From the Desk of Head
Dear Colleagues and Friends,
Greetings from ChE, IIT KanpurIt's my pleasure to share with you to the latest edition of the Chemical Engineering Department newsletter,
where we celebrate our achievements, share knowledge and nurture our sense of camaraderie. Our newsletter serves
as a means to engage with our supporters in academia, industry and especially our globally dispersed, accomplished
alumni who undoubtedly hold a keen interest in the happenings at their alma mater.
I trust you will find great satisfaction in perusing this newsletter.
I am delighted to share some exciting news with all of you. Our department is growing and we are thrilled to welcome
3 new faculty members [Dr. Ishan Bajaj, Dr. Soumik Das and Dr. Akash Choudhary] to our esteemed team. Together,
they bring a wealth of expertise, passion and innovation to our department. We believe that their unique perspectives
and contributions will enrich our academic community, elevate our research endeavours and inspire our students to reach
new heights. As they settle into their roles, let's make every effort to support and collaborate with them in our shared
pursuit of knowledge and academic excellence.
This issue also includes feature stories that illuminate the outstanding contributions and accomplishments of both our
students and distinguished faculty members who have truly set themselves apart. Additionally, it showcases a selection of
top-tier research papers published by our esteemed faculty members. We also invite you to delve into our “Distinguished Lecture Series” section,
where exceptional achievers provide glimpses along with valuable insights about research and innovation.
I want to extend my sincere appreciation to all our faculty, staff, students and alumni who have contributed to our department's continued success.
The past year has brought its unique set of challenges and our department has risen to the occasion admirably. We've successfully conducted the departmental
review process by external experts, adapted to new teaching modalities, conducted groundbreaking research and maintained our reputation for producing graduates
who excel in the field.
Looking ahead, we have exciting plans for the upcoming months. Our faculty members are engaged in cutting-edge research projects, spanning from sustainable energy
solutions to advanced materials development. I encourage you all to explore these research opportunities and contribute to the exciting work happening right here
within our department.
Our alumni play an essential role in our department's success story. I invite all alumni to reconnect with us and share your experiences and insights. If you have
news to share, research breakthroughs to highlight or ideas for departmental improvements, please do not hesitate to reach out. Your input is invaluable in shaping
the future of our department.
As I conclude, I wish to convey my heartfelt appreciation for the unwavering dedication and diligence exhibited by our esteemed chemical engineering faculty and students.
Collectively, we are poised to keep expanding the frontiers of knowledge and effecting positive change in society through our research, educational endeavours and innovative
pursuits.
Dr. Jayant K Singh
Professor & Head
Feature Story
Congratulations to Ms. Shivangi Mittal on being awarded the prestigious Foreign Fulbright India Doctoral Research Fellowship
We are thrilled to extend our heartfelt congratulations to our graduate student Ms. Shivangi Mittal on being awarded the prestigious Foreign Fullbright India Doctoral Research Fellowship! This remarkable achievement of hers stands as a testament to her exceptional talent, hard work and dedication to academic excellence. As she embarks on this transformative journey, Shivangi shares her unique perspective, insights, contributions and challenges faced while applying for this program.
Congratulations to Dr. Rahul Mangal on being featured as young emerging investigator by Soft Matter
Congratulations on being recognized as a Young Emerging Investigator by Soft Matter@ RSC! It is truly a remarkable achievement and a testament to Dr. Mangal’s dedication and expertise in the field. His exceptional contributions to the study of soft matter have undoubtedly made a significant impact on the soft matter research community. As an Emerging Investigator, Dr. Mangal has displayed outstanding potential and promise in advancing our understanding of complex materials and their properties. His innovative research and unique perspective have undoubtedly shed new light on the fascinating world of soft matter.
Department Highlights
Recognition for faculty
Recognition for Students
Alumni Achievements
Spotlight
Graduating Batch Award Winners
Jeet Bindra Distinguished Lecture 2023
Talk Title: Relevance of IITK ChE education in future life
Speaker - Shri Hemant Jalan, CMD, Indigo Paints Ltd.
The significance of an education in Chemical Engineering (ChE) from IITK in shaping the students future endeavors depends on the trajectory of their chosen career path. This relevance can manifest in both overt and more nuanced ways, but its impact remains substantial. To elucidate, he provided illustrative instances from his own career spanning the past five decades, showcasing the multifaceted relevance of this educational foundation.
Shri. Hemant Jalan, a Distinguished Alumnus Awardee of IITK, received his bachelor's degree in Chemical Engineering from IIT Kanpur in 1977. During his tenure at IITK, he was the General Secretary (Cultural) from 1976-77 and represented IITK in inter-collegiate debate competitions throughout his stay at the Institute. After his graduation from the Institute, Mr. Hemant Jalan completed his master's degree in Chemical Engineering at Stanford University and earned his MBA Degree from Chicago Booth (University of Chicago). He returned to India in 1980 and was a Management Consultant with A F Ferguson & Co., Mumbai for two years before starting his entrepreneurial journey at Patna. After setting up and running some chemical companies at Patna for many years, he moved to corporate life, heading the Copper business of Vedanta Ltd at Tuticorin (TN) between 1996-99. In 1999 he located to Pune, re-starting his entrepreneurial career. He founded Indigo Paints in 2000, which has grown multi-fold over the years, culminating in a successful IPO of the company in early 202l. Indigo Paints Ltd. is today the fourth largest paint manufacturer in India, with an annual sales of over Rs 1500 crores.
About Mr. Jagjeet Singh Bindra and Jeet Bindra Distinguished Lecture Series
Mr. Jagjeet Singh Bindra did his B.Tech in Chemical Engineering from IIT Kanpur in 1969.
He earned his master's degree in Chemical Engineering from the University of Washington in Seattle, WA in 1970.
Mr. Bindra also has an M.B.A. (honors) from St. Mary's College in Moraga, California. He is a "Distinguished Alumnus"
of the University of Washington, College of Engineering, as well as of Indian Institute of Technology, Kanpur.
He was awarded Institute Fellow of IIT Kanpur in the year 2021.
The Jeet Bindra lecture series has been recently introduced by the department to disseminate knowledge, foster intellectual growth,
and ignite transformative ideas. Among the many initiatives aimed at promoting intellectual discourse and expanding educational opportunities,
this Endowment Fund Lecture Series stands out as a distinguished platform. Through its commitment to bringing eminent speakers from various institutes,
this lecture series will carve a niche for itself as a catalyst for enlightenment and innovation.
Research Scholar's Day 2023
Research Scholar Day is a yearly one-day event, which showcases the original research of graduate students in the chemical engineering department. The purpose of this symposium is to facilitate scientific discussion, foster student-faculty interactions, and provide a platform for students to present their work to a wider audience. Eminent researchers are invited to deliver lectures every year as part of the plenary talks for the research scholar.
Talk Title: Tackling complexity in heterogeneous catalysis: Evolution equation for the short-range order parameter
Speaker - Prof. Abhijit Chatterjee, Department of Chemical Engineering, IIT Bombay
Prof. Chatterjee’s wonderful lecture discussed about how it is a hugely challenging task to achieve an . accurate depiction of the catalyst surface since catalyst atoms and adsorbed molecules typically order/arrange themselves in a manner that is far from perfectly-random. Catalytic system can be thought as being composed of components that interact in ways that lead to nonlinearity, collective dynamics, hierarchy and emergent behavior. The short-range order (SRO) parameter often becomes a useful mathematical quantity for understanding the global structure. SRO refers to the likelihood of finding atoms/molecules of a particular type, in the vicinity of others atoms of same/another type. The SRO parameter is dictated by both micro- and macro-scopic parameters, such as time, interactions, thermodynamics and kinetics (reactions, diffusion, and other transport processes). In his talk, Prof. Chatterjee discussed evolution equations for the SRO parameter and how these equations can help provide an accurate picture of the thermodynamics and kinetic behavior in a variety of complex systems. Examples were also provided on how this new formalism can help bridge experiments and atomistic methods.
Speaker
About the Speaker
Prof. Chatterjee received his bachelor and masters degrees from IIT Delhi, and Ph.D. degree from University of Delaware. He joined Los Alamos National Laboratory as Director's postdoctoral fellow in 2007. In 2009, he joined the Department of Chemical Engineering at IIT Kanpur as Assistant Professor. In 2013, Dr. Chatterjee joined the Department of Chemical Engineering at IIT Bombay, where he is presently a full Professor. Dr. Chatterjee's research group is well known for pioneering the development of new multiscale computational methods for investigating materials with applications in catalysis, fuel cells and batteries. He has received a number of prestigious awards from NASI, INSA and INAE. He is currently a member of the editorial board for Modelling and Simulation in Materials Science and Engineering (MSMSE).
PetroTel Distinguished Lecture 2022
Talk Title: Helping India Sleepwell – Life Story of an IIT Kanpur Chemical Engineer
Speaker - Mr. Rahul Gautam, CMD, Sheela Foam Ltd.
The PetroTel Distinguished Lecture in Chemical Engineering for the year 2022 was delivered by Mr. Rahul Gautam, CMD, Sheela Foam Ltd. entitled “Helping India Sleepwell – Life Story of an IIT Kanpur Chemical Engineer” [Poster]
Mr. Gautam’s lecture primarily lends a wholesome picture on how two-thirds of India still sleeps on some sort of Cotton Mattress/Durry/Chatai and even the balance one-third has very little idea of what “A Good Night’s Sleep is all about” and the impact that it has on the individual’s performance and the contribution to Nation Building. Flexible Polyurethane Foam, the main product of Sheela Foam, with all its versatility is an ideal product for creating a good mattress. His lecture dwelled on the Innovations in the Process and Products to improve the Affordability, Availability & Sustainability of such a mattress and how Sheela Foam continue to be recognised as a leading organisation in quality comfort products while practicing values of integrity, reliability, pro-activity & transparency.
Speaker
About the Speaker
Rahul Gautam, with over 50 years of experience in the Home Comfort Space and the PU Foam Industry, is the Chairman-Managing Director of Sheela Foam Ltd., India, and its subsidiaries Joyce Foam Pty Ltd., Australia & Interplasp S.L., Spain, EU. He holds a Bachelor’s Degree in Chemical Engineering (1975) from the Indian Institute of Technology, Kanpur and a Master’s Degree in Chemical Engineering from the Polytechnic Institute of New York, USA. He has been awarded a Professional Doctorate in Global Leadership & Management from The European International University, Paris, France. He has established a Chair at IIT, Kanpur in 2008 and also has been conferred with the Distinguished Alumnus Award of IIT, Kanpur in 2019.
Convocation
56th Convocation 2023
The Indian Institute of Technology, Kanpur (IITK), hosted its grand 56th Convocation today,
July 3, 2023, marking a momentous occasion for the institution. The event, held at the Institute
Auditorium, brought together accomplished alumni, faculty, distinguished guests, and proud families
to celebrate the remarkable achievements of the graduating students. Dr Radhakrishnan K
Koppillil, Chairperson,
Board of Governors (BoG), IIT Kanpur, presided over the Ceremony; while Mr. N. R. Narayana
Murthy, Founder and Chairman emeritus, Infosys, graced as the chief guest.
We were privileged to have the esteemed Dr. Madhukar Omkarnath Garg as the guest of honor at our recent convocation ceremony.
He is currently President, Refining and Petrochemicals R&D of Reliance Industries Limited. Dr Madhukar Garg is an acknowledged
expert in petroleum refining and petrochemicals and has been instrumental in developing and commercializing large number of technologies
in the Indian refineries. A graduate from Nagpur University and a post graduate from IIT Kanpur, he did his Ph.D. with Prof H R C Pratt at
University of Melbourne in Solvent Extraction. He served Engineers India Limited in the Research and Development Centre for 18 years until 1994
and then Technip KTI for four years before joining CSIR-Indian Institute of Petroleum in 1998. He has been the Director of the Indian Institute of
Petroleum for 13 years from 2003 to 2016 and officiated as the Director General of CSIR during the year 2015. His areas of specialization include solvent
extraction, process integration, advanced control, simulation, and modeling, besides the ability to conceive research ideas and take them to commercialization.
Dr. Garg played a pivotal role in making the event truly memorable. His presence added a touch of distinction and inspiration to the proceedings.
During the ceremony, he delivered an enlightening and motivational address, sharing his wealth of knowledge and experiences with our graduates.
His words resonated deeply with both our graduates and the faculty, leaving a lasting impact on all in attendance.
In addition to his address, Dr. Garg graciously took the time to interact with our graduates individually, offering personal insights and words of
encouragement. His commitment to fostering the growth and development of our students was evident in every interaction.
Focus
STEM Impact Awards 2022 for “Portable Soil Testing Device” developed by Prof. Jayant Singh and Co-workers
IIT Kanpur has been awarded the STEM Impact Awards 2022 for the engaging in impactful technology activities. The award ceremony took place at India Habitat Centre, New Delhi on 16th November 2022 during the annual summit of STEM (Society for Technology Management).
The technology developed by Prof. Jayant Singh & Co-workers from the Department of Chemical Engineering, addresses the major lag in agriculture activities and is expected bring a revolutionary change in the Indian Agriculture ecosystem. Impactful technology transfer activities can bridge the gap between academia and industry, fostering innovation, economic development, and societal progress. By effectively translating knowledge and research outcomes into practical applications, technology transfer plays a vital role in realizing the full potential of scientific and technological advancements.
The rapid soil testing device named "Bhu-Parikshak" was licensed to Agronxt Services Pvt. Ltd on 11th December 2021. It is a user-friendly device based on Near Infrared Spectroscopy technology that provides real-time soil analysis report on smart phones without the usage of any chemical through an embedded mobile application i.e. Bhu Parikshak which is available on Google play store that shows results in various local languages. The device can detect six important soil parameters viz., Nitrogen, Phosphorus, Potassium, Organic Carbon, Clay contents, and Cation Exchange Capacity. It recommends the required dose of fertilizers for the field & crops, the mobile application through the user interface. The device can test up to 1 Lakh soil test samples, which is the highest testing capability of a soil testing device among its predecessors. The portable and wireless soil testing device requires 5 grams of dry soil sample to detect macronutrients present in the soil. The soil sample is introduced into the 5 cm long cylindrical shaped device connected with a smartphone through Bluetooth. Once initiated, it starts analyzing the sample for 90 seconds. After the analysis, the results appear on the screen.
Addressing the major lag in the Indian agricultural ecosystem, wherein a farmer has to wait up to a fortnight for getting the soil health cards from distant district soil testing laboratories, which takes a considerable workforce and time, this technology has been developed to test the major soil nutrients within 90 seconds. The environmentally friendly device is envisaged to control the usage of fertilizer and enhance productivity leading to a significant impact on the lifestyle and health of the farmer community. The objective of this technology transfer is to manufacture the device on a large scale for a widespread reach to farmers across the nation.
Notable Research Published by Faculty
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Gel-Sol Transition of Thermoresponsive Poly(vinyl alcohol) Solution: Validation of the Universal Critical Scaling Relations
Physics of FluidsThe present work investigates the applicability of the scaling theories, originally proposed for sol-gel transition, on the gel-sol transition of a thermoresponsive PVOH gel. On decreasing the temperature of an aqueous solution of PVOH, the system undergoes sol-gel transition owing to network structure formation through hydrogen bonding. The hydrogen bonds break on reversal of the temperature field, and consequently, the system undergoes a gel-sol transition.
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Large Amplitude Oscillatory Shear Study of a Colloidal Gel at the Critical State
J. Chem. PhysThis paper investigates the nonlinear viscoelastic behavior of a colloidal dispersion at the critical gel state using large amplitude oscillatory shear rheology. The nonlinear behavior of synthetic hectorite clay at the critical gel state is examined by estimating higher-order elastic and viscous moduli. Inspection of the intracycle data using Lissajous-Bowditch curves renders physical insights about the nonlinearity.
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Screening of Hypothetical Metal–Organic Frameworks for Xylene Isomers and Ethylbenzene Separation
Energy & FuelsA database of hypothetical metal–organic frameworks (hMOFs) was investigated in search of top-performing adsorbents for the separation process of xylene isomers and ethylbenzene mixture. The structural properties of individual hMOF are calculated to understand the correlation between the properties with adsorption capacity or selectivity. The high-throughput staged screening of the hMOF database is performed and screened..
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Fusing a machine learning strategy with density functional theory to hasten the discovery of 2D MXene-based catalysts for hydrogen generation
Journal of Materials Chemistry AThe present work not only establishes a robust and more broadly applicable ML–DFT-based multistep workflow for efficient and accurate screening of Hydrogen Evolution Reaction (HER) activity but also provides potential factors that govern the efficiency of the catalysts, thereby accelerating the design and development of novel catalysts..
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Highly efficient visible light active doped metal oxide photocatalyst and SERS substrate for water treatment
Environmental Science and Pollution ResearchThe development of efficient nanomaterials with promising optical and surface properties for multifunctional applications has always been a subject of novel research. In this work, the study of highly efficient TiO2 nanorods (NRs) and Ta-doped TiO2 NRs (Ta-TiO2 NRs) synthesized by alkaline hydrothermal treatment followed by soaking treatment has been reported and these NRs were investigated for their potential applications ..
Giving Back
ChE@IITK appreciates and welcomes the philanthropic efforts of our alumni for the department –
whether it’s your time, your diverse talents or funds. Your generosity and support can
definitely make a tangible impact in the department’s infrastructural improvements, assistance
with faculty and student related initiatives.
We seek your continuous support to upgrade existing infrastructure and create new programs. To
help the department the institute has created ChE excellence fund. The fund will be utilized for
the following:
1. To support international travel of students for presenting their research work.
2. To support the chemineer's society, which conducts happy hours and many other activities to
promote the chemical engineering program and help students in various aspects.
Make a Gift