Vision
The Department aims for global recognition in teaching, research and community services and raising the standard of Chemical Engineering education in the latest art of the technology, constantly improving the quality and skills at undergraduate and post graduate levels, emphasizing on novel research and development that leads to a socioeconomically feasible technology.
Mission
To impart quality education in the field of Chemical Engineering to produce professionally competent engineers for the benefit of the society at large.
Chemical
Vision -
- The Department aims for global recognition in teaching, research and community services and raising the standard of Chemical Engineering education in the latest art of the technology, constantly improving the quality and skills at undergraduate and post graduate levels, emphasizing on novel research and development that leads to a socioeconomically feasible technology.
Mission -
- To impart quality education in the field of Chemical Engineering to produce professionally competent engineers for the benefit of the society at large.
B.Tech. Programme Educational Objectives (PEOs) -
- To prepare students for diverse career in engineering and allied fields
- To make them professional to apply principles of chemical engineering in solution of practical problems
- To impart skills of leadership as well as group work among students
- To introduce them with not only the basics but also advanced skills so that they can opt their career
- To make the graduates well skilled with ethical values so that they could benefit the society through their services
- To provide opportunity for students to work as part of teams on multidisciplinary Projects with the multifaceted aspects of using computers/software and thus culminating in both written and oral presentations of results
- To develop skills necessary for advanced research among the students to address multiple issues in Chemical Engineering through project works.
B.Tech. Programme Outcomes (POs) -
Upon graduation, we expect
- Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
- Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
- Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
- Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
- Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
- The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
- Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
- Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
- Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
- Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
- Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
- Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.
M.Tech. Programme Educational Objectives (PEOs)-
- To prepare students for diverse career in engineering and allied fields.
- To make them professional to apply principles of Chemical Engineering in solution of practical problems.
- To provide opportunity for students to work as part of teams on multidisciplinary projects with the multifaceted aspects of using computers/software and thus culminating in both written and oral presentations of results
- To develop skills necessary for advanced research among the students to address multiple issues in Chemical Engineering through project works.
M.Tech. Programme Outcomes (POs)-
- Advanced and in-depth knowledge of Chemical Engineering subjects.
- Capability to handle research and design problems and engage in further research activities.
- Building confidence to be a part of team/lead a team of adverse technical group.
- Work as independent consultant/ entrepreneur.
The Chemical Engineering Department was established in the year 1962 under the aegis of Government College of Engineering and Technology, Raipur (now National Institute of Technology Raipur, Raipur). The Department is offering undergraduate course (B.Tech in Chemical engineering) and one post-graduate course (M.Tech in Energy and Environment). UG course (B.Tech in Chemical Engineering) was accredited by NBA for a period of 3 years till 30-06-2022.
The students graduated from the Department are successfully and continuously working as Engineers / Scientists, Consultants and Academicians in various organizations and also pursuing higher studies in premier institutions in India and abroad. The Department has well qualified and committed faculties with Ph. D. degree. There are 13 regular and 3 temporary faculty members in the Department. All the faculties are pursuing research in cutting edge areas. Faculty members of our Department successfully completed 15 research projects sponsored by various funding agencies (valuing more than 2 crore). The Department has organized International Conferences, short-term courses and expert lecture from industries and academia. Ph.D programme with the financial assistance of MHRD is also available in the Department. Currently, more than 25 Ph.D. research scholars are conducting their research in various streams of Chemical Engineering. The Department has been successfully carrying out testing and consultancy projects for over four decades and now expects to play a major role in the development of chemical industries.
- Year Of Establishment :
- Year 1962
- Intake :
- Under Graduate Program - 79
- Post Graduate Program - 14+3 (Sponsored)
- Degree Offered :
- Under Graduate Program - B.Tech. (Chemical Engineering)
- Post Graduate Program - M.Tech (Energy and Environment)
Vision -
- The Department aims for global recognition in teaching, research and community services and raising the standard of Chemical Engineering education in the latest art of the technology, constantly improving the quality and skills at undergraduate and post graduate levels, emphasizing on novel research and development that leads to a socioeconomically feasible technology.
Mission -
- To impart quality education in the field of Chemical Engineering to produce professionally competent engineers for the benefit of the society at large.
B.Tech. Programme Educational Objectives (PEOs) -
- To prepare students for diverse career in engineering and allied fields
- To make them professional to apply principles of chemical engineering in solution of practical problems
- To impart skills of leadership as well as group work among students
- To introduce them with not only the basics but also advanced skills so that they can opt their career
- To make the graduates well skilled with ethical values so that they could benefit the society through their services
- To provide opportunity for students to work as part of teams on multidisciplinary Projects with the multifaceted aspects of using computers/software and thus culminating in both written and oral presentations of results
- To develop skills necessary for advanced research among the students to address multiple issues in Chemical Engineering through project works.
B.Tech. Programme Outcomes (POs) -
Upon graduation, we expect
- Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
- Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
- Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
- Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
- Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
- The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
- Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
- Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
- Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
- Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
- Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
- Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.
M.Tech. Programme Educational Objectives (PEOs)-
- To prepare students for diverse career in engineering and allied fields.
- To make them professional to apply principles of Chemical Engineering in solution of practical problems.
- To provide opportunity for students to work as part of teams on multidisciplinary projects with the multifaceted aspects of using computers/software and thus culminating in both written and oral presentations of results
- To develop skills necessary for advanced research among the students to address multiple issues in Chemical Engineering through project works.
M.Tech. Programme Outcomes (POs)-
- Advanced and in-depth knowledge of Chemical Engineering subjects.
- Capability to handle research and design problems and engage in further research activities.
- Building confidence to be a part of team/lead a team of adverse technical group.
- Work as independent consultant/ entrepreneur.
The Chemical Engineering Department was established in the year 1962 under the aegis of Government College of Engineering and Technology, Raipur (now National Institute of Technology Raipur, Raipur). The Department is offering undergraduate course (B.Tech in Chemical engineering) and one post-graduate course (M.Tech in Energy and Environment). UG course (B.Tech in Chemical Engineering) was accredited by NBA for a period of 3 years till 30-06-2022.
The students graduated from the Department are successfully and continuously working as Engineers / Scientists, Consultants and Academicians in various organizations and also pursuing higher studies in premier institutions in India and abroad. The Department has well qualified and committed faculties with Ph. D. degree. There are 13 regular and 3 temporary faculty members in the Department. All the faculties are pursuing research in cutting edge areas. Faculty members of our Department successfully completed 15 research projects sponsored by various funding agencies (valuing more than 2 crore). The Department has organized International Conferences, short-term courses and expert lecture from industries and academia. Ph.D programme with the financial assistance of MHRD is also available in the Department. Currently, more than 25 Ph.D. research scholars are conducting their research in various streams of Chemical Engineering. The Department has been successfully carrying out testing and consultancy projects for over four decades and now expects to play a major role in the development of chemical industries.
- Year Of Establishment :
- Year 1962
- Intake :
- Under Graduate Program - 79
- Post Graduate Program - 14+3 (Sponsored)
- Degree Offered :
- Under Graduate Program - B.Tech. (Chemical Engineering)
- Post Graduate Program - M.Tech (Energy and Environment)
| Head of the Department | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Contact No. / E-mail | Area(s) of Interest |
 Dr. Amit Keshav |
M.E, Ph.D | Professor | akeshav.che@nitrr.ac.in | Membranes, Reactive Separation, CFD, Food Science |
| Faculty | ||||||
|---|---|---|---|---|---|---|
| Name | Qualification | Date of Joining | Nature of Association | Designation | Contact No. / E-mail | Area(s) of Interest |
 Dr.(Mrs) A. B. Soni |
B.E, M.Tech, Ph.D |
01/Jul/1985 |
Regular |
Professor (HAG) | absoni.chem@nitrr.ac.in | Semifluidization |
 Dr. Bidyut Mazumdar |
M.Tech, Ph.D, M.B.A |
13/Jul/1990 |
Regular |
Professor | bmazumdar.che@nitrr.ac.in | Waste Water Treatment, Bioprocess Engineering, Chemical Sensors, Food Technology, Catalysis, Environmental Biotechnology |
|
|
M.E, Ph.D. |
12/Apr/1995 |
Regular |
Professor | pkchaudhari.che@nitrr.ac.in | Process Design, Reaction Engineering, Waste Water Treatment |
 Dr. A. K. Poonia |
M.Tech, Ph.D. |
27/Nov/1999 |
Regular |
Professor | akpoonia.che@nitrr.ac.in | Heat Transfer, Petroleum Refining |
 Dr. V. K. Singh |
M.Tech, M.B.A,Ph.D |
15/Nov/1999 |
Regular |
Professor | vksingh.che@nitrr.ac.in | Solvent Extraction, Pyrolysis, Environmental Pollution |
| Dr. Amit Keshav |
M.E, Ph.D |
25/Feb/2009 |
Regular |
Professor | akeshav.che@nitrr.ac.in | Membranes, Reactive Separation, CFD, Food Science |
 Dr. Dharm Pal |
M.Tech., Ph.D. |
27/Oct/2009 |
Regular |
Associate Professor | dpsingh.che@nitrr.ac.in | •Polymer nanocomposite (Bio-nanocomposite, Functional nanomaterials, Electrodes for rechargeable batteries) •Reactive Extraction •Wastewater Treatment (Electrocoagulation, Nano-photocatalysis) •Bio Resource Technology & Alternate Energy (Pyrolysis, Bio-fuel) |
 Dr. Prabir Ghosh |
M. Tech, Ph.D |
10/May/2013 |
Regular |
Associate Professor | prabirg.che@nitrr.ac.in | Advanced Oxidation Processes (AOPs) for removal of persistent organic pollutants, Industrial Waste Water Treatment Methods |
 Dr. J. AnandKumar |
M.E, Ph.D |
15/May/2013 |
Regular |
Associate Professor | anandj.che@nitrr.ac.in | Advance Separation Process (Adsorption, Membrane & Biological) and Nanocomposites |
 Dr. R. Manivannan |
B. Tech, Ph.D |
26/Aug/2013 |
Regular |
Associate Professor | rmani.che@nitrr.ac.in | Microelectronic Fabrication (CMP), Nanotechnology, Electrochemistry Corrosion Science and Engineering, Energy Engineering |
|
|
M.Tech, Ph.D (IITM) |
27/May/2015 |
Regular |
Associate Professor | snvictoria.che@nitrr.ac.in | Electrochemistry, Solar Cell Material, Nanotechnology |
 Dr. Chandrakant Thakur |
B.E., M.Tech, Ph.D |
08/May/2015 |
Regular |
Assistant Professor Grade-I | cthakur.che@nitrr.ac.in | Environmental Engineering, Industrial Pollution Abatement, Adsorption |
|
|
M.Tech, Ph.D |
26/Jul/2021 |
Regular |
Assistant Professor Grade-II | msgaikwad.che@nitrr.ac.in | Environmental Engineering, Capacitive Deionization, Membrane Separation, Advance wastewater Treatments, Nanomaterials |
|
Dr. Vijyendra Kumar |
B.E., M.Tech, Ph.D |
28/Jan/2020 |
Contractual (Full time) | Temporary Faculty |
vkvijyendra@gmail.com |
Wastewater Treatment, Catalysis, Advanced Oxidation Processes |
|
Dr. Prerana Sikarwar |
M.Tech, Ph.D. |
27/Jan/2022 |
Contractual (Full time) | Temporary Faculty | sikarwaroct@gmail.com | Heterogeneous catalysis, Pollution abatement, adsorption, Novel separation techniques |
|
Dr. Alex Koshy |
B.Tech, M.Tech, Ph.D (All in Chemical Engineering) |
31/August/2023 |
Contractual (Part-time) | Part-time Faculty | koshyalexkoshy018@gmail.com | Multiphase flow (L-L, L-L-S), Confined channel flow, Liquid thread instability & droplet generation, Vision research and Particle Induced Velocimetry. |
 S. Noyel Victoria.jpg)
| Head of the Department | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Contact No. / E-mail | Area(s) of Interest |
Dr. Amit Keshav |
M.E, Ph.D | Professor | akeshav.che@nitrr.ac.in | Membranes, Reactive Separation, CFD, Food Science |
| Faculty | ||||||
|---|---|---|---|---|---|---|
| Name | Qualification | Date of Joining | Nature of Association | Designation | Contact No. / E-mail | Area(s) of Interest |
| Dr.(Mrs) A. B. Soni |
B.E, M.Tech, Ph.D |
01/Jul/1985 |
Regular |
Professor (HAG) | absoni.chem@nitrr.ac.in | Semifluidization |
| Dr. Bidyut Mazumdar |
M.Tech, Ph.D, M.B.A |
13/Jul/1990 |
Regular |
Professor | bmazumdar.che@nitrr.ac.in | Waste Water Treatment, Bioprocess Engineering, Chemical Sensors, Food Technology, Catalysis, Environmental Biotechnology |
|
|
M.E, Ph.D. |
12/Apr/1995 |
Regular |
Professor | pkchaudhari.che@nitrr.ac.in | Process Design, Reaction Engineering, Waste Water Treatment |
| Dr. A. K. Poonia |
M.Tech, Ph.D. |
27/Nov/1999 |
Regular |
Professor | akpoonia.che@nitrr.ac.in | Heat Transfer, Petroleum Refining |
| Dr. V. K. Singh |
M.Tech, M.B.A,Ph.D |
15/Nov/1999 |
Regular |
Professor | vksingh.che@nitrr.ac.in | Solvent Extraction, Pyrolysis, Environmental Pollution |
| Dr. Amit Keshav |
M.E, Ph.D |
25/Feb/2009 |
Regular |
Professor | akeshav.che@nitrr.ac.in | Membranes, Reactive Separation, CFD, Food Science |
| Dr. Dharm Pal |
M.Tech., Ph.D. |
27/Oct/2009 |
Regular |
Associate Professor | dpsingh.che@nitrr.ac.in | •Polymer nanocomposite (Bio-nanocomposite, Functional nanomaterials, Electrodes for rechargeable batteries) •Reactive Extraction •Wastewater Treatment (Electrocoagulation, Nano-photocatalysis) •Bio Resource Technology & Alternate Energy (Pyrolysis, Bio-fuel) |
| Dr. Prabir Ghosh |
M. Tech, Ph.D |
10/May/2013 |
Regular |
Associate Professor | prabirg.che@nitrr.ac.in | Advanced Oxidation Processes (AOPs) for removal of persistent organic pollutants, Industrial Waste Water Treatment Methods |
| Dr. J. AnandKumar |
M.E, Ph.D |
15/May/2013 |
Regular |
Associate Professor | anandj.che@nitrr.ac.in | Advance Separation Process (Adsorption, Membrane & Biological) and Nanocomposites |
| Dr. R. Manivannan |
B. Tech, Ph.D |
26/Aug/2013 |
Regular |
Associate Professor | rmani.che@nitrr.ac.in | Microelectronic Fabrication (CMP), Nanotechnology, Electrochemistry Corrosion Science and Engineering, Energy Engineering |
|
|
M.Tech, Ph.D (IITM) |
27/May/2015 |
Regular |
Associate Professor | snvictoria.che@nitrr.ac.in | Electrochemistry, Solar Cell Material, Nanotechnology |
| Dr. Chandrakant Thakur |
B.E., M.Tech, Ph.D |
08/May/2015 |
Regular |
Assistant Professor Grade-I | cthakur.che@nitrr.ac.in | Environmental Engineering, Industrial Pollution Abatement, Adsorption |
|
|
M.Tech, Ph.D |
26/Jul/2021 |
Regular |
Assistant Professor Grade-II | msgaikwad.che@nitrr.ac.in | Environmental Engineering, Capacitive Deionization, Membrane Separation, Advance wastewater Treatments, Nanomaterials |
|
Dr. Vijyendra Kumar |
B.E., M.Tech, Ph.D |
28/Jan/2020 |
Contractual (Full time) | Temporary Faculty |
vkvijyendra@gmail.com |
Wastewater Treatment, Catalysis, Advanced Oxidation Processes |
|
Dr. Prerana Sikarwar |
M.Tech, Ph.D. |
27/Jan/2022 |
Contractual (Full time) | Temporary Faculty | sikarwaroct@gmail.com | Heterogeneous catalysis, Pollution abatement, adsorption, Novel separation techniques |
|
Dr. Alex Koshy |
B.Tech, M.Tech, Ph.D (All in Chemical Engineering) |
31/August/2023 |
Contractual (Part-time) | Part-time Faculty | koshyalexkoshy018@gmail.com | Multiphase flow (L-L, L-L-S), Confined channel flow, Liquid thread instability & droplet generation, Vision research and Particle Induced Velocimetry. |
|
Name |
Designation |
Qualification |
Date of Joining |
Phone No. and E-mail Ids |
|
Mr. Ramesh Kumar Thakur |
Senior Lab. |
B.Sc. (Biology) | 22-01-1996 |
7772976825 |
 Mr. Gulab Singh Thakur |
Senior Lab |
12th | 11-08-1998 |
9617719749 |
 Ms. Ayoushi Jain |
Technical Assistant |
B. Tech (Chemical) | 30-06-2017 | |
 Mr. Hingeshwar Sahu |
Senior Technician |
B.Sc.& PGDCA |
30-06-2017 |
9669907436 |
|
Mr. Saurabh Barman |
Senior Technician |
B.Tech (Chemical) |
18-12-2023 |
7999205210 |
|
Mr. Mithlesh Kumar Jaiswal |
Senior Assistant |
B.A. & MSW & I.T.I. (COPA) |
05-01-2024 |
9630250324 |
|
Mr. Badal Soni |
Technician (Regular) |
B.Sc (Gold medallist- Chemistry), DCA |
25-01-2024 |
9340247818 bsoni.che@nitrr.ac.in |
 Mr. Gokul Chandrakar |
Assistant Grade-III |
M.A. (Sociology) & PGDCA |
14-03-2017 |
8120635357
|
 Mr. Harendra Kumar Sahu |
Lab. Attendant |
B.Com. & M.A. (Political Science) & I.T.I (Fitter) |
13-07-2011 |
|
 Mr. Kishor Nayak |
Assistant Grade - IV |
5th |
21-07-2008 |
9755904544 |
|
Name |
Designation |
Qualification |
Date of Joining |
Phone No. and E-mail Ids |
|
Mr. Ramesh Kumar Thakur |
Senior Lab. |
B.Sc. (Biology) | 22-01-1996 |
7772976825 |
| Mr. Gulab Singh Thakur |
Senior Lab |
12th | 11-08-1998 |
9617719749 |
| Ms. Ayoushi Jain |
Technical Assistant |
B. Tech (Chemical) | 30-06-2017 | |
| Mr. Hingeshwar Sahu |
Senior Technician |
B.Sc.& PGDCA |
30-06-2017 |
9669907436 |
|
Mr. Saurabh Barman |
Senior Technician |
B.Tech (Chemical) |
18-12-2023 |
7999205210 |
|
Mr. Mithlesh Kumar Jaiswal |
Senior Assistant |
B.A. & MSW & I.T.I. (COPA) |
05-01-2024 |
9630250324 |
|
Mr. Badal Soni |
Technician (Regular) |
B.Sc (Gold medallist- Chemistry), DCA |
25-01-2024 |
9340247818 bsoni.che@nitrr.ac.in |
| Mr. Gokul Chandrakar |
Assistant Grade-III |
M.A. (Sociology) & PGDCA |
14-03-2017 |
8120635357
|
| Mr. Harendra Kumar Sahu |
Lab. Attendant |
B.Com. & M.A. (Political Science) & I.T.I (Fitter) |
13-07-2011 |
|
| Mr. Kishor Nayak |
Assistant Grade - IV |
5th |
21-07-2008 |
9755904544 |
TESTING CHARGES FOR SOPHISTICATED INSTRUMENTS IN THE DEPT. OF CHEMICAL ENGG. NIT RAIPUR
|
S. No. |
Test / Analysis |
Testing charges per sample (INR) |
|||
|
NITRR Users (Chemical Engg.) |
NITRR users (other than Chemical Engg.) |
Academic (Outside users) / National R&D Labs /Govt. Organization |
Industries |
||
|
1 |
Particle Size (Laser) 10 microns to 5 nm |
100/sample |
200/sample |
500/sample |
1000/sample |
|
2 |
Zeta Potential |
100/sample |
200/sample |
500/sample |
1000/sample |
|
3 |
Molecular Weight |
100/sample |
200/sample |
500/sample |
1000/sample |
|
4 |
Contact angle analyzer |
100/sample |
200/sample |
500/sample |
1000/sample |
|
5 |
Electrochemical Workstation (OCP, Tafel, EIS, CV etc.,) |
100/hour |
400/ hour |
800/ hour |
2000/ hour |
|
6 |
Rheometer |
100/sample |
300/sample |
900/sample |
1500/sample |
|
7 |
FTIR |
100/sample |
200/sample |
600/sample |
1000/sample |
|
8 |
HPLC |
100/ hour |
400/ hour |
1200/ hour |
2000/ hour |
|
9 |
TGA |
100/sample |
500/sample |
1500/sample |
2500/sample |
|
10 |
Total Organic Carbon (TOC) Analyzer |
100/sample |
500/sample |
1250/sample |
2500/sample |
|
11 |
BET Surface Area Analyzer |
100/sample |
500/sample |
1250/sample |
2500/sample |
|
12 |
Ion Chromatography |
100/experiment |
1000/experiment |
2500/experiment |
4500/experiment |
|
13 |
UV-Visible Spectrophotometer |
NA |
Full Spectra 250/sample |
Full Spectra 600/sample |
Full Spectra 1250/sample |
|
14 |
Coal Analysis |
|
|
|
|
|
|
(a) Swelling Index |
100/sample |
500/sample |
1250/sample |
3000/sample |
|
S. No. |
Test |
Testing Charges (in Rs. per sample) |
|
Plywood & Pre-laminated Board |
|
|
|
1. |
Density |
500/- |
|
2. |
Moisture content |
1000/- |
|
3. |
Resistance to dry heat |
1000/- |
|
4. |
Fire resistance · Flammability test · Flame penetration test · Rate of burning test. |
1500/- (600 for individual test) |
|
5. |
Water resistant test |
2000/- |
|
6. |
pH Value |
1000/- |
|
7. |
Acidity and alkalinity resistance test |
2000/- |
|
8. |
Formaldehyde Emission (Perforated Method) |
4000/- |
|
9. |
Mycological test |
2000/- |
|
Shutters & Doors |
|
|
|
10. |
Knife test |
1320/- |
|
11. |
End immersion test |
3960/- |
|
Cement, Clay, Ash, Minerals ,Refractory Materials & Ore etc. |
|
|
|
12. |
Bulk Density |
1680/- |
|
13. |
Specific Gravity |
1680/- |
|
14. |
Setting Time (for cement only) |
2640/- |
|
15. |
Chemical Analysis of Cement for the constituents- LOI, SiO2, Al2O3, Fe2O3, CaO, MgO
|
2000/- (500/-for each individual compound) |
|
16. |
Chemical Analysis of Cement for each Additional Components like IR, SO3, Na2O, K2O, Chloride, etc. |
600/- |
|
Coal |
|
|
|
17. |
Moisture (Oven drying) |
500/- |
|
18. |
Free Moisture |
500/- |
|
19. |
Ash |
1000/- |
|
20. |
Full Proximate Analysis |
1500- |
|
21. |
Volatile Matter |
700/- |
|
22. |
Methylene Blue Number |
1000/- |
|
23. |
Iodine Absorption Value |
1500/- |
|
Analytical Instrument |
|
|
|
24. |
Determination of heavy metals by AAS |
1000/- per element |
|
25. |
Analysis of elements by flame photometer |
700/-per element |
|
Alum |
||
|
26. |
Insoluble matter |
2000/- |
|
27. |
Soluble aluminium as Al2O3 |
3000/- |
|
28. |
pH |
500/- |
Note:
- Taxes will be charged extra as per prevailing rate at the time of testing. At present G.S.T w.e.f July 1, 2017 is applicable @18%.
- Testing charges are to be paid by DD in favor of Director, NIT RAIPUR payable at RAIPUR.
- Samples to be submitted to HOD Chemical Engg, NIT Raipur.
TESTING CHARGES FOR SOPHISTICATED INSTRUMENTS IN THE DEPT. OF CHEMICAL ENGG. NIT RAIPUR
|
S. No. |
Test / Analysis |
Testing charges per sample (INR) |
|||
|
NITRR Users (Chemical Engg.) |
NITRR users (other than Chemical Engg.) |
Academic (Outside users) / National R&D Labs /Govt. Organization |
Industries |
||
|
1 |
Particle Size (Laser) 10 microns to 5 nm |
100/sample |
200/sample |
500/sample |
1000/sample |
|
2 |
Zeta Potential |
100/sample |
200/sample |
500/sample |
1000/sample |
|
3 |
Molecular Weight |
100/sample |
200/sample |
500/sample |
1000/sample |
|
4 |
Contact angle analyzer |
100/sample |
200/sample |
500/sample |
1000/sample |
|
5 |
Electrochemical Workstation (OCP, Tafel, EIS, CV etc.,) |
100/hour |
400/ hour |
800/ hour |
2000/ hour |
|
6 |
Rheometer |
100/sample |
300/sample |
900/sample |
1500/sample |
|
7 |
FTIR |
100/sample |
200/sample |
600/sample |
1000/sample |
|
8 |
HPLC |
100/ hour |
400/ hour |
1200/ hour |
2000/ hour |
|
9 |
TGA |
100/sample |
500/sample |
1500/sample |
2500/sample |
|
10 |
Total Organic Carbon (TOC) Analyzer |
100/sample |
500/sample |
1250/sample |
2500/sample |
|
11 |
BET Surface Area Analyzer |
100/sample |
500/sample |
1250/sample |
2500/sample |
|
12 |
Ion Chromatography |
100/experiment |
1000/experiment |
2500/experiment |
4500/experiment |
|
13 |
UV-Visible Spectrophotometer |
NA |
Full Spectra 250/sample |
Full Spectra 600/sample |
Full Spectra 1250/sample |
|
14 |
Coal Analysis |
|
|
|
|
|
|
(a) Swelling Index |
100/sample |
500/sample |
1250/sample |
3000/sample |
|
S. No. |
Test |
Testing Charges (in Rs. per sample) |
|
Plywood & Pre-laminated Board |
|
|
|
1. |
Density |
500/- |
|
2. |
Moisture content |
1000/- |
|
3. |
Resistance to dry heat |
1000/- |
|
4. |
Fire resistance · Flammability test · Flame penetration test · Rate of burning test. |
1500/- (600 for individual test) |
|
5. |
Water resistant test |
2000/- |
|
6. |
pH Value |
1000/- |
|
7. |
Acidity and alkalinity resistance test |
2000/- |
|
8. |
Formaldehyde Emission (Perforated Method) |
4000/- |
|
9. |
Mycological test |
2000/- |
|
Shutters & Doors |
|
|
|
10. |
Knife test |
1320/- |
|
11. |
End immersion test |
3960/- |
|
Cement, Clay, Ash, Minerals ,Refractory Materials & Ore etc. |
|
|
|
12. |
Bulk Density |
1680/- |
|
13. |
Specific Gravity |
1680/- |
|
14. |
Setting Time (for cement only) |
2640/- |
|
15. |
Chemical Analysis of Cement for the constituents- LOI, SiO2, Al2O3, Fe2O3, CaO, MgO
|
2000/- (500/-for each individual compound) |
|
16. |
Chemical Analysis of Cement for each Additional Components like IR, SO3, Na2O, K2O, Chloride, etc. |
600/- |
|
Coal |
|
|
|
17. |
Moisture (Oven drying) |
500/- |
|
18. |
Free Moisture |
500/- |
|
19. |
Ash |
1000/- |
|
20. |
Full Proximate Analysis |
1500- |
|
21. |
Volatile Matter |
700/- |
|
22. |
Methylene Blue Number |
1000/- |
|
23. |
Iodine Absorption Value |
1500/- |
|
Analytical Instrument |
|
|
|
24. |
Determination of heavy metals by AAS |
1000/- per element |
|
25. |
Analysis of elements by flame photometer |
700/-per element |
|
Alum |
||
|
26. |
Insoluble matter |
2000/- |
|
27. |
Soluble aluminium as Al2O3 |
3000/- |
|
28. |
pH |
500/- |
Note:
- Taxes will be charged extra as per prevailing rate at the time of testing. At present G.S.T w.e.f July 1, 2017 is applicable @18%.
- Testing charges are to be paid by DD in favor of Director, NIT RAIPUR payable at RAIPUR.
- Samples to be submitted to HOD Chemical Engg, NIT Raipur.
TESTING CHARGES FOR SOPHISTICATED INSTRUMENTS IN THE DEPT. OF CHEMICAL ENGG. NIT RAIPUR
|
S. No. |
Test / Analysis |
Testing charges per sample (INR) |
|||
|
NITRR Users (Chemical Engg.) |
NITRR users (other than Chemical Engg.) |
Academic (Outside users) / National R&D Labs /Govt. Organization |
Industries |
||
|
1 |
Particle Size (Laser) 10 microns to 5 nm |
100/sample |
200/sample |
500/sample |
1000/sample |
|
2 |
Zeta Potential |
100/sample |
200/sample |
500/sample |
1000/sample |
|
3 |
Molecular Weight |
100/sample |
200/sample |
500/sample |
1000/sample |
|
4 |
Contact angle analyzer |
100/sample |
200/sample |
500/sample |
1000/sample |
|
5 |
Electrochemical Workstation (OCP, Tafel, EIS, CV etc.,) |
100/hour |
400/ hour |
800/ hour |
2000/ hour |
|
6 |
Rheometer |
100/sample |
300/sample |
900/sample |
1500/sample |
|
7 |
FTIR |
100/sample |
200/sample |
600/sample |
1000/sample |
|
8 |
HPLC |
100/ hour |
400/ hour |
1200/ hour |
2000/ hour |
|
9 |
TGA |
100/sample |
500/sample |
1500/sample |
2500/sample |
|
10 |
Total Organic Carbon (TOC) Analyzer |
100/sample |
500/sample |
1250/sample |
2500/sample |
|
11 |
BET Surface Area Analyzer |
100/sample |
500/sample |
1250/sample |
2500/sample |
|
12 |
Ion Chromatography |
100/experiment |
1000/experiment |
2500/experiment |
4500/experiment |
|
13 |
UV-Visible Spectrophotometer |
NA |
Full Spectra 250/sample |
Full Spectra 600/sample |
Full Spectra 1250/sample |
|
14 |
Coal Analysis |
|
|
|
|
|
|
(a) Swelling Index |
100/sample |
500/sample |
1250/sample |
3000/sample |
|
S. No. |
Test |
Testing Charges (in Rs. per sample) |
|
Plywood & Pre-laminated Board |
|
|
|
1. |
Density |
500/- |
|
2. |
Moisture content |
1000/- |
|
3. |
Resistance to dry heat |
1000/- |
|
4. |
Fire resistance · Flammability test · Flame penetration test · Rate of burning test. |
1500/- (600 for individual test) |
|
5. |
Water resistant test |
2000/- |
|
6. |
pH Value |
1000/- |
|
7. |
Acidity and alkalinity resistance test |
2000/- |
|
8. |
Formaldehyde Emission (Perforated Method) |
4000/- |
|
9. |
Mycological test |
2000/- |
|
Shutters & Doors |
|
|
|
10. |
Knife test |
1320/- |
|
11. |
End immersion test |
3960/- |
|
Cement, Clay, Ash, Minerals ,Refractory Materials & Ore etc. |
|
|
|
12. |
Bulk Density |
1680/- |
|
13. |
Specific Gravity |
1680/- |
|
14. |
Setting Time (for cement only) |
2640/- |
|
15. |
Chemical Analysis of Cement for the constituents- LOI, SiO2, Al2O3, Fe2O3, CaO, MgO
|
2000/- (500/-for each individual compound) |
|
16. |
Chemical Analysis of Cement for each Additional Components like IR, SO3, Na2O, K2O, Chloride, etc. |
600/- |
|
Coal |
|
|
|
17. |
Moisture (Oven drying) |
500/- |
|
18. |
Free Moisture |
500/- |
|
19. |
Ash |
1000/- |
|
20. |
Full Proximate Analysis |
1500- |
|
21. |
Volatile Matter |
700/- |
|
22. |
Methylene Blue Number |
1000/- |
|
23. |
Iodine Absorption Value |
1500/- |
|
Analytical Instrument |
|
|
|
24. |
Determination of heavy metals by AAS |
1000/- per element |
|
25. |
Analysis of elements by flame photometer |
700/-per element |
|
Alum |
||
|
26. |
Insoluble matter |
2000/- |
|
27. |
Soluble aluminium as Al2O3 |
3000/- |
|
28. |
pH |
500/- |
Note:
- Taxes will be charged extra as per prevailing rate at the time of testing. At present G.S.T w.e.f July 1, 2017 is applicable @18%.
- Testing charges are to be paid by DD in favor of Director, NIT RAIPUR payable at RAIPUR.
- Samples to be submitted to HOD Chemical Engg, NIT Raipur.
TESTING CHARGES FOR SOPHISTICATED INSTRUMENTS IN THE DEPT. OF CHEMICAL ENGG. NIT RAIPUR
|
S. No. |
Test / Analysis |
Testing charges per sample (INR) |
|||
|
NITRR Users (Chemical Engg.) |
NITRR users (other than Chemical Engg.) |
Academic (Outside users) / National R&D Labs /Govt. Organization |
Industries |
||
|
1 |
Particle Size (Laser) 10 microns to 5 nm |
100/sample |
200/sample |
500/sample |
1000/sample |
|
2 |
Zeta Potential |
100/sample |
200/sample |
500/sample |
1000/sample |
|
3 |
Molecular Weight |
100/sample |
200/sample |
500/sample |
1000/sample |
|
4 |
Contact angle analyzer |
100/sample |
200/sample |
500/sample |
1000/sample |
|
5 |
Electrochemical Workstation (OCP, Tafel, EIS, CV etc.,) |
100/hour |
400/ hour |
800/ hour |
2000/ hour |
|
6 |
Rheometer |
100/sample |
300/sample |
900/sample |
1500/sample |
|
7 |
FTIR |
100/sample |
200/sample |
600/sample |
1000/sample |
|
8 |
HPLC |
100/ hour |
400/ hour |
1200/ hour |
2000/ hour |
|
9 |
TGA |
100/sample |
500/sample |
1500/sample |
2500/sample |
|
10 |
Total Organic Carbon (TOC) Analyzer |
100/sample |
500/sample |
1250/sample |
2500/sample |
|
11 |
BET Surface Area Analyzer |
100/sample |
500/sample |
1250/sample |
2500/sample |
|
12 |
Ion Chromatography |
100/experiment |
1000/experiment |
2500/experiment |
4500/experiment |
|
13 |
UV-Visible Spectrophotometer |
NA |
Full Spectra 250/sample |
Full Spectra 600/sample |
Full Spectra 1250/sample |
|
14 |
Coal Analysis |
|
|
|
|
|
|
(a) Swelling Index |
100/sample |
500/sample |
1250/sample |
3000/sample |
|
S. No. |
Test |
Testing Charges (in Rs. per sample) |
|
Plywood & Pre-laminated Board |
|
|
|
1. |
Density |
500/- |
|
2. |
Moisture content |
1000/- |
|
3. |
Resistance to dry heat |
1000/- |
|
4. |
Fire resistance · Flammability test · Flame penetration test · Rate of burning test. |
1500/- (600 for individual test) |
|
5. |
Water resistant test |
2000/- |
|
6. |
pH Value |
1000/- |
|
7. |
Acidity and alkalinity resistance test |
2000/- |
|
8. |
Formaldehyde Emission (Perforated Method) |
4000/- |
|
9. |
Mycological test |
2000/- |
|
Shutters & Doors |
|
|
|
10. |
Knife test |
1320/- |
|
11. |
End immersion test |
3960/- |
|
Cement, Clay, Ash, Minerals ,Refractory Materials & Ore etc. |
|
|
|
12. |
Bulk Density |
1680/- |
|
13. |
Specific Gravity |
1680/- |
|
14. |
Setting Time (for cement only) |
2640/- |
|
15. |
Chemical Analysis of Cement for the constituents- LOI, SiO2, Al2O3, Fe2O3, CaO, MgO
|
2000/- (500/-for each individual compound) |
|
16. |
Chemical Analysis of Cement for each Additional Components like IR, SO3, Na2O, K2O, Chloride, etc. |
600/- |
|
Coal |
|
|
|
17. |
Moisture (Oven drying) |
500/- |
|
18. |
Free Moisture |
500/- |
|
19. |
Ash |
1000/- |
|
20. |
Full Proximate Analysis |
1500- |
|
21. |
Volatile Matter |
700/- |
|
22. |
Methylene Blue Number |
1000/- |
|
23. |
Iodine Absorption Value |
1500/- |
|
Analytical Instrument |
|
|
|
24. |
Determination of heavy metals by AAS |
1000/- per element |
|
25. |
Analysis of elements by flame photometer |
700/-per element |
|
Alum |
||
|
26. |
Insoluble matter |
2000/- |
|
27. |
Soluble aluminium as Al2O3 |
3000/- |
|
28. |
pH |
500/- |
Note:
- Taxes will be charged extra as per prevailing rate at the time of testing. At present G.S.T w.e.f July 1, 2017 is applicable @18%.
- Testing charges are to be paid by DD in favor of Director, NIT RAIPUR payable at RAIPUR.
- Samples to be submitted to HOD Chemical Engg, NIT Raipur.
Short Term Training Programme Organized
| S.No. | Name of the Event | Sponsoring Agency | Period | Co-ordinators |
|---|---|---|---|---|
| 1 | Short Term Training Programme on "Chemical Process Modeling & Simulation (CPMS-14)" | Self-sponsored | 23rd-27th June 2014 | Dr. P. K. Chaudhari & Dr. R. Manivannan |
| 2 | Short Term Training Programme on "Simulation of Flow Processes using Computational Fluid Dynamics" | TEQIP II | 2nd-6th June, 2014 | Dr. Amit Keshav & Dr. J. Anandkumar |
| S.No. | Name of the Event | Sponsoring Agency | Period | Co-ordinators |
|---|---|---|---|---|
| 1 | Workshop on "Renewable Energy & Environment (REE-14)" | TEQIP II | 12 & 13th June 2014 | Prof. Dharm Pal & Dr. R. Manivannan |
| S.No. | Name of the Event | Sponsoring Agency | Date | Topic |
|---|---|---|---|---|
| 1 | Shri. D. C. Gupta, Dy. Gen. Manager, JK Tyres, Mysore | TEQIP II | 04/Aug/2014 | Tyre Technology |
| 2 | Shri. Shashank Mishra, Asst. Manager,IFFCO, New Delhi | TEQIP II | 22/Aug/2014 | Fertilizer Technology |
| 3 | Shri. Madhur Mehrotra, Associate Vice President,UEM Group, Noida | TEQIP II | 10/Oct/2014 | Environmental Aspects |
| S.No. | Name of the Event | Sponsoring Agency | Period |
|---|---|---|---|
| 1 | International Conference on Advances in Chemical Engineering | ONGC | 05 & 06 April,2013 |
| S.No. | Name of the Event | Sponsoring Agency | Period |
|---|---|---|---|
| 1 | Gas Chromatography | TEQIP II | 21 & 22 Oct 2014 |
Short Term Training Programme Organized
| S.No. | Name of the Event | Sponsoring Agency | Period | Co-ordinators |
|---|---|---|---|---|
| 1 | Short Term Training Programme on "Chemical Process Modeling & Simulation (CPMS-14)" | Self-sponsored | 23rd-27th June 2014 | Dr. P. K. Chaudhari & Dr. R. Manivannan |
| 2 | Short Term Training Programme on "Simulation of Flow Processes using Computational Fluid Dynamics" | TEQIP II | 2nd-6th June, 2014 | Dr. Amit Keshav & Dr. J. Anandkumar |
| S.No. | Name of the Event | Sponsoring Agency | Period | Co-ordinators |
|---|---|---|---|---|
| 1 | Workshop on "Renewable Energy & Environment (REE-14)" | TEQIP II | 12 & 13th June 2014 | Prof. Dharm Pal & Dr. R. Manivannan |
| S.No. | Name of the Event | Sponsoring Agency | Date | Topic |
|---|---|---|---|---|
| 1 | Shri. D. C. Gupta, Dy. Gen. Manager, JK Tyres, Mysore | TEQIP II | 04/Aug/2014 | Tyre Technology |
| 2 | Shri. Shashank Mishra, Asst. Manager,IFFCO, New Delhi | TEQIP II | 22/Aug/2014 | Fertilizer Technology |
| 3 | Shri. Madhur Mehrotra, Associate Vice President,UEM Group, Noida | TEQIP II | 10/Oct/2014 | Environmental Aspects |
| S.No. | Name of the Event | Sponsoring Agency | Period |
|---|---|---|---|
| 1 | International Conference on Advances in Chemical Engineering | ONGC | 05 & 06 April,2013 |
| S.No. | Name of the Event | Sponsoring Agency | Period |
|---|---|---|---|
| 1 | Gas Chromatography | TEQIP II | 21 & 22 Oct 2014 |
|
Sr. No. |
TITLE OF THE PROJECT |
PI / CO-PI |
COST OF PROJECT |
FUNDING AGENCY |
YEAR OF SANCTION |
CURRENT STATUS |
|
1 |
Intensification of downstream processing of citric acid using process intensification method (reactive extraction) |
Dr. Amit Keshav & |
2,00,000/- |
CGCOST |
2010 |
Completed |
|
2 |
Treatment of bio-digester effluents (BDE) of rice grain based industry |
Dr. P. K. Chaudhari |
1,05,000/- |
CGCOST |
2011 |
Completed |
|
3 |
Kinetics of thermal degradation of chlorophyll green leafy vegetables and increasing the shelf life of the vegetables |
Dr. Amit Keshav & |
11,71,400/- |
DST/SERB |
2012 |
Completed |
|
4 |
Studies on a membrane reactor for the etherification of mono-carboxylic acids with ethanol |
Dr. Amit Keshav |
25,20,000/- |
DST/SERB |
2016 |
Completed |
|
5 |
Shelf life of spices |
Dr. B. Mazumdar |
5,00,000/- |
CGCOST |
2014 |
Completed |
|
6 |
Organic acids from sugarcane industry’s byproduct |
Dr. Dharm Pal & Dr. Amit Keshav |
5,00,000/- |
CGCOST |
2014 |
Completed |
|
7 |
Slurry formulation for ruthenium chemical mechanical planarization |
Dr. R. Manivannan |
26,35,593/- |
DST/SERB |
2014 |
Completed |
|
8 |
Removal of dye and reduction of COD from dye bearing effluent |
Dr. J. Anandkumar & Dr. P.K. Chaudhari |
4,00,000/- |
CGCOST |
2015 |
Completed |
|
9 |
Interactive mechanism of green corrosion inhibitor and mild steal in alkaline medium containing chloride ion |
Dr. R. Manivanan & Dr. (Mrs.) A. B. Soni |
4,28,000/- |
CGCOST |
2015 |
Completed |
|
10 |
Electrochemical Deposition of CZTS for solar cell application |
Dr. S. Noyel Victoria |
27,44,000/- |
DST-SERI |
2014 |
Completed |
|
11 |
One step CZTS nano ink synthesis by sonochemical route for bifacial solar cell application |
Dr. S. Noyel Victoria |
23,46,000/- |
DST-SERB |
2014 |
Completed |
|
12 |
Practically-Viable heterogeneous Fenton catalyst and reuse of same catalyst in synthetic or industrial wastewater treatment |
Dr. Prabir Ghosh |
25,89,000/- |
SERB |
2016 |
Completed |
|
13 |
Combined novel biophysical treatment for heterogeneous wastewater pollutants |
Dr. J. Anandkumar |
48,65,879/- |
SERB |
2016 |
Completed |
|
14 |
Synthesis of nano coated ceramic composite membrane for separation of green chemicals from technical lignin |
Dr. J. Anandkumar & Dr. D. Vasanth |
25,35,500/- |
SERB |
2016 |
Completed |
|
15 |
Effect of additives on germanium chemical mechanical planarization slurries |
Dr. R. Manivannan |
50,000/- |
IEI |
2016 |
Completed |
|
16 |
Green inhibitors for the control of SRB induced corrosion in mild steel, aluminium and stainless steel |
Dr. S. Noyel Victoria |
4,80,000/- |
NIT Raipur |
2017 |
Completed |
|
17 |
Hybrid Treatment Method for Treatment of Automobile Service Station Effluent |
Dr. Chandrakant Thakur |
5,00,000/- |
NIT Raipur |
2017 |
Completed |
|
18 |
Advanced treatment process for heavy metal contaminated aqueous feed |
Dr.M.S. Gaikwad |
5,00,000/- |
NIT Raipur |
2022 |
On Going |
|
Sr. No. |
TITLE OF THE PROJECT |
PI / CO-PI |
COST OF PROJECT |
FUNDING AGENCY |
YEAR OF SANCTION |
CURRENT STATUS |
|
1 |
Intensification of downstream processing of citric acid using process intensification method (reactive extraction) |
Dr. Amit Keshav & |
2,00,000/- |
CGCOST |
2010 |
Completed |
|
2 |
Treatment of bio-digester effluents (BDE) of rice grain based industry |
Dr. P. K. Chaudhari |
1,05,000/- |
CGCOST |
2011 |
Completed |
|
3 |
Kinetics of thermal degradation of chlorophyll green leafy vegetables and increasing the shelf life of the vegetables |
Dr. Amit Keshav & |
11,71,400/- |
DST/SERB |
2012 |
Completed |
|
4 |
Studies on a membrane reactor for the etherification of mono-carboxylic acids with ethanol |
Dr. Amit Keshav |
25,20,000/- |
DST/SERB |
2016 |
Completed |
|
5 |
Shelf life of spices |
Dr. B. Mazumdar |
5,00,000/- |
CGCOST |
2014 |
Completed |
|
6 |
Organic acids from sugarcane industry’s byproduct |
Dr. Dharm Pal & Dr. Amit Keshav |
5,00,000/- |
CGCOST |
2014 |
Completed |
|
7 |
Slurry formulation for ruthenium chemical mechanical planarization |
Dr. R. Manivannan |
26,35,593/- |
DST/SERB |
2014 |
Completed |
|
8 |
Removal of dye and reduction of COD from dye bearing effluent |
Dr. J. Anandkumar & Dr. P.K. Chaudhari |
4,00,000/- |
CGCOST |
2015 |
Completed |
|
9 |
Interactive mechanism of green corrosion inhibitor and mild steal in alkaline medium containing chloride ion |
Dr. R. Manivanan & Dr. (Mrs.) A. B. Soni |
4,28,000/- |
CGCOST |
2015 |
Completed |
|
10 |
Electrochemical Deposition of CZTS for solar cell application |
Dr. S. Noyel Victoria |
27,44,000/- |
DST-SERI |
2014 |
Completed |
|
11 |
One step CZTS nano ink synthesis by sonochemical route for bifacial solar cell application |
Dr. S. Noyel Victoria |
23,46,000/- |
DST-SERB |
2014 |
Completed |
|
12 |
Practically-Viable heterogeneous Fenton catalyst and reuse of same catalyst in synthetic or industrial wastewater treatment |
Dr. Prabir Ghosh |
25,89,000/- |
SERB |
2016 |
Completed |
|
13 |
Combined novel biophysical treatment for heterogeneous wastewater pollutants |
Dr. J. Anandkumar |
48,65,879/- |
SERB |
2016 |
Completed |
|
14 |
Synthesis of nano coated ceramic composite membrane for separation of green chemicals from technical lignin |
Dr. J. Anandkumar & Dr. D. Vasanth |
25,35,500/- |
SERB |
2016 |
Completed |
|
15 |
Effect of additives on germanium chemical mechanical planarization slurries |
Dr. R. Manivannan |
50,000/- |
IEI |
2016 |
Completed |
|
16 |
Green inhibitors for the control of SRB induced corrosion in mild steel, aluminium and stainless steel |
Dr. S. Noyel Victoria |
4,80,000/- |
NIT Raipur |
2017 |
Completed |
|
17 |
Hybrid Treatment Method for Treatment of Automobile Service Station Effluent |
Dr. Chandrakant Thakur |
5,00,000/- |
NIT Raipur |
2017 |
Completed |
|
18 |
Advanced treatment process for heavy metal contaminated aqueous feed |
Dr.M.S. Gaikwad |
5,00,000/- |
NIT Raipur |
2022 |
On Going |
|
Name of the programmes |
Accreditation Status |
Period of validity |
|
UG (Chemical Engineering) |
Accredited |
Academic years 2022-2023, |
|
Name of the programmes |
Accreditation Status |
Period of validity |
|
UG (Chemical Engineering) |
Accredited |
Academic years 2022-2023, |
|
Sl. No. |
Name of the Equipment |
Model & Make |
Purpose |
Faculty Incharge |
|
1. |
|
Shimadzu, UV-1800 |
To determine the concentration of liquid samples |
Dr.PrabirGhosh |
|
2. |
|
Thermofisher Ceres 800Plus |
To perform the qualitative and quantitative chemical analysis |
Dr. P. K. Chaudhari |
|
3. |
|
ECIL |
To determine the concentration of the metals ions (Cu, Fe, Ni, Pb, Co, Cr) in the liquid sample
|
Prof. V. K. Singh |
|
4. |
|
Bruker, Alpha Model |
To determine the organic functional group of solid / liquid samples |
Dr. J. Anandkumar |
|
5. |
|
Pheonix 300 |
To determine the angle formed when a liquid/vapor interface meets the solid surface |
Dr. R. Manivannan |
|
6. |
|
Contech Instruments, CAR-02 |
To determine the refractive index of the liquid sample |
Dr. P. K. Chaudhari |
|
7. |
|
Anton Paar, Modular Compact Rheometer MCR-52 |
To determine the rheological properties of the liquid |
Dr. J. Anandkumar |
|
8. |
|
1382, ESICO |
Determination of inorganic compounds like- Na, P, Li, Ba and Ca for any sample |
Dr. J. Anandkumar |
|
9. |
|
300 MI, Zeiss primo star |
Determination of particle size (Range 0.5-100 microns) |
Dr. J. Anandkumar |
|
10. |
|
9300,YL Instruments |
Separation and analysis of non-volatile or thermally unstable compounds |
Dr. Dharm Pal |
|
11. |
|
PMC-1000, Parstat MC |
EIS study, cyclic voltammetry, Tafel plot etc |
Dr. R. Manivannan
|
|
12 |
GC-MS |
GC-2010 Plus, Shimazdu |
To identify different compounds, present in the sample |
Dr. Amit Keshav |
| 13 |
Particle Size – Zeta Potential Analyzer |
Litesizer – 500, Anton Paar |
To determine the particle size, and zeta potential of liquid sample |
Dr. R. Manivannan |
| 14 | 
Thermogravimetric Analyzer (TGA) |
Setaram, Labsys Evo |
To determine the thermal stability of the sample |
Dr. J. Anandkumar |
|
15 |
TOC Analyzer |
SSM-5000A, Shimazdu |
To determine the total organic carbon in the sample |
Dr. Prabir Ghosh |
|
16 |
Ion-Chromatography |
Eco IC, Metrohm |
Determination of Cation and Anion |
Dr. Chandrakant Thakur |
|
Sl. No. |
Name of the Equipment |
Model & Make |
Purpose |
Faculty Incharge |
|
1. |
|
Shimadzu, UV-1800 |
To determine the concentration of liquid samples |
Dr.PrabirGhosh |
|
2. |
|
Thermofisher Ceres 800Plus |
To perform the qualitative and quantitative chemical analysis |
Dr. P. K. Chaudhari |
|
3. |
|
ECIL |
To determine the concentration of the metals ions (Cu, Fe, Ni, Pb, Co, Cr) in the liquid sample
|
Prof. V. K. Singh |
|
4. |
|
Bruker, Alpha Model |
To determine the organic functional group of solid / liquid samples |
Dr. J. Anandkumar |
|
5. |
|
Pheonix 300 |
To determine the angle formed when a liquid/vapor interface meets the solid surface |
Dr. R. Manivannan |
|
6. |
|
Contech Instruments, CAR-02 |
To determine the refractive index of the liquid sample |
Dr. P. K. Chaudhari |
|
7. |
|
Anton Paar, Modular Compact Rheometer MCR-52 |
To determine the rheological properties of the liquid |
Dr. J. Anandkumar |
|
8. |
|
1382, ESICO |
Determination of inorganic compounds like- Na, P, Li, Ba and Ca for any sample |
Dr. J. Anandkumar |
|
9. |
|
300 MI, Zeiss primo star |
Determination of particle size (Range 0.5-100 microns) |
Dr. J. Anandkumar |
|
10. |
|
9300,YL Instruments |
Separation and analysis of non-volatile or thermally unstable compounds |
Dr. Dharm Pal |
|
11. |
|
PMC-1000, Parstat MC |
EIS study, cyclic voltammetry, Tafel plot etc |
Dr. R. Manivannan
|
|
12 |
GC-MS |
GC-2010 Plus, Shimazdu |
To identify different compounds, present in the sample |
Dr. Amit Keshav |
| 13 |
Particle Size – Zeta Potential Analyzer |
Litesizer – 500, Anton Paar |
To determine the particle size, and zeta potential of liquid sample |
Dr. R. Manivannan |
| 14 |
Thermogravimetric Analyzer (TGA) |
Setaram, Labsys Evo |
To determine the thermal stability of the sample |
Dr. J. Anandkumar |
|
15 |
TOC Analyzer |
SSM-5000A, Shimazdu |
To determine the total organic carbon in the sample |
Dr. Prabir Ghosh |
|
16 |
Ion-Chromatography |
Eco IC, Metrohm |
Determination of Cation and Anion |
Dr. Chandrakant Thakur |