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EXPERIMENTAL INVESTIGATION FOR THE RECOVERY OF KEROSENE IN THE TEXTILE INDUSTRY

Year 2005, Issue: 008, 51 - 56, 15.07.2005

Abstract

In this work, the recovery of kerosene, used as a solvent in dying process in textile industry, was investigated. It is generally known that adsorption-desorption method is not very successful for solvents with boiling points higher than 200°C The boiling point range for kerosene is 170-2S0°C Therefore, the recovery of kerosene vapour by condensation would be reasonable. In theoretical basis, it was calculated that, when the air containing 4000 ppm kerosene vapour (33 % of lower explosive limit) is cooled to SoC, 96% of vapour can be condensed. This ratio was found to be 48% experimentally. It is also known that any yield above 20% is feasible.

References

  • [1] Nelson, W.L. , Petroleum Refinery Engineering, Tokyo, McGraw-Hill, 1958.
  • [2] Parmele,C.S. , Oconnel, W.L. , Basdekis, H.S. , Adsorption, pollution, recovers solvents, Chemical Engineering, 31(1979), 58-70.
  • [3] Altiokka M. Rrza, Yener Sevgi, Geri kazarurn amaciyla basma fabrikalannda gazyagma ait buhar basmcmm hesaplanmasi, Anadolu Universitesi Muhendislik-Mirnarhk Fakultesi Dergisi; C VI. (1990), S.l.
  • [4] Altiokka M. Riza, Yener Sevgi, lSI degisimci yontemi ile basma fabrikatarmda gazyagi geri kazarnrru, Anadolu Universitesi Muhendislik-Mimarhk Fakultesi Dergisi C VI. (1990), S.l.
  • [5] Altiokka M. Rrza, Dogrudan temas yonterni ile lSI aktanrm ve basma fabrikalannda gazyagi geri kazamrru, Anadolu Universitesi Muhendislik- Mimarlik Fakultesi Dergisi C VI. (1990), S.2.
  • [6] Altiokka M. Riza, Basma fabrikalannda gazyagi geri kazamrn projesi, Anadolu Universitesi Muhendislik-Mimarlik Fakultesi Kimya Muhendisligi Bolumu.

TEKSTiL ENDUSTRİSİNDE GAZYAGI GERi KAZANIMININ DENEYSEL iNCELENMESi

Year 2005, Issue: 008, 51 - 56, 15.07.2005

Abstract

Bu cahsrnada, tekstil sanayiinde boyama unitelerinde cozucu olarak kullarnlan gazyagimn gerikazarnrn yonterni arasunlrrusnr. Kaynama noktasi 200°C dan daha yuksek cozuculer icin adsorpsiyon-desorpsiyon yonterninin uygun olrnadigi bilinmektedir. Gazyagirun kaynama arahgi 170-250 °C oldugundan buharlanrun yogusturularak geri kazamlrnasi gerekmektedir. Havadaki derisimi 4000 ppm (all patlama limitinin yuzde otuz ucu) olan gazyagt buharlanrun, 5°C a kadar sogutulmasi ile kuramsal temelde %96 oranmda yogusturulabilecegi hesaplandi. Deneysel cahsrna bu orarun % 48 oldugunu gosterdi, Basma fabrikalarinda % 20'nin uzerindeki her verim tasarruf irnkaru saglar.

References

  • [1] Nelson, W.L. , Petroleum Refinery Engineering, Tokyo, McGraw-Hill, 1958.
  • [2] Parmele,C.S. , Oconnel, W.L. , Basdekis, H.S. , Adsorption, pollution, recovers solvents, Chemical Engineering, 31(1979), 58-70.
  • [3] Altiokka M. Rrza, Yener Sevgi, Geri kazarurn amaciyla basma fabrikalannda gazyagma ait buhar basmcmm hesaplanmasi, Anadolu Universitesi Muhendislik-Mirnarhk Fakultesi Dergisi; C VI. (1990), S.l.
  • [4] Altiokka M. Riza, Yener Sevgi, lSI degisimci yontemi ile basma fabrikatarmda gazyagi geri kazarnrru, Anadolu Universitesi Muhendislik-Mimarhk Fakultesi Dergisi C VI. (1990), S.l.
  • [5] Altiokka M. Rrza, Dogrudan temas yonterni ile lSI aktanrm ve basma fabrikalannda gazyagi geri kazamrru, Anadolu Universitesi Muhendislik- Mimarlik Fakultesi Dergisi C VI. (1990), S.2.
  • [6] Altiokka M. Riza, Basma fabrikalannda gazyagi geri kazamrn projesi, Anadolu Universitesi Muhendislik-Mimarlik Fakultesi Kimya Muhendisligi Bolumu.
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Details

Primary Language Turkish
Subjects Chemical Engineering
Journal Section Articles
Authors

M.R. Altıokka This is me

Z. Poyraz

Publication Date July 15, 2005
Published in Issue Year 2005 Issue: 008

Cite

APA Altıokka, M., & Poyraz, Z. (2005). TEKSTiL ENDUSTRİSİNDE GAZYAGI GERi KAZANIMININ DENEYSEL iNCELENMESi. Journal of Science and Technology of Dumlupınar University(008), 51-56.

HAZİRAN 2020'den itibaren Journal of Scientific Reports-A adı altında ingilizce olarak yayın hayatına devam edecektir.