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C. Universal System Analytic Refining Application (UNISARA) Technology

The Universal System Analytic Refining Application (UNISARA) Technology, which was developed in Germany, the Technology ensures Increase in efficiency of existing facilities by means of process optimization, meaning higher profits without extra investment for producing reformer units in oil refineries – with guaranteed increase in production from 1-8% by means of process optimization .

1. Summary;

Research, development, realization and application of the (UNISARA) Technology are summarized as following;

    1.1 Optimization of the high-pressure CCR-Platformer (old UOP-system), optimization of the technological parameter leads to an increase of the final product by 2,9% and the octane number by 0,5 point.

    1.2 Optimization of the low-pressure CCR-Platformer (new UOP-system incl. APC / OPT system )T, he optimization of the technological parameter lead to an increase of the final product by 5,5% and the octane number by 1,0 point.

Scheme of fixed bed reforming

    1.3. Scheme of fixed bed reforming:

Scheme of fluid bed reforming

    1.4. Scheme of fluid bed reforming

Adjustment of process optimization

    1.5. Adjustment of process optimization

2. UNISARA Technology Advantages:

2. UNISARA Technology Advantages:

  • Increase in production through investing in new production facilities, Increase in efficiency of existing facilities through application of the optimization technologies,
  • higher profits, Low costs and high stability of the process optimization,
  • Low operational and financial risks (price fluctuations in the market risks can be effectively reduced),
  • Increase of reformate production by 1% - 8% while maintaining the octane number, with up to 8% increase of the final product without reconstructing of the reactor.
  • Increase of the octane number (higher octane: + 0,5 / 1,0 point) while maintaining the production amount of reformate,
  • Prolongation of catalyst life time (higher lifetime of the existing catalyst)
  • Prolongation of regeneration cycles of fixed bed reformer catalysts.