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1. TransEsterfication
  1.1 Jet reactors
  1.2 Ultrasound units
  1.3 Big Batch Systems
2. Esterfication
  2.1 Pressure esterfication
3. Price & Quotations
4. Glycerol
  4.1 Neutralization of glycerol
with acids

  4.2 Glycerol to new
applications (GTBE)

5. Full layout of process
  5.1 Batch process
  5.2 Continuous process
6. Analyzing of biodiesel
  6.1 Field test
BioFuelsON brings latest tegchnology for BioDiesel to Africa



BioFuelsON launches technoloy at Bredasdorp Show, August 2005.



8 x 1500 Litre/Day Units Sold - Mr Neville Murray of BioDiesel Centre.



First 48 000 Litre/ Day unit sold in Mozambique by BioDieselONE.
 
Transesterfication (Ultrasound)


Why ultrasound.

Biofuelson decided to combine Jet rector (green) and ultrasound for even a better and faster mass transfer.Jet- rector for heat development and intense mixing and ultrasound for the hydrodynamic forces,with cavitation bubbles .These bubbles are very powerful when burst and can burst with speeds up to 400km/hour.

The ultrasound at 20 to 40 KHz will formed cavitation bubbles in the biodiesel mix.These hydrodynamic forces is very powerfull.The thousands of tiny bubbles burst and the hydrodynamic forces lets to faster mass transfer.The speed that the bubbles burst can be up to 400 km /hour and these forces make mass transfer much faster.

Biofuelson is testing these powerful systems at this moment with 30% less Koh and 25% less methanol and 30% less power or heat.This can bring savings up to 30% on production costs,or up to 40 to 50 cents /lit savings.On only a 100000 lit/month this is a saving of R40,000 to R50,000/month .


This is a combination of Jet Reactor (green)and ultrasound Here we test a 1000 lit/hour on continuous mode.

The results will be compare with normal systems and final adjustments will be maid for best results.

These systems can easy be incorporated in normal or old Biodiesel systems.The footprint is small only a Jet Reactor and ultrasound.(Patent pending)

These systems will also be able to convert batch systems into continuous or semi continuous systems from 500 to 2000 lit /hour.
 
 
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