API Group II Water Color Oil Regeneration Plant 2TPD To 100TPD
Produce API Group II Water Color Odorless Oil Regeneration Plant
Why do we recycle waste lube oil?
From the point of view of saving resources and protecting the environment, the refining of used lubricating oil is an economically attractive recycling method. It allows hazardous substances to be processed in a safe and efficient manner to recover high-quality petroleum products such as LPG, gasoline, diesel, base oils, etc.
This leads to a strong economic incentive to recycle, given the price of oil.
Through Purepath's uniquely designed vacuum distillation unit, waste oil re-refining can produce Group I and Group II base oils or VGO, which can be used as near-pure lubricating oils in refineries.
Used lubricating oil is usually a mixture of different types and grades of used lubricating oil from engine crankcases and industrial users. Used lubricants consist of large quantities of small-batch lubricants collected by garages, repair shops, haulage companies and industry, depending on local conditions, seasonal consumption, collection source and organization.
Highlight of Oil Regeneration Plant to No Odor Base Oil
- PurePath exclusive design continuous operation.
- High flexibility for feedstock's quality and composition.
- High oil yield. The recovery rate of lubricating oil exceeds 95% of the lubricating oil fraction in the used lube oil.
- High separation selectivity, removing contaminants and producing high-quality base oil.
- Low energy consumption and low utility consumption.
- Efficient operation, no corrosion, dirt and fouling.
- Environmentally friendly operation, no use of acid and clay.
- Manage all odor compounds to eliminate odor and toxic emissions.
- Capital investment and operating costs are highly competitive.
Plant Specification of Oil Regeneration Plant to No Odor Base Oil
| Model No. | PPGT-BP-1 | PPGT-BP-2 | PPGT-BP-3 | PPGT-BP-4 | PPGT-BP-5 | PPGT-BP-6 | PPGT-BP-7 | PPGT-BP-8 |
| Items. | ||||||||
| Process Capacity MAX. | 2 TPD | 5 TPD | 10 TPD | 15 TPD | 20 TPD | 30 TPD | 50 TPD | 100 TPD |
| Heating Power | 17KGS LPG/20KGS FUEL OIL/230KWH/PER TON OF WASTE OIL | |||||||
| Power Consumption | 25KWH PER TONS OF WASTE OIL | |||||||
| Vacuum Degree | ≦-0.05KPa | |||||||
| Heating Method | Fuel Oil/Natural Gas/LPG/Electricity | |||||||
| Heating Temp. | 30-350℃ | |||||||
| Voltage | 220/380/415V 50/60HZ | |||||||
| Noise | ≤60dB | |||||||
Performances of Oil Regeneration Plant to No Odor Base Oil
| PROPERTY | METHOD | RESULT UNITS | |||||
| Type | LBO | HBO | |||||
| Appearance | Visual Inspection | Bright&Clear | Bright&Clear | ||||
| Color scale | ASTM D1500 | ≤1 | ≤1.5 | ||||
| Water Content | ASTM D1744 | Trace (% wt) | Trace (% wt) | ||||
| Kinematic Viscosity at 40℃ | ASTM D445-15a | 32.170 mm2/s | 67.420 mm2/s | ||||
| Viscosity Index | ASTM D2270-10 | 117 | 122 | ||||
| Total Sulfur Content | ASTM D4294-16e1 | 0.0071 %(m/m) | 0.0093 %(m/m) | ||||
| Density at 15 ℃ | ASTM D4052-18 | 0.898 kg/m3 | 0.917 kg/m3 | ||||
| Pour Point | ASTM D97-17b | -18 ℃ | -21 ℃ | ||||
| Copper Strip Corrosion (3h/100℃) | ASTM D130-18 | 1a Rating | 1a Rating | ||||
| Total Acid Number | ASTM D974 | 0.01(mg KOH/g) | 0.01(mg KOH/g) | ||||
| Carbon Residue Conradson | ASTM D189 | 0.01(% wt) | 0.01(% wt) | ||||
| Smell | Organoleptic | No Smell | No Smell | ||||
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