Tag Archives: blending of biofuels

BIODIESEL Blending System 60/3

BIODIESEL Blending System 60/3 is designed to blend up to three separate liquid components, at the rate of 15850 gallons per hour, particularly low-octane gasoline with additives, to prepare multicomponent motor fuel blends. These can include biodiesel blends.

The system can be used for oil-refining, food and chemical industry blending applications as well.

It is designed to be operated indoors as well as in sheltered outdoor conditions.

Modern hydrodynamic stream fuel blending plants have proven themselves in industrial operations as an economic, accurate and steady solution for high-quality motor fuel blend production with optimal prime cost. In comparison with existing technology of fuel blending in blending vessels, the economy and increase of production profit margin can result in return on investment of 60 % a year. The project can break even in less than one year.

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USB Blending systems

Flow Diagram

USB system is an ideal solution for biodiesel blending, as well as bioethanol blending applications.

The composite fuel produced with this fuel blending system remains stable for long periods of time, due to the highly intensive blending process. The liquids in the blender interact on a molecular level, which results in a stable and homogeneous mix. USB blenders make the process of blending ASTM compliant biodiesel to superior biofuel a lot simpler and a lot more efficient. Continue reading

USB Blending systems are intended for

USB Blending systems are intended for:

fuel saving; octane number increasing; cetane number improvement; blended fuels production; blended bio-gasoline (straight-run +

bioethanol) production; production of winter diesel fuel and arctic gasolines (decreasing of a haze point and point of congelation); activation of heavy fuel (black) oil (processing and averaging of watered heavy fuel oil); low-viscous ship fuel improvement; production of watered heavy fuel oil emulsions; production of furnace oil; crude oil and oily mixtures processing; petroslimes processing;

 

The Unit can be applied on: oil tank farms, petroleum refineries, mini-refineries, refuel stations, ships, by bunkering companies, experimental departments and labs of different factories and institutes.

Advantages:

  •  economical efficiency increase
  • inventory volume reduction
  • tank battery maintenance decrease
  • production efficiency (profitability) improvement due to optimum employment of components
  • working hours and service personnel decrease;
  • finish products output capacity increase;
  • efficient and optimal machinery working;
  • simplicity of mixing processes (by request, full automation is possible);
  • minimizing of effect of variations in processing of raw materials on technological units of refinery on quality of the finished product gained from mixers;
  •  minimizing of the transportation delays during finished product shipment;
  •  opportunity to produce finished products with direct loading into gasolene tankers;
  • mixing operations planning improvement;
  •  reduction of labour costs.