Notes: | *Rates are a function of solvent and waster thermophysical properties, waste concentrations, and solvent re-use cycles. **Non-caustic/Nitrocellulose-free solvents only. ***Resultant yields are simply a representation of the solvent-to-waste mixture ratio. |