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Integration of CCU in the coal-to-methanol pilot plant Bridging the gap to net zero

Implementing Organization

Indian Institute of Technology (IIT)
Principal Investigator
Dr. Divesh Bhatia
Indian Institute of Technology (IIT)
CO-Principal Investigator
Mr. Shubhashis Adak
Thermax Limited Pune, Maharashtra (411019)
CO-Principal Investigator
Mr. Balu Radhakrishnan
Thermax Limited Pune, Maharashtra (411019)
CO-Principal Investigator
Mr. Chaitanya Mitra
Thermax Limited Pune, Maharashtra (411019)
CO-Principal Investigator
Mr. Kiran Chauhan
Thermax Limited Pune, Maharashtra (411019)
CO-Principal Investigator
Mr. Shriraj Misal
Thermax Limited Pune, Maharashtra (411019)
CO-Principal Investigator
Mr. Sukumara Poojari
Thermax Limited Pune, Maharashtra (411019)
CO-Principal Investigator
Mr. Sumit Aitawade
Thermax Limited Pune, Maharashtra (411019)
CO-Principal Investigator
Prof. Kamal Kishore Pant
Indian Institute of Technology (IIT)
CO-Principal Investigator
Dr. Manjesh Kumar
Indian Institute of Technology (IIT)
CO-Principal Investigator
Prof. Ramakrishna Ramanath Sonde
Indian Institute of Technology (IIT)
CO-Principal Investigator
Prof. Shantanu Roy
Indian Institute of Technology (IIT)
CO-Principal Investigator
Prof. Sreedevi Upadhyayula
Indian Institute of Technology (IIT)

Project Overview

India's energy needs are expected to quadruple in the next three to five decades, coinciding with its net zero pathway. To achieve energy independence, India plans to take up coal gasification 100 million tons by 2030. The IIT Delhi-Thermax consortium has demonstrated India-centric gasification of high-ash coal at 6 TPD scale and convert it to 1 TPD methanol. The capture of residual CO2 and/or CO2 generated during this process can reduce the overall carbon footprint of the plant. However, large scale deployment of Clean Coal Unit (CCU) technology, particularly in a country with limited resources and a large MSME base, is challenging and prohibitive. The proposal aims to capture and convert CO2 generated in the existing plant into more methanol, showcasing the CCU technology platform and providing the pathway to net-zero. The conversion of CO2 to methanol will use H2 generated from a water electrolyser, providing a path for generation of H2. A preliminary design for CO2 capture and conversion from a commercial scale plant for the two routes of coal gasification and combustion in various existing and emerging sectors will be prepared.
Funding Organization
Funding Organization
Department of Science and Technology (DST)
Quick Information
Area of Research
Chemical Sciences
Focus Area
Environmental Impact and Sustainability
Start Year
2024
End Year
2027
Sanction Amount
₹ 31.72 Cr
Status
Ongoing
Output
No. of Research Paper
00
Technologies (If Any)
00
No. of PhD Produced
N/A
Startup (If Any)
00
No. of Patents
Filed :00
Grant :00
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