AUTOMATIC MODULES  BIOTRON-CT

1. PULSAR-CT  THIRD-GENERATION MAGNETIC IMPULSE REACTORS (Biodiesel Processor)

PULSAR-CT  is a third-generation hydrodynamic high-frequency magnetic impulse cavitation reactor – state-of-art technology in biodiesel fuel production. A very high level of reliability, modern design, process automation, stable results with any oil types, minimum power consumption – all of these features make PULSAR-CT  cavitators the undisputed leader in high-tech biodiesel fuel production. PULSAR-CT  cavitation reactors are the core elements of BIOTRON-CT automatic biodiesel production modules.

Technical parameters

2. PPS-CT 1200 : ELECTRONIC SYSTEM FOR THE PRELIMINARY DOSING AND PROCESSING OF SOURCE PRODUCTS

Technical parameters

Modern dosing systems, used by other companies are not able to guarantee the steady dosing of source ingredients if ambient conditions (temperature, liquid level in source ingredients and prepared products tanks, oil viscosity, etc.) change. The system which our company has designed does not include these disadvantages and has an extremely high dosing precision – 0.1%. In addition, the system is equipped with a pre-mixing unit, there is the option of adjusting flow rate and pressure at the system output and there is also a source components dosing feature. The equipment uses original software and high-reliability electronics produced by the company FANUC. The PPS-CT 1200 system also includes a biodiesel fuel production safety tracking function. The processor tracks the source component availability, their filling speed, mixing intensity, ability to pass through pipelines and valves, etc. If there is an emergency, the processor will stop the whole system; send an audible signal to operator and show the error code on the display, together with a detailed description and possible causes. In this way, for example, if there is an oil shortage in the source products storage, the following message will be displayed:

The operator should identify the exact cause of the system stop and eliminate it. The system also features test reaction procedures i.e. test processing of small volumes (up to 10 liters) of source components. This feature may be useful for new oil or animal fat changeover.

3. ELECTRONIC TRACKING SYSTEM OF THE FILLING, SEPARATION AND DISCHARGE OF FINISHED PRODUCTS

Our automatic unit contains the separation process tracking system in order to eliminate the human factor in biodiesel availability evaluation (“by-sight”). The supersensitive sensors monitor the state of the glycerol and biodiesel in the separation tank. Data obtained by the sensors is transferred to the computer, which evaluates the readiness of the source products and also controls biodiesel and glycerin discharge from the separation tanks to the finished product storage. The entire process takes place in continuous mode.

If any unforeseen situation occurs, and, for any reason, the separation does not take place or takes place at a poor speed, the computer will stop the entire system and send a signal to the operator about the need to analyze and correct the situation.

For more information about the operation of the separation process tracking system please see the animated presentation.

USER-FRIENDLY INTERFACE SOFTWARE, WHICH DOES NOT REQUIRE THE OPERATOR TO HAVE SPECIAL SKILLS

All processes which take place in the automatic module are controlled by the microprocessor. The interface that our software team has developed is very simple and self-explanatory. The operator is able to control the whole system just by clicking a mouse button. In the adjustment mode, the operator can control any module mechanism separately, set the necessary sensor response value, etc. In the automatic mode, just click the START button – the BIOTRON-CT system will do the rest itself.
One computer can serve up to five BIOTRON-CT automatic modules at once.

Software and electronic components are designed based on the software and electronic components produced by the Japanese company FANUC or SIEMENS – world market leaders in this area.