Manish Agrawal is a PhD candidate in Civil Engineering at IIT Kanpur, India. He received his MTech in Energy and Environmental Engineering from Vellore Institute of Technology in 2010 and BTech in Biotechnology from Rajasthan University in 2007. His research focuses on characterization of nanoparticles from vehicular emissions and he has received best paper awards for his work. He has worked as a teaching assistant and research associate and has several publications in peer-reviewed journals.
Multiprocess passive diffusion driven nano ion filter and brownian motion bat...Michael Changaris
Multiple new developments in physical principals allow for amplification of energy storage through passive and chemically driven process.
Membrane ion selectivity can allow for passive diffusion driven energy storage.
Light and heat can increase rate of Brownian motion enhancing the diffusion gradient and driving ion charge independently (e.g. heat differential in lightning production).
Graphene can organize in a single sheet possibly allowing for more effective harnessing of the ratchet that can drive browning motion into mechanical action.
Ion pumps driven by Nano properties can create ion specific transport driving energy storage and maintaining energy with slower decay.
Chemical cascades if appropriately directed can create a stable far from equilibrium system in which the byproduct of one reaction becomes the catalyst for the next step.
With sufficient complexity and properties of phase shift these cascades can drive each other through interacting oscillatory patterns for the life of the battery and time for needed for energy storage.
A STUDY OF EVALUATION CRITERIAS FOR RENEWABLE ENERGY RESOURCES USING FREQUENC...A Makwana
The energy requirements of the world including India are growing at an alarming rate
and the power demand has been running ahead of supply. Nowadays it is also widely
recognized that the fossil fuels (i.e., coal, petroleum and natural gas) and other conventional
resources, presently being used for generation of electrical energy, may not be either
sufficient or suitable to keep pace with ever increasing demand of the electrical energy of the
world. It also causes pollution, which is likely to be more severe in the future. The recent
severe energy crisis has also forced the world to develop new and alternative methods of
power generation, which could not be adopted so far due to various reasons. The nonconventional
methods of power generation may be such as solar cells, fuel cells, thermoelectric
generator, solar power generation, wind power generation, geothermal energy
generation, tidal power generation etc. As there are many energy related crisis curbing the
growth of our nation. So in current study efforts are made to carry out study whether
Renewable Energy should be adopted or not. Various criteria like Nuclear Energy Safety,
Non-Renewable resources’ Pollution problem, Sustainable Development, Agricultural
Development, adoption to various easily available Renewable Resources, etc. are taken into
consideration. Thus, in this study efforts are made to consider each class of people so that
opinion regarding adoption of Renewable Energy will not get biased approach.
So, during this study various parameters regarding renewable energy are being identified and
converted into questionnaire to carry out surveys from the society, which will be the best
judge for renewable energy’s adoption. Software like Microsoft Excel & SPSS Statistics 17.0
(Statistical Package for the Social Sciences) are adopted to evaluate the responses collected
from the people by frequency distribution analysis.
Multiprocess passive diffusion driven nano ion filter and brownian motion bat...Michael Changaris
Multiple new developments in physical principals allow for amplification of energy storage through passive and chemically driven process.
Membrane ion selectivity can allow for passive diffusion driven energy storage.
Light and heat can increase rate of Brownian motion enhancing the diffusion gradient and driving ion charge independently (e.g. heat differential in lightning production).
Graphene can organize in a single sheet possibly allowing for more effective harnessing of the ratchet that can drive browning motion into mechanical action.
Ion pumps driven by Nano properties can create ion specific transport driving energy storage and maintaining energy with slower decay.
Chemical cascades if appropriately directed can create a stable far from equilibrium system in which the byproduct of one reaction becomes the catalyst for the next step.
With sufficient complexity and properties of phase shift these cascades can drive each other through interacting oscillatory patterns for the life of the battery and time for needed for energy storage.
A STUDY OF EVALUATION CRITERIAS FOR RENEWABLE ENERGY RESOURCES USING FREQUENC...A Makwana
The energy requirements of the world including India are growing at an alarming rate
and the power demand has been running ahead of supply. Nowadays it is also widely
recognized that the fossil fuels (i.e., coal, petroleum and natural gas) and other conventional
resources, presently being used for generation of electrical energy, may not be either
sufficient or suitable to keep pace with ever increasing demand of the electrical energy of the
world. It also causes pollution, which is likely to be more severe in the future. The recent
severe energy crisis has also forced the world to develop new and alternative methods of
power generation, which could not be adopted so far due to various reasons. The nonconventional
methods of power generation may be such as solar cells, fuel cells, thermoelectric
generator, solar power generation, wind power generation, geothermal energy
generation, tidal power generation etc. As there are many energy related crisis curbing the
growth of our nation. So in current study efforts are made to carry out study whether
Renewable Energy should be adopted or not. Various criteria like Nuclear Energy Safety,
Non-Renewable resources’ Pollution problem, Sustainable Development, Agricultural
Development, adoption to various easily available Renewable Resources, etc. are taken into
consideration. Thus, in this study efforts are made to consider each class of people so that
opinion regarding adoption of Renewable Energy will not get biased approach.
So, during this study various parameters regarding renewable energy are being identified and
converted into questionnaire to carry out surveys from the society, which will be the best
judge for renewable energy’s adoption. Software like Microsoft Excel & SPSS Statistics 17.0
(Statistical Package for the Social Sciences) are adopted to evaluate the responses collected
from the people by frequency distribution analysis.
Connotea and CiteUlike | Milk Group | 3 EHAIL 2010 | Carlos Lopes_pptCarlos Lopes
“Discovery of scientific information on health through social labeling: Connotea and CiteUlike”
Carlos Lopes, Julio Alonso-Arévalo, Helena Martín-Rodero,María García-Puente Sánchez, AngelsCarles-Pomar *Lisbon, 17 JUNE 2010
Exercícios do curso de metodologias do DFP | ISPA, sobre apresentação de trabalhos. Comunicação oral: Ilustração da obra de Rego e Cunha , 2006) sobre "Comunicar.
Exercícios do curso de metodologias do DFP | ISPA, sobre apresentação de trabalhos. Comunicação oral: Ilustração da obra de Rego e Cunha , 2006) sobre "Comunicar.
Trabalho dos alunos do ISPA do Mestrado de Psicologia Comunitária na unidade curricular Comunicação e Recursos Bibliográficos sore estratégias de recuperação da informação em recursos de acesso livre (RCAAP e SciELO).
Connotea and CiteUlike | Milk Group | 3 EHAIL 2010 | Carlos Lopes_pptCarlos Lopes
“Discovery of scientific information on health through social labeling: Connotea and CiteUlike”
Carlos Lopes, Julio Alonso-Arévalo, Helena Martín-Rodero,María García-Puente Sánchez, AngelsCarles-Pomar *Lisbon, 17 JUNE 2010
Exercícios do curso de metodologias do DFP | ISPA, sobre apresentação de trabalhos. Comunicação oral: Ilustração da obra de Rego e Cunha , 2006) sobre "Comunicar.
Exercícios do curso de metodologias do DFP | ISPA, sobre apresentação de trabalhos. Comunicação oral: Ilustração da obra de Rego e Cunha , 2006) sobre "Comunicar.
Trabalho dos alunos do ISPA do Mestrado de Psicologia Comunitária na unidade curricular Comunicação e Recursos Bibliográficos sore estratégias de recuperação da informação em recursos de acesso livre (RCAAP e SciELO).
1. Manish Agrawal
E-301, Hall-7, IIT Kanpur, Kanpur, U.P. (INDIA)
Mobile: +91 8765776535; Email: - amanish@iitk.ac.in, manish.biologic@gmail.com
CURRICULM VITAE
Education:
Indian Institute of technology, Kanpur India
PhD in Civil Engineering; Pursuing since 2010 (CPI: 7.33/10)
Major Professors: Dr. Anubha Goel (Assistant Professor)
Vellore Institute of Technology, Tamilnadu India
M.Tech in Energy & Environmental Engineering; 2010 (CGPI: 8.71/10.00)
Major Professors: Dr. Pranveer S Satvat (VIT India) and Dr. Mahindrakar Amit Baburao
(VIT India)
Thesis Title: “Synthesis of fly ash supported transition metal catalysts for environmental
applications”
Rajasthan University, Jaipur India
Bachelor of Engineering in Biotechnology; 2007 (Percentage: 73.45/100)
AWARDS AND FELLOWSHIPS
• Manish Agrawal & Anubha Goel (2015), Quantification and characterization of In-Vehicle
Exposure on city roads in Kanpur, India: Passenger Car vs. School bus, European Aerosol
Conference (EAC 2015), European Aerosol Assembly (EAA) & Italian Aerosol Society
(IAS), Sept 6-11 2015. BEST POSTER & BURSARY AWARD.
• Manish Agrawal & Anubha Goel (2013), Characterization of Carcinogenic Compounds from
Incense burning at Places of Worship, International Workshop on Changing Chemistry in
Changing Climate: Monsoon (C4), IITM Pune, May 1-3, 2013. BEST PAPER AWARD.
• Getting MHRD fellowship for PhD program.
WORK EXPERIENCE
• Teaching Assistant Since 08/2010
Department of Civil and Environmental Engineering, Indian
Institute of Technology (IIT), Kanpur India.
• Tutor for Course COM200: Communication Skills 01/2014-04/2014
Department of Humanities and Social Sciences, Indian
Institute of Technology (IIT), Kanpur India.
• ResearchAssociate 07/2009 - 04/2010
The Energy and Resources Institute (TERI), New Delhi
2. Manish Agrawal
E-301, Hall-7, IIT Kanpur, Kanpur, U.P. (INDIA)
Mobile: +91 8765776535; Email: - amanish@iitk.ac.in, manish.biologic@gmail.com
RESEARCHEXPERIENCE
• Institute Graduate Fellow and Research Assistant Since 2010
Department of Civil and Environmental Engineering, Indian Institute of Technology
(IIT), Kanpur India
Project Based on Characterization of Nanoparticles from Vehicular Emission in Urban
Atmosphere.
Accomplishment:
• The studies provide a preliminary assessment of fine particle pollution levels in Kanpur and
identify the predominant source (in terms of passenger car) of fine particle emissions in
Kanpur traffic. Concepts and parameters developed through this research are transferable to
any similar urban location where measurements of fine particles are scarce and health
impacts due to fine particles exposure have rarely been assessed.
• Research Associate 07/2009 - 04/2010
The Energy and Resources Institute (TERI), New Delhi
Project Based on Synthesis of fly ash supported transition metal catalysts for environmental
applications.
Accomplishment: Fly ash will be used as supportive catalyst with transition metals for
environmental applications as evaluation for carbon monoxide oxidation.
SPECIALIZED TRAINING
• Participated two days (4-5 October, 2013) workshop on “Air Dispersion Modeling” organized
by Envitrans Infosolutions Pvt. Ltd., New Delhi.
• Participated five days (19-23 May, 2014) short term course on “Traffic Data Collection
Methods and Technologies” organized by IIT Delhi, New Delhi under the sponsorship of
Quality Improvement Programme, AICTE, GOI.
WORKSHOP/SEMINAR
• Attend one day (20th February 2013) workshop on “Chemical Metrology: Challenges and
Opportunities in Gases & Aerosols” organized by CSIR-NPL and Metrology Society of
India (MSI).
3. Manish Agrawal
E-301, Hall-7, IIT Kanpur, Kanpur, U.P. (INDIA)
Mobile: +91 8765776535; Email: - amanish@iitk.ac.in, manish.biologic@gmail.com
• Attend 3 days (11-13December 2012) conference on “Indian Aerosol Science and Technology
Association” organized by BARC Mumbai.
• Attend 3 days (15-17 December, 2011) conference on “4th International Congress of
Environmental Research” held at SVNIT, Surat in joint collaboration with the Journal of
Environmental Research & Development and Gujarat Pollution Control Board.
Project/ Internship
1. One year (13th April 2009 – 1st April 2010) project on “Synthesis of Catalyst using Fly Ash
as a Support Material with Transition Metal for Environmental Applications” from
TERI, New Delhi.
2. A project on “Removal of lead from Aquatic Medium by Biosorption using Bengal Gram
and Moong Seeds” from VIT University, Vellore (Tamilnadu) during M.Tech 1st year in
2009.
3. A Project on “EIA report on Fertilizer Industry” during M.Tech first year in 2008 at VIT
University, Vellore, Tamilnadu.
4. 5 Months (2nd February 2007 – 12th July 2007) project training from “JALMA (ICMR), Agra
(U.P.)” in 2007 on “Molecular characterization of mycobacterial isolates by PCRRFLP assay
targeting 65kD gene region”.
5. 40 Days (26th June 2006 – 4th August 2006) Training in 2006 at “State Forest Research
Institute, Jabalpur (M.P.)” on Plant tissue culture and Biotechnology.
PUBLICATIONS AND PROCEEDINGS
Technical Paper
1. Agrawal, M., Modi, A., Satvat, P.S., Batra, V.S. Heavy Metal Toxicity of Fly Ash Exposed
to Acidic Environments. International Journal of Community Science and Technology.
(Accepted and under Publication).
2. Agrawal, M.,Modi, A., Satvat, P.S., Batra, V.S. Fly ash Utilization in Preparation of Nickel-
Catalyst for CO Oxidation. International Journal of Community Science and Technology.
(Accepted and under Publication).
3. Kumar, A., Srivastava, D., Agrawal, M.,Goel, A. Snapshot of PM Loads Evaluated at Major
Road and Railway Intersections in an Urban Locality. International Journal of Environmental
Protection. 2014, 4:23-29.
4. Srivastava, D.; Goel, A. and Agrawal, M. Particle bound metals at Major Intersections in an
Urban Location and Source Identification through Use of metal markers. Proceedings of the
National Academy of Sciences, India Section A: Physical Sciences. Printed online: 04 April
2016. DOI 10.1007/s10661-016-5280-9
5. Agrawal, M. and Goel, A. Impact of variation in traffic flow pattern to Pollutants load at
major Traffic Intersections at an urban location in IGP. (Manuscript under Review).
4. Manish Agrawal
E-301, Hall-7, IIT Kanpur, Kanpur, U.P. (INDIA)
Mobile: +91 8765776535; Email: - amanish@iitk.ac.in, manish.biologic@gmail.com
Technical Presentations (Papers Listed in the Proceedings Section)
1. Manish Agrawal & Anubha Goel (2015), Quantification and characterization of In
Vehicle Exposure on city roads in Kanpur, India: Passenger Car vs. School bus, European
Aerosol Conference (EAC 2015), European Aerosol Assembly (EAA) & Italian Aerosol
Society (IAS), Sept 6-11 2015.
2. Manish Agrawal & Anubha Goel (2014), Assessment of Variation in Cancer risk due to
exposure to ambient air at major intersections in Kanpur city, India, International Congress
on Environmental Health held in Porto, Portugal, September 24-26, 2014.
3. Manish Agrawal & Anubha Goel (2013), Characterization of Carcinogenic Compounds from
Incense burning at Places of Worship, International Workshop on Changing Chemistry in
Changing Climate: Monsoon (C4), IITM Pune, May 1-3, 2013.
4. Manish Agrawal & Anubha Goel (2011), Nanoparticles- The Indian Perspective, 4th
International Congress of Environmental Research, Surat, Gujrat, December 15-17, 2011.
5. Manish Agrawal & Pranveer S. Satvat (2010), Flyash Utilization in preparation of Catalyst
for CO Oxidation, 2nd Emerging Technologies on Sustainable Environment, Aligarh, U.P.,
October 29-30, 2010.
6. Manish Agrawal Deepika Bhattu, Vikash Bhagat, Pranveer S. Satvat (2010), Heavy Metal
Toxicity of Flyash Exposed to acidic Environment, 2nd Emerging Technologies on Sustainable
Environment, Aligarh, U.P., October 29-30, 2010.
7. Vikash Bhagat, Amit B Mahindrakar , Pranveer S Satvat & Manish Agrawal (2010), Lead
Removal From Aquatic medium by Biosorption using activated carbon of Parthenium
Hysterophorous, 2nd Emerging Technologies on Sustainable Environment, Aligarh, U.P.,
October 29-30, 2010.
8. Manish Agrawal & Pranveer S. Satvat (2010), Synthesis of Catalyst using Fly Ash as a
Support Material with Transition Metal for Environmental Applications, 1st International
Conference on Green Technologies for Greener Environment, Meerut, U.P., January 27-30,
2010.
9. Manish Agrawal & Pranveer S. Satvat (2009), Removal of Lead from Aquatic Medium by
Biosorption using Bengal Gram and Moong Seeds, 1st International Conference on Emerging
Technologies in Environmental Science and Engineering, Aligarh, U.P., October 26-28, 2009.