josé carlos lopes - innovation, creativity, capital a... · ictpi 09 promotors /team 13 /21 josé...
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José Carlos LopesChemical Engineering professor, FEUP
Chairman & CTO, FluidInova
28 de Julho de 2009
ICTPI 09
Company Fluidinova a spin-off company from FEUPUniversity of Porto Engineering School
Transfer to the industry of technology developed at LSRE, Laboratory of Separation and Reaction Engineering.
ConstitutionIn October 2005, and active since December 2005.
BaseTECMAIA - Parque de Ciência e Tecnologia da MaiaMaia, Portugal
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Bases for FLU tech15 years R&D at
Research grants FCT
European R&D programs
State Associate Laboratory
Human resources
Spin-off from FEUP 4 pending patents
4 registered marks
Instituitional support
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Memory of R&DCiência PBIC-ReactoresMult
Joule2 - Mixing
BRITE-ADMIRE
PRX-MixingSTRD-CatalPRX-PorousMedia
CINPCT-Mixing
PCT-Porous
AdDP
ReEquip
VGM MP AMT PS RJSMIN CFC
PEL
AAM
MINRJSLXJ
RGS
Proj
ects
Post
grad
uate
sLa
ndm
arks
UCat
EE PJG PSM MFM
RobPaint PP
RimCopP
NetMix
BPCUF
1990 1995 2000 2005
50
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Promotors /Team 13/21
José Carlos Lopes LSRE/FEUPRicardo Luz Gestluz Consultores, Lda Rui Lopes ChangePartners, S.A.Madalena Dias LSRE/FEUPRenato Sousa LSRE/FEUPPaulo Gomes LSRE/FEUPAntónio Paulo Moreira ISR/FEUP Mário Rui Costa LSRE/FEUPViviana Silva LSRE/FEUPPaulo Malheiros ISR/FEUP Paulo Costa ISR/FEUP Nuno Mendonça Hispanor, LdaRui Vaz Sousa Grupo SEDA, BarcelonaAndré Teixeira Amorim CorticeiraMarta Luz Universidade Católica
Filipe Madureira LSRE/FEUPAntónio Gouveia FEUPPaulo Quadros FCTUCJoana Cardoso FEUPAlexandre Beirão UACácia Almeida UMAntónio Azevedo FEUPDaniela Correia FEUPMarisa Rodrigues FEUPPedro Afonso FEUPTiago Araújo FEUPRui Faria FEUPErdem DemirCristina Maia, CEO UM
22 People, 14 Bs.C. + 7 Ph.D.
Shareholders 15
ChangePartners SCR, FCR FastChange
PME Investimentos, NEST, FSCR PME/IAPMEI
FEUP
4 BusinessAngels
8 Private investors
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Services & ProductsFluidinova is active in 4 major business areas:
CFD services in Environment and Industrial Processes
New control technology Reaction Injection Moulding machines
Network static Mixer for new mixing equipment, reactors and processes
Nanoparticles line of calcium phosphate products using NETmix reactors
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ICTPI 09
RIMcop ®℗pending
Reaction Injection Moulding with controlled oscillation and pulsationan innovative way of control and design of reactive plastic injection moulding which enables the development of new RIM machines of simple operation and high production versatility.
Controlled Jet Impingement
RIM process
Optimized mixing
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ICTPI 09
RIM - Reaction Injection MouldingInvented at Bayer, Germany, 60’s.
Moulding process technology
Productions of plastic components
Foams, elastomers and composites
Polyurethanes, automative industry, ...
RIM Technology
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Pending patent in the countries:PortugalEUUSAMexicoBrasilIndiaJapan
RIMcop Patent
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RIMcop Control
LIF experiment28 de Julho de 2009
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RIMcop Pulsation
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RIMcop Composites
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Services ®℗
Innovative Static Mixer Technology
New concept for mixing of liquids based on a network of static mixers
Control of fluid micromixing in an optimized and reproducible way, essential to the control of complex reactions.
The technology enables the design of new chemical reactors, for the production of nanomaterials and micro-emulsions in pharmaceutical products, high-added value chemicals and explosives.
experimental mixing
CFD prediction
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N ETm patentPatented in the countries:
EU
Pending patent in the countries:USAMexicoBrasilIndiaJapan
´
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Network of mixing chambersTransport nertworkMixing chamber
idea
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CFD
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Mixing
Bluedye
experiment 2004
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FluidINOVA, using the NETmix® technology, developed and patented in partnership with INEB, National Institute for Biomedical Engineering, a new process for controlling at the molecular level the calcium and phosphate reaction to produce hydroxyapatite nanoparticles, creating a novel product line - nanoXIM•HAp.
HAp, hydroxyapatite is a biomaterial used in production of bone grafts for orthopedic and dental applications, and for coating of metallic implants.
In the pharmaceutical field, HAp nanoparticles, are being used as a bioresorbable carrier material for controlled drug delivery in the treatment of diseases such as cancer, osteoporosis, osteomyelitis and diabetes.
Comestics and chromatography.
2008
HAp crystalHeight = 1,8 nmDiam = 1,4 nm
HAp nanorod5 layersDiam = 13 nm
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patent 2008Pending patent in the countries:
PortugalEUUSAMexicoBrasilIndiaJapan
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process 2007
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plant 2008
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industrial product - spray dried powder•HAp
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HAp nanoparticles•HAp
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HAp nanocrystals HRTEM •HAp
Ca atoms visible in a perfect crystalline lattice
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FluidInova, Engenharia de Fluidos, S.A.TECMAIA - Parque de Ciência e Tecnologia da Maia
Rua Engº Frederico Ulrich, nº 26504470-605 Moreira da Maia
PORTUGAL
28 de Julho de 2009