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Browsing by Author "Gaballah, I."

Browsing by Author "Gaballah, I."

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  • Application of Indian modified Shorea robusta bark for removal and recovery of heavy metal ions from aqueous solutions 
    Reddy, B.R.; Das, R.P.; Gaballah, I. (Rewas'99 Global Symposium On Recycling, Waste Treatment And Clean Technology Volume I-III, 1999: 2067-2076)
    Studies have been carried out on the removal of copper, cadmium and lead ions from synthetic chloride solutions using modified Indian Shorea Robusta (SR) bark species. Increase of solution pH systematically increases the ...
  • Kinetics of carbochlorination of chromium (III) oxide 
    Kanari, N.; Reddy, B.R.; Gaballah, I. (Metallurgical And Materials Transactions B-Process Metallurgy And Materials Processing Science, 29(4), 1998: 729-737)
    Kinetics of the carbochlorination of Cr(2)O(3) has been studied with Cl(2) + CO gas mixtures between 500 degrees C to 900 degrees C using thermogravimetric analysis. The apparent activation energy is about 100 kJ/mol. ...
  • Performance evaluation of a fixed film 0.4 MLD Sewage Treatment Plant 
    Rohella, R.S.; Mahallik, P.K.; Sahoo, N.; Dash, B.; Murty, J.S.; Ray, H.S. (Rewas'99 Global Symposium On Recycling, Waste Treatment And Clean Technology Volume I-III, 1999: 561-569)
    The salient features and performance evaluation of a high rate biomethanation fixed film 0.4 MLD Sewage Treatment Plant installed at RRL Bhubaneswar under UNDP-Global Environment Facility (GEF) Program is discussed. The ...
  • Plasma smelting studies of solid waste effluent from dichromate plant 
    Mukherjee, P.S. (Rewas'99 Global Symposium On Recycling, Waste Treatment And Clean Technology Volume I-III, 1999: 175-181)
    The large quantity of solid waste generated by dichromate plants contains amongst other constituents about 10% to 15% chromium which includes about 1% hexavalent chromium. Thus the problem associated with the effluent ...
  • Removal and recycling of copper from aqueous solutions using treated Indian barks 
    Reddy, B.R.; Mirghaffari, N.; Gaballah, I. (Resources Conservation And Recycling, 21(4), 1997: 227-245)
    Removal of copper from aqueous solutions containing 100-1000 ppm, using different Indian bark species, was performed on laboratory scale. The percentage removal of metal ions depends on the solution pH, bark species and ...

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