Development of economically and ecologically feasible treatment process for phenolic wastes
Development of economically and ecologically feasibletreatment process for phenolic wastes
Multiphase Flow Through Chokes
Microbial Dewaxing of Lubricating Oil Fraction and SCP Production
Development of degradable polypropylene by radiation grafting and blending with polylactic acid
Studies on carbon dioxide capture using polymer based carbon adsorbents
Simulation and parameteric studies on reactive diving wall distillation column
Removal of aromatic amines and heavy metals from wastewater using nanoadsorbent
Studies in some value added modification of vegetable oils
Studies on development and characterisation of hybrid epoxy unsaturated polyester coatings for corrosion resistant applications
Optimization of aggregate mix proportion and studies on furan polymer concrete mix design
Utilisation of agroindustrial wastes
Biodegradation kinetics of benzene, toluene, ethylbenzene and o-xylene (BTEX0 in the presence of non-ionic surfactants by micrococcus, Sp., pseudomonas putida HC-1 and bacterial consortia
Hydrodynamic studies in cocurrent gas liquid upflow through packed beds
Studies in gas solid tapered fluidized beds
Studies on ionic mass transfer on a rotating disc with submerged impinging jet in closed cells
Studies on extraction of aromatics from kerosene fraction
Process development for the menufacture of acetone from ethanol
