Main objectives :

• Study the hydrodynamic modeling of the fluidized bed gasifier
• Modeling the overall performance of the gasifier by integrating the reaction kinetics with fluidized bed hydrodynamics

What was achieved :

Main objectives : Design and analysis of MEMS micro flow sensor for very small flow rate measurement.

What was achieved :

• Designed a model of micro flow sensor using Covent or Ware MEMS design tool and analyse its performance using the same.
• Published 01 SCI paper and 02 Conf. paper

Main objectives :

• Installation of EDX with existing SEM.
• Installation of Six Components Pyramidal Balance.
• Installation of WAM Robot.

What was achieved : The three instruments as mentioned in the objective are installed and currently functional. The instruments are extensively  being used for various research activities both in-house as well as by external agencies.

Main objectives :

i. Design of a hydraulic power pack and development of a manipulator having two linear actuators connected to a single member by appropriate joints and the controller.

ii. Integration of the components for development of an experimental setup for performance analysis of the theoretically designed controller.

iii. Real time performance analysis of different controllers using the test set-up.

What was achieved :

i. Mathematical model of the system for simulation study.

Main objectives : Performance analysis of closed loop Non-Integer Order PID controller and Sliding mode for BLDC motor drive verified through MATLAB simulation and HIL (hardware in loop) testing.

What was achieved : Simulation and experimental analysis of Non integer order PID and SM controller through HIL testing for BLDC motor drive.

Main objectives :        

•    Study   of   user   need   with   respect   to   postal communication in villages.
•    Design of an interactive kiosk having computer terminal and accessories with specialized hardware and software for e-dak usage in villages
•    Lab-level demonstration of the designed kiosk for the e-dak communication

What was achieved :

Main objectives : To develop a vertical solar power generator having 3 KW capacity, through an innovative SPV array method with a pole-like structure and branch that requires drastically reduced land than conventional SPV layout

Main objectives: To explore a modified adsorption based defluoridation method suitable for Nalhati-Rampurhat area, Birbhum District, West Bengal, India

What was achieved: Modified adsorption based defluoridation method as a possible solution of drinking water problem in fluoride affected rural areas.

Increasing carbon dioxide emissions from combustion of fossil fuels as well as emissions from various industrial processes are quite hazardous to our daily life. Concerning charge density symmetry of CO2 the HOMO energy and activations are as comparable as with inert gases. Therefore activation of such molecule is of formidable challenge to us. Aim is to prepare CO2 containing transition metal coordination complexes and their carbon dioxide sequestration chemistry. Moreover generation of several 3D-MOF with interesting sorption-desorption is also our area of interest.