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Abhishek Singhal

Resource Smart Energy Conversion in Circular Economy

DSII Graduate
Utilization of waste biomass for sustainable energy production is a widely studied topic.

However, holistic view of harnessing maximum potential from biomass for energy production is yet to be established.

The present study envisions to derive maximum potential for clean energy generation by thoroughly studying market for available biomass and selecting appropriate pre-handling & energy conversion techniques for efficient conversion.

Along with maximum energy recovery, technology has to follow tight environmental emissions regulations as environmental quality and climate change mitigation are the biggest challenges of the present times.

For which environmental impacts analysis will be done for the developed technique using Life-cycle-analysis (LCA).
Studied
2019
2023
Industry partner
Academic supervisor
Marko Palonen
Tero Joronen

Utilization of waste biomass for sustainable energy production is a widely studied topic.

However, holistic view of harnessing maximum potential from biomass for energy production is yet to be established.

The present study envisions to derive maximum potential for clean energy generation by thoroughly studying market for available biomass and selecting appropriate pre-handling & energy conversion techniques for efficient conversion.

Along with maximum energy recovery, technology has to follow tight environmental emissions regulations as environmental quality and climate change mitigation are the biggest challenges of the present times.

For which environmental impacts analysis will be done for the developed technique using Life-cycle-analysis (LCA).

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