1. Two-stage catalytic cracking

   • V. I. Markhevka
   • V. A. Stankevich
   • Yu. S. Kogan

   Manufacturing Processes Pages: 477 - 482

2. Heat balance of commercial catalytic cracking units

   • B. M. Zhitomirskii
   • E. A. Klimtseva
   • V. A. Stankevich

   Manufacturing Processes Pages: 483 - 485

3. Catalytic cracking of mixed feeds

   • D. M. Soskind
   • N. N. Samoilova
   • T. V. Kuznetsova

   Manufacturing Processes Pages: 486 - 488

4. Calculation of aromatics content of light catalytic gasoil

   • A. P. Bocharov
   • Yu. N. Zelentsov
   • S. S. Guseva

   Manufacturing Processes Pages: 488 - 490

5. New microbead cracking catalysts

   • B. K. Nefedov
   • T. Kh. Melik-Akhnazarov
   • L. M. Il'ina

   Manufacturing Processes Pages: 491 - 493

6. Increasing the resistance of cracking catalysts to poisoning by metals

   • É. A. Karakhanov
   • A. A. Bratkov
   • S. V. Lysenko

   Manufacturing Processes Pages: 493 - 495

7. Procedure for testing CO oxidation promoters in laboratory units

   • M. N. Pervushina
   • B. Z. Solyar
   • R. R. Aliev

   Manufacturing Processes Pages: 495 - 497

8. Test of a CO oxidation promoter in semicommercial catalytic cracking unit

   • T. Kh. Melik-Akhnazarov
   • V. A. Stankevich
   • Yu. D. Zabegalov

   Manufacturing Processes Pages: 498 - 501

9. Reducing the consumption of microbead cracking catalyst

   • S. N. Khadzhiev
   • I. B. Rivkinzon
   • B. I. Zyuba

   Manufacturing Processes Pages: 501 - 503

10. New trends in the improvement of cyclones

    • I. B. Rivkinzon
    • B. I. Zyuba

    Manufacturing Processes Pages: 504 - 508

11. Dynamic modeling of catalyst consumption in catalytic cracking

    • I. B. Rivkinzon
    • V. V. Cheremin

    Manufacturing Processes Pages: 508 - 511

12. Investigation of dust collection systems in commercial catalytic cracking units

    • I. B. Rivkinzon
    • V. V. Cheremin
    • M. A. Savel'ev

    Manufacturing Processes Pages: 511 - 515