1. 

Design and Development of sorption based thermochemical energy storage for mobile thermal energy storage (M-TES) application  

City of Surrey, Govt. of Canada  

(Role: Team Member)   

➢ To design and develop a thermochemical energy storage of 2 kW capacity using sorption material for mobile thermal energy storage (M-TES) application.   

2019 – 2020 

2. 

Design and development of Cold plate heat exccahnger

Terella Energy Systems

(Role: As a part of QES scholar industrial internship) 

➢ To design and develop a graphite based cold plate heat exchanger of 0.5 kW capacity  

Feb. 2020  – March 2020

3. 

Development of High Temperature Thermal Energy Storage System for Solar Thermal Power Plant  

DST, Govt. of India (Role: Project Engineer)  

➢ To assist in design and development of high temperature thermochemical energy storage system of 10 MJ capacity.  

Feb. 2019 – May 2019  

4. 

Assessment of various energy saving techniques in HVAC systems employed in CPL 

Cadila pharmaceuticals Pvt. Limited (CPL) (Role: Project Assistance)   

➢ Assisted in suggesting various energy conservation techniques that can be implemented for improving the HVAC plant performance.  

December 2016 June 2017

5. 

Cooling load evaluation for academic buildings 

As a part of teaching assistance duty for refrigeration and air conditioning course (Role:   Term project advisor) 

➢ Suggested various energy saving methodology for reducing the cooling load in an air conditioned space.

September and October months of 2016, 2017, 2018.

6. 

Design and development of solar driven liquid desiccant based dehumidification system components 

IIT Guwahati (as a part of doctoral thesis) 

➢ Designed and developed a solar driven liquid desiccant dehumidification system which can be commercialized for drying agricultural products as well as for air conditioning purpose.

2016 – 2019 

7.

Performance verification of water cooled and air cooled condenser based A/C plant 

As a part of M – tech thesis 

➢  Provided a solution for converting water loss from cooling tower to useful drinking water.  

➢  Suggested a suitable condenser in HVAC system applications according to humid subtropical climate.  

2013 – 2014