Topics Preferred:

Group 1:

MOHAN KUMAR (2011MET3327)

ANAND KUMAR (2011MET3300)

TOPICS:

1.HIGHER EFFICIENCY TARGETING IN A STEAM POWER PLANT BY USING PINCH TECHNOLOGY(U.P.B. Sci. Bull., Series D, Vol. 71, Iss. 4, 2009)

2.EXERGY ANALYSIS VERSUS PINCH TECHNOLOGY (ECOS 96).

3.Application of pinch technology in heat recovery system optimization of coated paper machine (june 2011)

4.Possibilities to implement pinch analysis in the steel industry – a case study at SSAB EMEA in Luleå (2011-sweden).

Group 2: Pratyush k Shakya

TOPIC: THE PINCH DESIGN METHOD FOR HEAT EXCHANGER NETWORK

Group 3:

ShivendraYadav(2008me10543)

RajatGupta(2008me10532)

Aman (2008me10486)

TOPIC: Method for Non-thermodynamically Constrained Heat Exchanger Networks.

Group 4:

ArpitKhandelwal 2009ME10566

Kshitij Jain 2009ME10588

PulkitGoel 2009ME10609

TOPIC:

1.UTILITY MINIMIZATION IN HEAT EXCHANGER NETWORK SYNTHESIS

2.RETROFITTING OF HEAT EXCHANGER NETWORKS

3.TOTAL COST TARGETTING

Group 5:

AshutoshGaurav(2009ME10569)

Deepak Goel(2009Me10574)

ArpitGupta(2009ME10565)

TOPIC: Effect of baffles on heat exchanger

Group 6: Suman Kumar and Santanu Paul.

(2010MET3025) (2010MET3016)

TOPIC: Optimization of heat exchanger networks and pinch technology.

Group 7:

ShyamdeoRanjan (2004me10525)

Sunil kumar (2006me10523)

TOPIC: Heat exch.network & pinch point technology.

Group 8:

shikharupadhyay 2011met3316

mohd. Ateeque 2011met3302

raja ram 2011met3691

TOPIC:

1.Synthesis of multipass heat exchanger networks based on pinch technology .

2.AN OPTIMIZATION APPROACH FOR EVOLUTIONARYSYNTHESIS OF HEAT EXCHANGER NETWORKS.

Group 9:

Nikhil Kumar Singh 2011MET3344

NipunArora 2011MET3306

AnkurSachdeva 2010MET3030

TOPIC:

  1. OPTIMIZATION OF CHP SYSTEMS USING PINCH TECHNOLOGY
  2. HIGHER EFFICIENCY TARGETING IN A STEAM POWER PLANT BY USING PINCH TECHNOLOGY

Group 10:

Sambhav Jain

AmitAgarwal

Deepak

TOPIC:

Application of Pinch Technology in Heat Recovery System Optimization.

Heat exchanger network retrofit optimization involving heat transferenhancement

Group 11:

KHATKE ASHISH 2009ME10587

SATWINDER SINGH 2009ME10622

YOGESH CHOUDHARY 2009ME10636

TOPIC: METHODS FOR HEATEXCHANGER NETWORK ENERGY EFFICIENCY ASSESSMENT

Group 12:

MayurSelokar & SUNIL

2011MET3328 2011MET3338

TOPIC:

  1. A new approach in pinch technology considering piping costs in total cost targeting for heat exchanger network.
  2. Multiobjective synthesis of heat exchanger networks minimizing the total annualcost and the environmental impact.
  3. Synthesis of multipass heat exchanger networks based on pinch technology

Group 13:

2011MET3608 MajVishal Kumar

2011MET3319 PankajAsija

TOPIC:

1.Supply and target based superstructure synthesis of heat

and mass exchanger networks

2.A novel approach for synthesis of cost-optimal heat exchanger

Networks

3.Total cost target for heat exchanger networks considering

Simultaneously pumping power and area effects

Group 14:

Mohammed Ilyash 2011MET3314PerwezSiddiqui

TOPIC:

1. Higher efficiency improvement in steam power plant using pinch technology.

2. Targeting the optimum steam system for power generation.

3. A double pinch criteria for regenerative Rankine cycles.

4. Energy recovery and environmental concerns addressed through exergy-pinch analysis.

Group 15:

Vinod Kumar Singh, Vijay Duaand GauravRakheja

TOPIC:

  1. A new approach in pinch technology considering pipingcosts in total cost targeting for heat exchanger network
  2. Detailed equipment design in heat exchanger networks synthesis and optimization
  3. Multiobjective synthesis of heat exchanger networks minimizing the total annualcost and the environmental impact

Group 16:

NeerajSarna- 2009ME10598

VineetAgarwal 2009ME10634

Akash Gupta 2009ME10555

TOPIC:

1. Water Pinch Analysis

2. Heat exchanger network optimisation for oil industry

3. Hydrogen Pinch Analysis

Group 17:

NibhaKumari, MeenuMilani.

TOPIC: Multi-period design of heat exchanger networks

Group 18:

SrijanChandrakar

SandeepChandraker

ShrikantGajbhe

Topic:

  1. OPTIMIZATION OF CHP SYSTEMS USING PINCH TECHNOLOGY
  2. Efficient design of feedwater heaters network in steam power plants using pinch technology and exergy analysis