Nanotechnology Incubator

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Nanotechnology

Incubator

Nanotechnology Incubator and Its Innovation

Ecosystem

Dr. Servando Aguirre-Tostado

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Nanotechnology

Incubator

4th UTEN Workshop, Nanotechnology and Life Sciences, Lisbon, September 2011

ci8es in the world. Program Development • Vision • Model • Structure • Planning Consolida?on Take-‐Oﬀ Acelerac?on Metrics: •  Economy •  Human Capital •  Technologies •  Competitiviness •  Life Quality •  R & D 2003 -‐ 2009 2009 -‐ 2015 2015 -‐ 2021 2021 -‐ 2030

In

di

cato

r

Society and Economy based on knowledge :

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Nanotechnology

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Insertion in the scientific, techonological and innovation dynamics of

the state

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7 BASIC STRATEGIES:

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Redesigning the educa8onal agenda in Nuevo León.

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A`rac8ng Research and R&D centers to the State (Research and

innova8on park).

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Promo8on of innova8on in exis8ng companies, universi8es and

research centers.

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Crea8on and a`rac8on of emerging technology businesses.

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Crea8on of a set of ﬁnancial instruments and funds to support

innova8on

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Improving of urban infrastructure.

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Enterpreneruship Model

Innova8on Based Business Incuba8on Venture Capital >5M USD R & D Incuba-‐ tors Seed Funds < 200K USD Nes8ng Angel Capital 200k-‐5M USD Ideas

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Technological Based Incubators

Need to create high-tech businesses

• Nanotechnology

• Biotechnology

• Sustantable houses

• Information technology

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•  Area of 70 Hectare (173 acres)

•  9 University Research Centers

•  9 Government Research Centers

•  12 Private Research Centers

•  3 High Tech Business Incubator

•  3500 Scien?sts & Engineers

•  Recrea?onal areas

• $100 million USD in urbaniza?on

• $200 million USD invested by

ins?tu?ons and companies

•  100% water recycling

• 2011: Expansion to 50-‐70 Ha.

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Nanotechnology

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4th UTEN Workshop, Nanotechnology and Life Sciences, Lisbon, September 2011 2 Ha Par kin g 0.5 Ha In cu bad or a Bio te ch In cu bad or a N an o Autopista al aeropuerto IIP UT

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Instituto del Agua

(IANL) 100% Centro de Investigación y Estudios Avanzados (CINVESTAV) 100% Centro de Ingeniería y Desarrollo Industrial (CIDESI) 100% Centro de Innovación Investigación y Desarrollo en Ingeniera y Tecnología (CIIDIT de la UANL) 100% Centro de Investigación en Materiales Avanzados (CIMAV) 100% Centro de Innovación y Diseño Estratégico de Productos (CiDEP del ITESM) 100%

(May 2011)

Monterrey IT Cluster 95% Motorola 100% Incubadora de Nanotecnología 100% UT-Austin _100%

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Nanotechnology Incubator

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• Bulding:

1,500 m

2

• Investment:

7M USD

• Personel

: 3 PhDs, 1 MC, 4 Eng.

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Principales aplicaciones de la Nanotecnología

Mejoras deseadas mas relevantes:

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Superﬁcies autolimpiables

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Poder an8bacterial

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Mejoras en propiedade mecánicas

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Resistencia química

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Resistencia al medio ambiente

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Resistencia a la corrosión

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Resistencia al desgaste

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Resistencia al agrietamiento

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Basic Science Research Applied Research Experimental Technological Development Development of Products and Processes New Products and Businesses

PRE-COMMERCIAL STAGE COMMERCIAL STAGE

RESEARCH AND TECHNOLOGIAL DEVELOPMENT GENERATES SOLUTIONS

MERCADO

Needs stated by market

NEW PRODUCTS AND BUSINESS OF HIGH ADDED VALUE COMMERCIAL APPLICATION INDUSTRIAL SCALING PRODUCT-PROCESS PROTOTIPE APPLIED KNOWLEDGE FRONTIER RESEARCH

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Tradicional Incuba8onModel

• Diagnostic

• Pre-incubation

•  Business Plan •  Starting of Business

• Incubation

•  Operation

• Post-incubation

•  Consolidation •  Business Growth

3-4 stages

0

1

2

3

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Business incubators

•  Nowadays there is an infrastructure of 14 incubators and more than half are in technology.

–  Business Incubator High Technology ITESM Campus Monterrey

–  Business Incubator High Tech UANL

–  Business Incubator UR

–  Business Incubator UNITEC

–  Business Incubator UDEM

–  NanoTech Incubator (PIIT)

–  BioTech Incubator (PIIT)

–  Business Incubator High Tech University of Arizona (PIIT)

•  Nuevo León has renewed its entrepreneurial, so that has encouraged the crea8on and

opera8on of most business incubators and accelerators, which develop and enhance new business interna8onally, with par8cular emphasis on technological and innova8on base, in order to generate wealth and na8onal and regional sustainability.

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Technology Based Incubators in the PIIT

• R & D

• Sci-Tech Consulting

• Product Development

• Prototype Development

The NL state Incubation Model adds to the

traditional model the followings:

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Idea Concept Func8onal _Prototype Commercial _Prototype Start of the Business

Accelera8on

Product development

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INCUBATION MODEL

Pre-‐Incuba?on Incuba?on Post-‐Incuba?on Diagnos?c Business Plan, Func8onal Prototype And Intellectual Property •  Market evalua8on •  Development at proof of concept level •  Func8onal prototype • Commercial Prototype • Business Start • Take-‐oﬀ 24 -36 months Company With sales and jobs

Volume of Sales Market Posi?oning

12 - 24 months 6 - 9 months

Laboratories, Oﬃce space, Networking, and funding. Business and technical consul8ng, Intellectual Property

Project Evalua8on

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SERVICES

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FABRICATION OF NANOMATERIALS AT PILOT SCALES

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NANOPARTICLES

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SUPPORTED NANOMATERIALES

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NANOCOMPOSITES

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NANOSTRUCTURED COATING

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PROCESS SIMULATION

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BUSINESS CONSULTING

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TECHNICAL ASSISTANCE

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MARKETING CONSULTING

Incubator of Nanotechnology

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USERS

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ENTREPRENEURS

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SCIENTIST

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NEW COMPANIES

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EXISITING COMPANIES WITH R&D PROJECTS

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PHYSICOCHEMICAL METHOD

Fabrication of nanoparticles, especially metal oxides, like titanium oxide, with production levels of kg/h.

Applications: cosmetics, papers, paints, and plastics, among others.

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WET CHEMISTRY METHODS

Fabrication of nanoparticles by chemical methods that lead to the production of a wide variety of products, such as metal oxides, metals, metallic chlorides, semiconductors and compound materials, at a production scale of kg/h.

Applications: electric industry, ceramics, coatings, and

plastics, among others.

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INCUBADORA DE NANOTECNOLOGIA

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CARBON NANOTUBES

A new machine with a production scale of kg/day, capable of fabricating various types of carbon nanotubes by pyrolysis.

Applications: electronic industry, plastics, metals, batteries,

catalysis.

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AEROSOL ASSITED - CVD

New equipment capable of performing deposition of nanostructured coatings on a flat surface area of 30 x 30 cm2 – it may be glass, metal, ceramics, or polymers.

Applications: coatings for the glass industry, plastics, metallic or ceramic pieces.

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FUNCTIONALIZATION

A system for the functionalization of nanoparticles to assure dispersion and bonding with a production capacity of kg/h, in a wide variety of products, like carbonates, hydroxides, oxides, metals, compound materials, and graphene.

Applications: incorporation into plastic matrices, like polyethylene, polypropylene, PET, PVC,

ABS, and polystyrene, among others, using mixers and extruders .

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• NANOCOMPOSITES

Fabrication of nanocomposites using extruders with the best technology, to increase nanoparticle dispersion to obtain high-quality products.

Applications: Plastics for pipes, home appliances, cable coatings, food packaging, electronics,

and plastic shapes, among others.

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• Aging

• Mechanical properties

• Antibacterials properties

• Electrical properties

• Optical properties

Tes8ng Lab

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Incubation Projects

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• An8bacterial Toilets

• UV Resistant Non-‐woven Tex8les for Agro Industrial Applica8ons

• EPS Insula8on Environmentally Friendly

• High Temperature Silicon Sealant for Automobile Applica8ons

• Low Fric8on Coeﬃcient Motor Lubricant

• Hydrophobic Paper

• PVC an8bacterial Pipes

• Business Incuba8on

–  Nanomateriales S.A. de C.V. –  Undermicro S.A. de C.V.

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Pilot Plant Production of Nanomaterials

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HIGH TEMPERATURE SILICON SEALANT

FOR AUTOMOBILE APPLICATIONS

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LOW FRICTION COEFFICIENT MOTOR LUBRICANT

FOR AUTOMOBILE APPLICATIONS

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•  Hydrophobic Surfaces •  Fotocatalitic Surfaces.. www.undermicro.mx

BUSINESS INCUBATION

UNDEMICRO S.A. DE C.V.

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•  Antibaterial nanomaterials for cermics.

•  UV filtering nanoparticles..

www.nanoateriales.com.mx

BUSINESS INCUBATION

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Process scale up

• An8bacterial solu8on

• Wet chemistry

• Semi-‐automa8c plant

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Technical Team (CIMAV)

Dra. Fátima Pérez, Nanocompuestos y Funcionalización

Dr. Oscar Vega, Recubrimientos por CVD

M.C. Guillermo Acosta, Vía Húmeda y Fisicoquímico

Ing. Beatriz Ortega, Nanotubos de Carbono

Aldo Adame, Nanocompuestos y Funcionalización

Obed Ramírez, Vía Húmeda y Fisicoquímico

Rodrigo Contreras, Nanocompuestos y Funcionalización

Support Team(CIMAV-I2T2)

Carlos Rivera, Gerente

Humberto Dardón, Coordinador Administrativo

Jessica González, Asistente Administrativo

Gerardo Canizales, Mantenimiento

Oziel Tobías, Mantenimiento

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Nanotechnology

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Parque de Innovación e Inves8gación Tecnológica (PIIT) Ave. Inves8gación No. 305

Apodaca, N.L., México www.mtycic.com.mx

CONTACT

Dr. Servando Aguirre Tostado servando.aguirre@mtycic.org

Tel. +52 (81) 8286-6610

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Nanotechnology Incubator

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Nanotechnology

Incubator