USBL-1 Laboratory Blending System
USBL-1
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Advantages
- it can be used by research institutions and laboratories;
- produces samples of mixed liquids for laboratory testing;
- helps in testing the effectiveness of various additives and optimizing mixing formulas.
The high-speed laboratory blending unit USBL-1 is designed for accurate and high-quality blending of liquids of two components of oil products, even in small volumes. This ensures high quality and consistency of the final product.
This unit can be used in laboratories at oil refineries. Its main purpose is to accurately and quickly mix 2 components, allowing specialists to accurately determine the right ratio of components to achieve the optimal result.
The resulting sample can then be directly used for detailed laboratory analysis to ensure compliance with all quality standards.
| № | Parameter | Value |
|---|---|---|
| 1 | Number of liquids to be mixed (not more) |
2 |
| 2 | Nominal capacity of the unit when blending all components, l/h:
– at 50 Hz – at 100 Hz |
112 |
| 4 | Maximum design pressure of the main fluid discharge, MPa |
1,0 |
| 5 | Unit power, kW (not more)
– at 50 Hz – at 60 Hz |
0,76 0,92 |
| 6 | Overall dimensions, mm (not more)
– length – width – height |
410 360 400 |
| 7 | Weight, kg (not more) |
25 |
- it can be used by research institutions and laboratories;
- produces samples of mixed liquids for laboratory testing;
- helps in testing the effectiveness of various additives and optimizing mixing formulas.
GlobeCore USB mixing units can be used for:
- mixed fuel production;
- fuel oil homogenization, fuel oil emulsion production;
- production of multi-component fuels;
- industrial lubricant mixing;
- boosting of gasoline octane number;
- obtaining of diesel fuel with a lower pour point;
- winter and arctic fuel production;
- compounding of biofuels based on diesel oil and bioethanol;
- homogenization of heating oil for burning it as fuel inside the heat boiler stations;
- obtaining of water-fuel emulsions;
- crude oil homogenization for its averaging both before refining and before offloading from the terminals;
- antifreeze and windshield washer fluid production;
- production of sanitizers and antiseptics;
- production of UAN-fertilizers (urea ammonium nitrate solutions);
- production of liquid explosives (a mixture of oil, diesel fuel, and saltpeter);
- nonchemical processing and preparation of fuel for burning directly within the supply line or inside the tanks;
- homogenization of off-spec fuel that has become stale due to long-term storage to ensure its preparation for burning in heat boilers or burners;
- shampoo production;
- liquid soap production;
- paint production;
- alcoholic beverages production;
- production of marine fuel at ship refueling stations and terminals;
- pre-cracking treatment of crude oil for increasing the yield of light fractions;
- processing of crude oil for pipeline transportation which reduces the oil viscosity, ensures the decomposition of paraffins, and decreases the scale formation on the pipe walls;
- reducing the content of sulfur and other unwanted impurities in diesel fuel;
- disposal of oil sludge along with petroleum-contaminated water;
- synthesis of polymers and plastics.