@article { author = {Ali, Arshad and Iqbal, Muhmmad Mazhar and Waheed, Abdul}, title = {Co-treatment of chlorophenol and methanolic wastes}, journal = {Central Asian Journal of Environmental Science and Technology Innovation}, volume = {1}, number = {5}, pages = {277-280}, year = {2020}, publisher = {Central Asian Scientific Press (CAS-Press)}, issn = {2717-4034}, eissn = {2717-0519}, doi = {10.22034/CAJESTI.2020.05.04}, abstract = {Treatment feasibility of cholorphenol and methanolic waste (CP-M) was examined in an experimental UASB reactor for 40-42 weeks. Permissible organic loading rate (OLR) to achieve 80% TOC was observed to be 6.25g-TOC/L-d with 18mg-CP/L, at a hydraulic retention time (HRT) of 12-48hrs. The overall gas conversation rate observed at greater than 80% TOC removal efficiency was found to be 0.13L/g-CODrem with 60% of methane content. Kinetic coefficients of k, Ks, Y and kd were determined to be 0.70g-TOC/g-VSS.d, 0.30g-TOC/L, 0.26g-VSS/g-TOC and 0.02day-1, respectively. The results of this study suggested that the anaerobic digestion of CP-M is a promising technique.}, keywords = {anaerobic digestion,UASB,Chlorophenol,Methanolic wastes}, url = {http://www.cas-press.com/article_122682.html}, eprint = {http://www.cas-press.com/article_122682_5229b8bb4d0ac270d5ed2848924048d5.pdf} }