nmcc presentation sept 17 2010-revised-poonam
TRANSCRIPT
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STATUS OF NANOSCIENCE &
NANOTECHNOLOGY IN INDIA
DEPARTMENT OF SCIENCE AND TECHNOLOGYTECHNOLOGY BHAVAN
NEW MEHRAULI ROAD
NEW DELHI 110 016
Presented by
DR. PRAVEER ASTHANAMISSION DIRECTOR (NANO MISSION)
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Nanotechnologyis the understanding and control of matter atdimensions of roughly 1 to 100 nanometers, where unique
phenomena enable novel applications. Encompassing
nanoscale science, engineering and technology.Nanotechnology involves imaging, measuring, modeling, andmanipulating matter at this length scale. It is the collectiveterm for a range of technologies, techniques and processesthat involve the manipulation of matter at the smallest scale(from 1 to 100 nm).
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How the system works?
Develop new synthesis method,
instrumentation, characterization,
new model theory and new
nanomaterials.
Integrate knowledge and technology
to build functional devices, robots,systems, machinery that work at the
nanometer scale.
Produce the nanosclae devices,
robots, systems, machinery in mass
number.
Nanomanufacturing Age
Integration Age
Building Box Age
Nanoscience
Nanotechnology
Nanomanufacturing Age
Integration Age
Building Box Age
Nanotechnology
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Global Nanotech Investment (Million USD)
Source: Cientifica Ltd
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Global Nanotechnology Funding in 2009 in US Dollars
Source: Cientifica Ltd
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Expected Nanotech Related Revenues World wide 2008-11
(Billion USD)
Source: Lux Research 2008
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Source: http://www.worldscibooks.com/nanosci/7224.html
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Source: http://www.worldscibooks.com/nanosci/7224.html
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ORGANIZATIONAL STRUCTURE OF NANO MISSION
Nano Applications and
Technology AdvisoryGroup (NATAG)-
chaired by
Dr. G.Sundararajan
Nano Mission Council (NMC)
at the apex level- chaired by
Prof. C.N.R.Rao
Nano Science Advisory
Group (NSAG)chaired by
Prof. A.K.Sood
Supported by
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NANO MISSION FUNDING MODEL
Grant-in-aid up to Rs. 50 lakh
Interest-free loan up to Rs. 50 lakh
Soft Loan up to Rs. 1 crore @ 1% simple interest
Soft Loan beyond Rs. 1 crore and up to Rs. 10 crore @ 2%simple interest
Soft Loan beyond Rs. 10 crore @ 3% simple interest
The model for financial assistance under Nano Mission is
a combination of the existing models of NMITLI (CSIR),
Drug and Pharma (DST) and SBIRI (DBT)
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NANO SCIENCE & TECHNOLOGY MISSION (NANO MISSION)-DST Launched in May 2007To synergize the R&D efforts in
the Country Allocation of Rs. 1000 crore for 5 years
Objectives of the Nano Mission Basic Research Promotion
HRD Programmes
Infrastructure development
Nano Technology Application Programmes
International Collaborations
THE PROGRAMMES INITIATED UNDER NANO MISSION
12 Units and 8 Centres established
15 PG programmes and 30 PDF
224 Research projects supported An Institute of Nano Science and Technology, Mohali (INST-Mohali)
established
National Centre for Nano Science and Technology, JNCASR,Bangalore (NCNST-Bangalore being established
Centre for Knowledge Management in Nano Technology, ARCI,Hyderabad (CKMNT)
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NANOMISSIONACTIVITIES
INSTITUTION-INDUSTRY LINKED
PROJECTSPPP VENTURES
Funding for Indian scientists toutilize neutron and synchrotronradiation sources abroad
India-Japan Beam Line atPhoton Factory, KEK, Tsukuba(~ $ 4M)calibration runs done;
One beam-line equivalent ofbeam time to be available forassured access by Indianscientists at the PETRA IIIsynchrotron radiation facility atDESY, Hamburg - nano-sized X-ray source - (~ 100 crores)
An Indo-Canada CollaborativeProgramme being developed.
A Collaborative Programmebeing developed with RUSNANOin purely applied areas.
Nano Functional Material
CentreIIT MadrasCarborandum Universal &Orchid Pharma
Nano Technology CentreUniv. of HyderabadReddysLabs
Centre for Interactive & SmartTextilesIIT DelhiARCITextile Industry
Centre for PharmaceuticalNanotechnologyNIPER,
ChadigarhNicholas Pharma Nanophosphor Application
CentreUniversity ofAllahabad
Rubber TechnologyM.G Univ.& Apollo Tyres
INTERNATIONAL COLLABORATIONS
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INDIAN PUBLICATIONS IN NANOSCIENCE &
NANOTECHNOLOGY (1990-2007)
Source: India Science & Technology 2008-A Report By NISTADS
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OUTPUT INDICATORS OF NANO MISSION (DST)
PROJECTTYPE
MANPOWERTRAINED
PUBLICATIONS PATENTS PhDs
JOURNALS CONFERENCE
UNITS 49 592 07 28 62
CENTRES 14 338 12 10 14
PROJECTS2002-04
108 271 120 20 4
PROJECTS2005-08
136
298
128
03
50
TOTAL 307 1499 267 61 130
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SOME ACHIEVEMENTS OF NANO MISSION The discovery of voltage developing across a single walled
carbon nano tube when a liquid flows over it made in the
country at IISc. Already patented. A new generation auto air filter based on nano fibres
developed by IIT Delhi and under industrial trial. A community of 600 researchers nurtured in the country. Over 1500 publications in leading journals.
State-of-the art facilities set up in the country and access tosuch facilities abroad. Increased international collaborative efforts. Organized Four International Conferences Three National Review and Coordination Meetings Four Advanced Schools
TOTAL NATIONAL INVESTMENT FROM 2002 TILL DATE: ~Rs. 850 crore
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Smart and Innovative Textile Materials
Indian Institute of Technology Delhi
Under DST project, IIT-Delhi has developed silver nanoparticle
based antimicribial finish which is stable for several months and
doesn not impart undesirable colour to the fabrics on application.
The finish that give nearly 100% activity is durable to over 30
washes.
IIT-Delhi has also developed a water based self-cleaning nanofinish
that is stable for several months and can be easily applied to textile
substrates. The finish on application has high durability and gives
very high activity of self cleaning (upto 80%) on exposure to
Sunlight.
Both of the above technologies have been successfully transferred to
Resils Chemicals P. Ltd., Bangalore, which is Asias largest
speciality textile chemical company.
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IIT-Delhi has also developed prototype autmotive oil filters
with filtration efficiency of upto 99% for 1 m size standard
dust without sacrificing their dust holding capacity. Currently,
the efforts are being made to standardize the process for field
trials.
Prototype of automotive filter using Nanowebs
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18
Nano Applications and Technology Development
Programmes (NATDP)
Under the Nano Mission, the Nano Applications
and Technology Advisory Group (NATAG) has
proposed the seed stage funding through the
Proof of Concept (PoC) programme. Under this programme, grant up to Rs. 50 lakh
is proposed to individuals who are affiliated with
either Academic Institutions or Universities,
National or iIdustrial R&D Laboratories or
Technology Business Incubators (TBI). This
programme is likely to be launched shortly.
SOME ACHIEVEMENTS FROM FROM
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SOME ACHIEVEMENTS FROM FROMAIDED INSTITUTIONS-DST
The process for synthesis of nanosilver suspension with a shelflife of 6 months for use as additives to textile fabrics for anti-
bacterial applications - ARCI Nanosilver based candle filter for water purification i.e. removal
of bacteria - ARCI
Nano based zinc oxide bulk samples for varistor applications -ARCI
Nano titania powder based textile additives for providing easy-to-clean property - ARCI
Research on physics of size reduction to nanoparticles-SNBose
Physical measurements on single nanowires - SNBose
Research on Carbon Nanotube based materials for opto-
electronics - RRI Doped nanomaterials for biophotonic applications, quantum
structures-IACS
Relaxation dynamics in superionic glass and nanocomposites -IACS
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Commercial Nanosilver-coated ceramic candle filters for
drinking water
(Technology developed and transferred by ARCI)
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Nanotechnology Initiative Programmes
by
Department of Information Technology
Key areas : Nanoelectronics
Nanometrology
Technology development
Infrastructure creation and Capacity building
Human resources
Industry promotion
Budget
FY 2008-09. Rs. 30-35 Cr.
FY 2009-10 Rs. 80 Cr.
FY 2010-11. Rs. 100 Cr.
P j t i iti t d i 2004 ith t t l tl f b t R 300 C
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Projects initiated since 2004 with total outlay of about Rs. 300 Cr. Centres of excellence in Nanoelectronics at IIT Bombay & IISc Bangalore @ Rs100 cr
for development of Nanometrology at NPL Delhi @ Rs. 14cr.
Indian Nanoelectronics Users Program(INUP) at IIT Bombay & IISc.
Development of MBE cluster tool based epitaxial infrastructure for compound
semiconductors @ Rs. 50 cr. Non-silicon based nanofabrication and nanoscale devices at IIT Delhi @ Rs. 50 Cr. III/
V Group Compound Semiconductor based Quantum Dots Technology with a budget of
Rs.11.48 crore.
In addition, about 24 medium & small size projects at various organizations in the area
of carbon nanotubes, nanosensors, quantum dots based devices, porous silicon,
nanosliver, nano magnetic materials for applications like LEDS, disease diagnosticsand drug delivery, display, gas sensors, high speed and high performance devices and
simulation and modeling.
Centers Established
Nanoelectronics Centres at IIT Bombay & IISc Bangalore.
Nanometrology for Nanotechnology at NPL.
Development of MBE cluster tool based epitaxial nano-semiconductor
infrastructure and process integration facility at IIT Kharagpur.
Indian Nanoelectronics Users Program (INUP) at IISc- Bangalore and IIT-
Bombay.
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Major Achievements
Infrastructure
A nanoelectronics centre has been established at IIT Bombay housing state of the artnanofabrication and characterization equipment for R&D and expertize generation with access to
all nanoelectronics researchers in the country. This facility currently counts among the worldsvery few 8 inch CMOS facilities at an academic institution.
A Nanoelectronics Centrehas also been established at IISc Bangalore for R&D and expertizegeneration with access to various nanoelectronics researchers in the country.
Nano-metrology facility at NPL:In the area of nano technology, the challenges also includemeasurement of nano dimensions, nano electrical properties etc.
Transferred Arc Plasma Reactor (TAPR) at CMET: For structural applications such asproduction of ceramic, a process capable of producing large quantities of nano particles isnecessary. Transferred-arc plasma generation system have capability to produce nano particle atthe level of a few Kg/h needed for industrial scale production. A Transferred Arc Plasma Reactor(TAPR) has been installed and commissioned at C-MET, Pune for large-scale generation of nano-sized metals/metal oxides/metal nitrides.
DPN lithography facility at CEERI Pilani:Dip-Pen-Nano writing (DPN) based nano-patterning
facility has been setup at CEERI, Pilani. This DPN lithography facility will serve as a powerfulnanofabrication tool in a number of applications including for biosensor arrays, photonics andnano-circuitry.
A state-of-art facility and multidisciplinary expertise has been created for development of bio-nanosensors for healthcare and agriculture application at CSIO.
The facilities at various academic and R&D organizations have been augmented with additionalequipment to take up R&D activities
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Porous nanocrystalline silicon is found to be a good material for sensor devices because of its
high piezoresistive coefficient compared to that of monocrystalline silicon. A nanocrystalline
silicon MEMS pressure sensor in the range of 1mbar to 1bar has been designed, fabricated and
tested in the lab at Jadavpur University, Kolkata. A process has been developed for the generation of Silver Nano powder at 200gm batch level at
C-MET. Nanopowders of noble and transition metals are useful for various applications
particularly for electronic packaging and optoelectronics.
A technology for growing size and shape controlled Ge quantum dots with excellent optical
properties has been developed.
A Silicon Locket has been developed which is an efficient and intelligent remote healthcaresystem for cardiac diagnostics, embedded into an ultra small form factor. The system is a web
enabled heart monitoring device with a host of advanced features to accelerate modern
telemedicine schemes at IIT Bombay
Silicon nanoparticles have been synthesised on silicon substrate with different insulating layers
SiO2/Si3N4, by two different processes namely, Low Pressure Chemical Vapor Deposition
(LPCVD) and Plasma Enhanced CVD (PECVD) at CEERI Pilani. A software has been developed for the calculation of nano measurement uncertainty in the
project at National Physical Laboratory, New Delhi.
Technology Development
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Some Patents
Single Halo DeMOS for robust protection in advanced high voltage CMOSUS patent
A DeMOS Device realized using dual STI processUS patent
Microheater based explosive sensorIndian patent
Independently Driven Double Gate (IDDG) nonvolatile floating gate analog memory cellIndian
patent
Method and device for determining ionizing radiationIndian patent
A novel dry method of surface modification of SU8 for immobilization of biomolecules using hotwire
pyrolytic processIndian patent
Method for doping a fin based semiconductor deviceUS patent
Integrated pressure and temperature sensor based on porous siliconIndian patent.The fully automated dynamic gas sensing measurement set up- Indian patent
Sandwich Tunneling Barrier FET- Indian patent
An IGBT device with plugged-in SCR for robust ESD protection in FinFET technologyUS patent
A Novel Architecture for Improving Slew Rate in FinFET-based Op-Amps and OTAs - US patent
Dual Gate STI DeMOS for improved mixed signal and hot carrier behavior- US patent
Low-Energy Successive Approximation Register Analog to Digital Converter Technique and Circuit-
Indian patent
Process for Novel Multi-ferroic based MEMS Actuators functioning at Room Temperature- Indian
patent
A Novel Process for the reductive polymerization of 3,4-ropylenedioxythiophene derivatives-Indian
patent
Microcantilever Based Biosensor with Electrical Read-out Method- Indian patent
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Nanotechnology Initiative Programmes
by
Department of Biotechnology
DBTFocus on: Bioengineering
Nanoscience and nanotechnology applications in medicine.
Nanobiotechnology
The thrust areas for future research and development include:Agriculture.
Medicines.
Aquaculture.
Drug development & delivery vehicles.
Development of nanoparticles based pesticides.
In packaging of food & agro products.
Environment.
Diagnostics.
Toxicological profiling & their commercialization.
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DBT Programme on Nanotechnology Initiative
Projects Sanctioned
FY 2007-08 44
FY 2008-09 28FY 2009-10 8
Various projects have been sanctioned in the areas which are
related to Nanotechnology:
Basic Research Modern Biology
Nanoscience
Bioengineering
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Nanotechnology Initiative Programmes
by
Indian Council of Medical Research
ICMRKey areas: Nanoscience and nanotechnology applications in medicine.
Nanobiotechnology
Drug delivery systems
Antitumor nanoparticles development & characterization.
Bioactive molecules
Development of some nanoparticles which can be potentially used for medicinalapplications.
ICMR has funded 7 projects in the area of nanomedicines
and drug delivery system development.
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Nanotechnology Initiative Programmes
by
Council of Scientific & Industrial Research (CSIR)
The specific areas of R&D in Nanoscience and nanotechnology being pursued in thelaboratories of CSIR are:
Nanoparticle based nucleic acid and drug delivery.
Inorganic-peptide based scaffolds for tissue regeneration.
Biosensors based on semiconductor devices to detect clinical analytes.
Protocols for production of Nanoparticles using microorganisms.
Nanoparticles based in vivo and cell fate imaging using fluorescence and Nuclear
magnetic resonance
Polymer-Calcium hydroxyapatite nanocomposites.
Biocompatible scaffolds for tissue engineering and biotechnological application.
Wear and oxidation resistant superhard composite coatings.
Rapidly solidified magnetic materials for sensors, transformers.
Ferrofluid for low friction magnetic bearing.
Al-, Mg- based light weight high strength materials
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Major projects in the pipeline
In the 11thFive Year Plan, CSIR is running following two R&D projects in the
area of Nanoscience and Technology in Network mode:
Nanomaterials and Nanodevices for applications in Health and Disease at
Centre for Cellular and Molecular Biology, Hyderabad.
Nanostructured Advanced Materials at National Metallurgical Laboratory,Jamshedpur.
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CENTRAL MANUFACTURING TECHNOLOGY INSTITUTE,BANGALORE
A Nano Manufacturing Technology Centre has
been established at Central Manufacturing
Technology Institute, Bangalore which would
focus on machining and measurements
including:
R&D activities on Product Development and
Process Development.
Services in Manufacturing and
Measurements.
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Developed a method to electro spin fibrin which is a natural protein
without using toxic solvents such as HFIP.
Fabricated 3D multi scale scaffolds of electro spun fibers by matrix
embedding method.
Synthesized fibrin nanoparticles through a surfactant free green route
which has potential applications in Tissue Engineering such as controlleddelivery of growth factors, differentiation factors and angiogenic modulators
tec.
Uniform nanostructures were developed on metallic Ti surface by
hydrothermal treatment for cardiovascular which enhanced the endothelial
cell attachment and proliferation and hence could be a promising approach
for improving the efficacy of coronary stent.
Some Achievements from Center for Nanotechnology at
Amrita Center for Nanoscience Kochi
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Thank You