CHEMICAL ENGINEERING - AMIE(I) Study Circle

1 RULES & SYLLABI21 Group AManagement and OrganisationsManagement process : Definition, planning, organising,directing, controlling, coordinating, types of : Definition, planning, design anddevelopment, types of planning and control: Classical, new classicaland modern principles. General management, scientificmanagement, ENGINEERING management, systems : Procedures, resources and constraints, objectives,goals, policies and : Setting of reference or standards, appraisal orevaluation, monitoring and controlling, types of resource planning and management. Selection,recruitment, training, retraining, skill development, competencedevelopment, promotion and career development, participativemanagement, trade unions, and collective of Physical ResourcesPlant: Site selection procedures, factors affecting types and relative merits and demerits.

2 Maintenance objectives, different types of associated decisions, strategies foreffective maintenance, computer : Functions, objectives, planning and controlincluding inventory models with or without storage costs, pricebreak (excluding dynamic and probabilistic considerations).Different classes of inventory. Material Requirement Planning(MRP).Group BFinancial management: introduction to standard forms offinancial statements, , balance-sheet, profit and loss, andincome statement. Fixed and current asset items. Fixed andcurrent liability items. Linkage of two successive balance-sheetsthrough income or profit and loss statement.

3 Funds flowstatement. Financial ratios and their economics: Concepts, theory of production,marginal productivity and cost. introduction to theory of management: Quality definition, quality planning,quality control and quality management. Total qualitymanagement, ISO 9000 systems, simple quality controltechniques like control charts and acceptance management. Consumer behaviour, marketresearch, product design and development, pricing andCHEMICAL management. introduction . Concept of a project,project management concepts, project formulation, cost ofproject and means of financing, economic evaluation criteria ofthe project, project implementation, project planning, schedulingand monitoring, project control (PERT, CPM techniquesincluding crashing), project technology and management.

4 Role ofinformation, management information system and decisionsupport system. Information technology introduction to e-business, e-commerce and integration tools like enterpriseresource planning (ERP).Recommended A K Gupta. ENGINEERING Management. S. Chand & , New S Dalela and Mansoor Ali. Industrial ENGINEERING andManagement Systems. Standard Publishers & Distributors, G Dieter. ENGINEERING Design. McGraw-Hill E S Buffa. Modern Production/Operations Age International (P) Ltd., New AClassification of reactors and reactions. Definition of reactionrate, variables affecting the rate. Rate theories the Arreheniusrelationship.

5 Collision theory and activated complex of reaction and its determination. Interpretation ofkinetic data for batch and flow systems. Integral and differentialmethods of of batch, semi-batch and flow reactors for ideal singlereactions, reaction in series and in parallel and mixed reactions all under isothermal BComparison of performance of CSTR with PFR. The effectof volume change during the reaction. Re-active reactors. introduction to design of adiabatic andnon-isothermal reactors. Kinetics and typical examples ofuncatalyzed heterogeneous of catalysts and their determination. Classificationof catalysts. General procedure for manufacture of , inhibitors and poisons.

6 Mechanism of catalyzedreactions. Design of fixed bed and fluidized bed catalytic reactorsunder isothermal MANAGEMENTIC 402 CHEMICAL REACTIONENGINEERINGCH 403 Study Material & Admission for AMIE EXAMINATIONSI ntroduction to non-ideal reactors. Residence timedistribution, dispersion model and its solution for differentboundary J M Smith. CHEMICAL ENGINEERING Kinetics. O Levenspiel. CHEMICAL Reaction ENGINEERING . AMomentum transport: Physical properties of fluids, forceson fluids, buoyancy, hydrostatic equation for compressible of viscosity. Types of fluid motion flow through pipesand channels. Bernoulli s theorem.

7 Conservation of mass andmomentum head loss in fittings. Solution of pipe flowproblems. Differential balances in Cartesian coordinates. Navier-Stokes equation. Solution of Navier-Stokes equation for simplecases. Creeping flow: Nature and intensity of velocity distribution. Flow through rough layer flow solution for laminar and turbulent past immersed bodies. Application of dimensional analysisin fluid BEnergy transport. Thermal conductivity. Steady and unsteadystate heat conduction in one-dimensional system. Convectiveheat transfer coefficients. Heat transfer with laminar flow over aflat wall and through pipes. Heat transfer with turbulent and boiling heat transfer.

8 Analogies betweenmomentum and heat transport: Theories of diffusion. Component massbalance. Convective mass transfer coefficients. Mass transfer withlaminar flow and with turbulent flow over a flat wall. Analogiesbetween momentum and mass transfer. Simultaneousmomentum, heat and mass R B Bird, W E Stewart and E N Lightfoot. TransportPhenomena. Wiley C O Bennett and J E Myers. Heat and Momentum AFirst law. Evaluation of P-V-T properties of fluids. Law ofTRANSPORT PHENOMENACH 404 CHEMICAL ENGINEERINGTHERMODYNAMICSCH 405corresponding state. Residual volume, compressibility of state. Heat effects. Clausius-Clapeyron law.

9 Entropy. Carnot cycle, work function, free rule its use in Study of multicomponent BRefrigeration. Thermodynamic efficiency, production ofwork from heat. Partial molal properties. CHEMICAL potential, and activity coefficients. Gibbs-Duhem of activity coefficients from van Laar reaction equilibria. introduction to Third J M Smith and H C Van Ness. introduction to ChemicalEngineering Thermodynamics. McGraw-Hill E Balzhiser and R Samuels. ENGINEERING of India (P) Ltd., New AGraphical methods of curve fittings, method of leastsquares, solution of cubic equations by trial and error of units. Dimensional analysis.

10 Properties of gas,liquid and solid. Equations of pressure. Vapour pressure plots, vapour pressureof immiscible liquids and vapour pressure of and saturation humidity chart. Super of a solute between immiscible and partially miscibleliquids. Solubility of BMaterials balance: Concepts of limiting and excess reactants,batch, stage-wise, continuous and recycle operations. Materialbalance of systems involving mixing, extraction, distillation,crystallization, CHEMICAL reaction and recycle of formation, combustion, reaction, solution,dilution, etc. Effect of temperature on heat of reaction. Energybalance of systems without and with CHEMICAL reactions.