research and development projects in the czech … · research and development projects in the...
TRANSCRIPT
1. 1. Why this information
2. 2. Industrial chemical R&D in the Czech Rep.
3. 3. UniCRE - Example of one R&D project
OUTLINE
1. Einladung
Why this information ?
Tschechien gehört ebenfalls zu den attraktiven Chemiestandorten Europas. Die
dynamische Entwicklung der Automobilindustrie und der damit verbundene
Bedarf an Kautschukerzeugnissen belebt die Branche. Auch die Bereiche
Petrochemie und Agrochemie spielen in Tschechien eine bedeutende Rolle.
Deutschen Unternehmen bietet sich hier ein interessanter Absatzmarkt. Aber
auch als Produktionsstandort wird Tschechien aufgrund seiner Standortvorteile
genutzt, um hier günstig für die Weltmärkte zu produzieren.
1. R&D missing
Research, Development and Innovation in the CR
Research, Development and Innovation Council AV CR – The Czech Academy of Sciences GA AV – Grant Agency of the Academy of Sciences (clo sed in 01/2015)GA CR – Czech Science FoundationTA CR – Technology Agency of the Czech Republic
Research, Development and Innovation in the CR
Research, Development and Innovation Council AV CR – The Czech Academy of Sciences GA AV – Grant Agency of the Academy of Sciences (clo sed in 01/2015)GA CR – Czech Science FoundationTA CR – Technology Agency of the Czech Republic
Institutes (2014) FTE Publications (IF)
Institute of Analytical Chemistry 68 29
Institute of Chemical Process Fundamentals 150 82
Institute of Inorganic Chemistry 68 59
Institute of Macromolecular Chemistry 261 172
Institute of Organic Chemistry and Biochemistry 471 274
J. Heyrovsky Institute of Physical Chemistry 172 188
Fundamental research - ACADEMY of SCI
Institute of Chemical Process Fundamentals
• Molecular theory and computer simulations of liquids
• Thermodynamics of fluid systems and phase equilibria
• Supercritical fluid technology fundamentals
• Advanced separation methods
• Dynamics of multiphase reactors and bioreactors
• Catalytic processes (heterogeneous and homogeneous catalysis,
biocatalysis).
• Chemical, electrochemical and transport processes in a fluidized bed
1. Prague
2. Ústí
3. Brno
4. Zlín
5. Ostrava
Oriented research – research universities with the chemical focus
UNIVERSITY OF CHEMISTRY AND TECHNOLOGY, PRAGUE
THE PLACE TO STUDY/SEARCH CHEMISTRY IN THE CZECH REPUBLIC
32 EUROPEAN FP7 PROJECTS
Water Electrolysis at Elevated Temperatures
Chemical Processing by Swarm Robotics
Contaminants in Food and Feed: Inexpensive Detection for Control of
Exposure
The Millimeter Wave Circular Dichroism Spectroscopy as a Powerful
Tool for the Exploration of Molecules
Preventing community and nosocomial spread and Infection with MRSA ST 398 -
instruments for accelerated controL and inteGrated RIsk Management of antimicrobial
resistance
Carbohydrate Multivalent Systems as tools to study Pathogen
interaction with DC-SIGN
Development and optimization of methods for crude oil, motor fuels, oils analysis and quality assessment, long term storage of crude oil
Alternative fuels, emissions, emission control, evaluation of road bitumen
Analysis and ecological use of solid and gaseous fuels, environment-friendly fuels
Development of new methods for gas treatment, energy production from renewable sources, biomass gasification
Water treatment processes and aquatic analysis, biological nutrient removal, activated sludge separation problems
Biodegradability of organic pollutants, membrane processes, advanced oxidation processes, utilization of wastewaters, organic wastes and sludges as an energy (CH4, H2) sources
Ion exchange and membrane processes for water desalination and environmental applications, energy and heat from biomass and waste fuels
Catalytic, electrocatalytic and photocatalytic processes
Chemistry and technology of pharmaceutical substances
Development of chemical technologies
Functional materials and material technologies
Materials for technical applications
Materials for human health
Development and application of microscopic & microanalytical methods
Chemical informatics & bioinformatics
Alternative energy resources, nuclear energy, corrosion phenomena, stress corrosion, corrosion under supercritical water conditions
Environmental analytics, sampling techniques, waste management
Polluted sites remediation, Life Cycle Assessment, product oriented environmental protection
Brewing and malting, production of biofuels, biotechnology in environmental protection
Applied biology, basic biomedical research, biochemistry and molecular biology
Environmental and food microbiology and genetics, foodstuff, commodity, nutraceutics and environment analysis
Environmental and food microbiology and genetics, foodstuff, commodity, nutraceutics and environment analysisEnvironmental and food microbiology and genetics, foodstuff, commodity, nutraceutics and environment analysis
Food chemistry, food safety, nutrition and human healthFood chemistry, food safety, nutrition and human health
Biologically active compounds, organic synthesis, natural compoundsBiologically active compounds, organic synthesis, natural compounds
Utilization & treatment of by-products and wastes from food industriesUtilization & treatment of by-products and wastes from food industries
Physical, physicochemical and chemical measurements and analyses; advanced separation techniques including chromatographic, electromigration and hyphenated techniques; physical and chemical sensors; molecular recognition
Physical, physicochemical and chemical measurements and analyses; advanced separation techniques including chromatographic, electromigration and hyphenated techniques; physical and chemical sensors; molecular recognition
Food chemistry, food safety, nutrition and human healthFood chemistry, food safety, nutrition and human health
Chemical engineering; modelling and experimental verification of systems involving hydrodynamics, mass transfer and/or chemical reactions; dynamics of chemical and biological systems; chemical robotics
Measurement, analysis, modelling and control of processes and systems of chemical technology, biotechnology and bioengineering; information engineering; signal and image processing; computer vision and control engineering
Dynamical systems theory, advanced numerical methods for stability analysis, lattice dynamical systems, modelling and simulation of supply chains
Biospectroscopy; atomic spectroscopy together with speciation analysis; molecular spectroscopy, including chiroptical methods; high resolution spectroscopy
Molecular modelling and simulation; structural, spectroscopic and thermodynamic properties of environmentally or biologically important substances and their complexes
Unipetrol Centre of Research & Education█ a new research centre
█ focusing on industrial chemistry
What is UniCRE ?
UniCRE building design by ‘David Leon and Associates Design Architecture Consulting’
Funding ERDF: European Regional Development Fund
Timeframe 2010 - 2015
Scope Infrastructure investment, research teams
Staff (2015) 88 (65-75 research personnel)
Total cost 780 mil. CZK (31.2 M€)
Subsidy 592 mil. CZK (24.2 M€)
UniCRE – basic facts
25 CZK/EUR
UniCRE – research orientation
EFFRET
EFFicientREfining
Technologies
ADPET
ADvancedPEtrochemicalTechnologies
RENTECH
Renewable & ENvironmentalTECHnologies
Detailed analyses of feedstocks and products
Catalyst and process testing facility
Preparation and characterization of catalysts
Improvement of economy of existing petrochemical processes
Efficient utilization of steam cracker side products
New monomers for advanced polymer
Non-traditional raw materials for petrochemical applications
UniCRE – core directions
ADPET
ADvancedPEtrochemicalTechnologies
Increasing of automotive fuels quality
Improvement and modernization of refining technologies
Increasing the value of alternative energy raw materials and by-products
EFFRET
EFFicientREfining
Technologies
UniCRE – core directions
Biomass upgrading into secondary raw materials for energy and chemical industry
Catalytic processes for upgrading of renewable raw materials into products with high added value
Environmental adsorption and catalytic technologies
UniCRE – core directions
RENTECH
Renewable & ENvironmentalTECHnologies
Why to cooperate with Czech chemists?
Modern infrastructure
Qualified and highly experienced researchers and technicians
Experience of process development and optimization
Analytical and technological support
Einladung
CONCLUSION
Tschechien gehört ebenfalls zu den attraktiven Chemiestandorten Europas. Die
dynamische Entwicklung der Automobilindustrie und der damit verbundene Bedarf
an Kautschukerzeugnissen belebt die Branche. Auch die Bereiche Petrochemie und
Agrochemie spielen in Tschechien eine bedeutende Rolle. Deutschen Unternehmen
bietet sich hier ein interessanter Absatzmarkt. Aber auch als Produktionsstandort
wird Tschechien aufgrund seiner Standortvorteile genutzt, um hier günstig für die
Weltmärkte zu produzieren.
ErgebnisTschechien gehört ebenfalls zu den attraktiven Chemiestandorten Europas, auch dank
der hochentwickelten Forschung und Entwicklung
Contacts
Areál Chempark, Záluží 1, Litvínov, Postal Code 436 70
UniCRE is a part ofResearch Institute of Inorganic ChemistryRevoluční 1521/84, Ústí nad Labem, Postal Code 400 01Reg. No.: 62243136, TAX ID No.: CZ62243136Phone: +420 475 309 211, +420 475 309 222e-mail: [email protected], www.vuanch.czRegistered in the Commercial Register at the Regional Courtin Ústí n. L., Part B, File 664Banking information: 7009 411/0100, KB Ústí n. L.
the presentation was part of the projectUniCRE – Unipetrol Centre for Research and EducationSupported under the Operational Programme of Researchand Development for InnovationNo. CZ.1.05/2.1.00/03.0071From EU and the Ministry of Education, Youth and Sports funds