• TOTAL SITE INTEGRATION IN SPONGE IRON PRODUCTION PROCESS 

  Tyagi, Anchal (IIT ROORKEE, 2015-05)

  In the present work energy conservation through process integration and total site integration of sponge iron processes is carried out. For this purpose three different plants of coal based sponge iron process such as ...
• SYNGAS PRODUCTION BY DRY REFORMING OF METHANE: THERMODYNAMIC AND MODELING STUDY 

  Yaqub, Fayiza (I I T ROORKEE, 2013-06)

  Carbon dioxide reforming of methane produces synthesis gas with low hydrogen to carbon monoxide ratio, which is desirable for many industrial synthesis processes. This reaction also has very important environmental ...
• MODELING OF HIGH EFFICIENCY CYCLONE SEPARATOR 

  Gupta, Munna Lal (I I T ROORKEE, 2013-06)

  In the present work a study has been undertaken to find a new optimized set of dimensions of geometrical part of cyclone separator with an aim to design a high efficiency cyclone with minimal pressure drop and maximum ...
• ADSORPTIVE REMOVAL OF CHROMIUM (VI) FROM ELECTROPLATING WASTEWATER 

  Rawat, Prashant (I I T ROORKEE, 2013-06)

  In the present work, hexavalent chromium and COD removal from electroplating wastewater was investigated using a low cost activated carbon, which was carbonized and activated from corncobs. Corncob based activated carbon ...
• REMOVAL OF HEAVY METALS FROM ELECTROPLATING WASTEWATER USING ELECTROCHEMICAL METHODS 

  Jagati, Vidya Sagar (I I T ROORKEE, 2013-06)

  Present study investigates Ni and Mg removal from electroplating wash-water (EWW) employing electrocoagulation (EC) method using aluminum electrodes. X-ray diffraction (XRD), energy dispersive spectroscopy (EDAX), scanning ...
• REMOVAL OF ARSENIC FROM SYNTHETIC WASTEWATER 

  Mondal, Smita (I I T ROORKEE, 2013-06)

  Arsenic contamination in wastewater, even in drinking water has been recognized as a worldwide problem. It affects human health severely if the limit of toxicity is crossed .There are several treatment methods capable ...
• CFD ANALYSIS OF BIODIESEL PRODUCTION USING HYDRODYNAMIC CAVITATION 

  Kumar, G Prashanth (IIT ROORKEE, 2015-05)

  Sources of majority of world's energy are coal, petrochemical sources, natural gases, nuclear energy, and hydroelectricity. These finite sources will be shortly consumed at present rates of consumption. Of all these sources ...
• BIODIESEL PRODUCTION USING CONTINUOUS ULTRASONICATION OF NON-EDIBLE OILS 

  Chakradhar, Pokala (CHEMICAL ENGINEERING IIT ROORKEE, 2016-05)

  The present work focuses on biodiesel production from non-edible oils using continuous ultrasonication. The use of non-edible oils as a feedstock improves the economy of biodiesel production. Further, the process intensification ...
• MOLECULAR SIMULATION METHODS FOR pH RESPONSIVE MOLECULES 

  Rajput, Pramanshu (CHEMICAL ENGINEERING IIT ROORKEE, 2016-05)

  pH is an important parameter in many chemical systems, as it determines the protonation state of an ionisable site in a molecule and thus affects the structure, dynamics and function of the molecule in a solution. Although ...
• DIRECT CHEMICAL LOOPING FOR HYDROGEN PRODUCTION USING COAL WITH IRON OXIDES – BASED OXYGEN CARRIER 

  Gurjar, Rahul (CHEMICAL ENGINEERING IIT ROORKEE, 2016-05)

  The present work entitled as “Direct Chemical Looping for Hydrogen production using coal with iron oxide-based oxygen carrier” is related to the modeling of the Coal direct chemical looping (CDCL) and Syngas chemical looping ...
• EFFECT OF HEAT AND CHEMICAL TREATMENT ON MECHANICAL, THERMAL AND WATER ABSORPTION BEHAVIOR OF JUTE FIBER REINFORCED HIGH DENSITY POLYETHYLENE COMPOSITES 

  Saini, Rajat (CHEMICAL ENGINEERING IIT ROORKEE, 2016-05)

  Jute fiber/High density polyethylene (HDPE) composites were prepared as sandwiches of woven Jute mats and HDPE sheets. Composites fabricated using two Jute mats yielded best results: Tensile strength, Flexural Strength, ...
• EXERGY ANALYSIS OF WASTE TO ENERGY CONVERSION OF MUNICIPAL SOLID WASTE 

  Mohan, Jarpula (DEPARTMENT OF CHEMICAL ENGINEERING IITR, 2016-05)

  Municipal solid waste (MSW) has been a menace due to rapid urbanization and uncontrolled population in India. MSW identified as the energy source and this energy is recovered through waste to energy conversion processes. ...
• THERMODYNAMIC ANALYSIS OF CARBON DIOXIDE CONVERSION TO METHANOL 

  Kumar, Manish (DEPARTMENT OF CHEMICAL ENGINEERING IITR, 2016-05)

  Carbon dioxide (CO2), a greenhouse gas, is considered to be largely responsible for global warming. Over the last two decades, mitigation of CO2 emission has become an important area of research. One of the promising methods ...
• PULSATILE FLOW AROUND HEATED SEMI-CIRCULAR CYLINDER 

  Bhalla, Neelesh (DEPARTMENT OF CHEMICAL ENGINEERING IITR, 2016-05)

  A numerical analysis was carried out to examine the effect of pulsating flows around a semi-circular heated cylinder placed in a horizontal confined empty channel. The heat transfer induced as an outcome of non-zero mean ...
• SIMULATION OF PROGRESSING CAVITY PUMP 

  Waheed khan, Sarguroh Waqar Ahmed (2014)

  Progressive cavity pumps (PCP) have been extensively used as artificial lift equipment in various oil field assemblies. These pumps have been under renewed attention from researchers and the pumping community in recent ...
• MIXED CONVECTION FLOW AND HEAT TRANSFER PHENOMENA ACROSS TRAPEZOIDAL BLUFF BODIES: A COMPARATIVE STUDY 

  Verma, Vivek Kumar (2014)

  Two-dimensional numerical simulations have been realized to explore and evaluate the laminar mixed convection flow and heat transfer across a heated trapezoidal bluff body in an unconfined domain. Two different configurations ...
• NUMERICAL STUDY OF OIL-WATER TWO PHASE FLOW IN HORIZONTAL & INCLINED TUBES 

  Kumar, Vikas (2014)

  Oil-water two-phase flows in 0.056 m horizontal and inclined straight tubes have been simulated using control volume finite difference method (CVFDM). Volume of Fluid (VOF) model for multiphase flow and RNG k-ε turbulence ...
• MODELLING AND SIMULATION OF METHANE TRI - REFORMING FOR PRODUCTION OF HYDROGEN IN A MICRO - CHANNEL REACTOR 

  Kumar, Vijay (2014)

  Amongst various types of methane reforming processes such as dry reforming, steam reforming, auto thermal reforming etc., the steam reforming produces syngas having maximum H2/CO ratio. However, due to its endothermic ...
• ESTERIFICATION OF GLYCEROL WITH ACETIC ACID OVER ALUMINA BASED CATALYSTS: REACTION KINETIC STUDY 

  Anatrane, Sailee (2014)

  In the future, it is expected that biodiesel production will increase to meet the growing energy demands in light of declining petroleum reserves. Glycerol is a by-product of biodiesel production and the increase in glycerol ...
• REFORMING OF PROPANE THERMODYNAMIC ANALYSIS 

  Kumar, Sandeep (2014)

  The thermodynamic analysis of propane steam reforming (SRP) with and without H2 or CO2 removal, dry reforming (DRP) and oxidative steam reforming (OSRP) has been performed to identify suitable reforming process and favourable ...

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