Transcript Slajd 1

Barbara Rogosz
Cluster-Dialog Germany-Poland (CDDP)
Final Workshop
Kassel 11.09.2009
CLUSTER for power generation and energy utilization in mega- and nano-scale
The Cluster was established in 2007 by the Wrocław University of Technology
CLUSTER AIMS
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Cooperation between science and industry
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Development of innovation techniques of energy generation in mega- i nano-scale
•
Education activities in power technologies
•
Integration of universities, industry and local authorities
•
Acceleration of knowledge transfer and innovation between industrial, business
and science as well as acceleration of Silesian society development
•
Communication platform
http://www.klaster-energia.wroc.pl
E-mail:
[email protected]
Cluster’s addressee benefits
Citizens
Industry
City
Scientists
Economy
CLUSTER
Region
Students
?
Members of the Cluster
Within the structure of the Cluster there are 16 industrial partners , 4 Universities and municipality of Wrocław
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Wrocław University of Technology
The Silesian University of Technology
Warsaw University of Technology
Opole University of Technology
Municipality of Wrocław
ABB Ltd. Warszawa- Ltd
BIAP Ltd. Wrocław
PGE BOT Turów Power Plant
Energetyka Rokita Ltd. with head office in Brzegu Dolnym
ENEA Kozienice PP
KGHM POLSKA MIEDŹ S.A. With head office in Lubin
KGHM CUPRUM ltd. Wrocław
„POLTEGOR – INSTITUTE” – Mining Institute, Wrocław
IASE Institute of Energy System , Ltd. Wrocław
CHP-Południowo Zachodnia Grupa Energetyczna Ltd. Wrocław
CHP-Przedsiębiorstwo Energetyki Cieplnej Ltd., Jelenia Góra
CHP-Wojewódzkie Przedsiębiorstwe Energetyki Cieplnej Ltd. ( CHP) Legnica
Wrocławski Park Technologiczny, Wrocław
MicroTech Ltd. Wrocław
Vattenfall Heat Poland S.A. Warszawa
VULCAN POWER Ltd., Wrocław
Cluster’s organisation
Cluster COMMUNITY OF KNOWLEDGE AND INNOVATION
Council
Steering board
Industrial
partners
Project’s
liders
Experts
Consortium
Research
institutes
Universities
GR1
GR2
GR3
GR4
GR5
GR6
GR7
GRn
GR = WorkGroup
The fields of potential cooperation
• utilization of alternative energy sources : geothermal, photovoltaic, biomass, waste biomass
• Potential of solid and liquid biomass ; utilization of biomass and waste biomass to production
of high quality of fuel and energy
• Combustion of biomass in small and medium size boiler - optimization of burnout and
emission, certification and Co-combustion of biomass in existing Power &Heat Plants – with
high share of biomass
• Micro CHP (Micro combined heat and power)
• Lignite pre-treatment: UC gasification, Lignite pre-drying etc.
• Clean coal technology:
- Gasification of coal for hydrogen production
- Zero-emission technologies – oxy- fuel, capture technology of CO2 sequestration
and storage CO2 hydrates
• Waste management
• Audits, intelligent management of heat energy demand and supply
• Ceramic fuel cell
„Poltegor-Institute” Institute of Opencast Mining
„Poltegor Institute is a research and development unit with over 50 years history.
Institute employees 76 persons:
2 professors,
18 doctors of technical and natural sciences,
(58 employees with higher education)
Poltegor Institute interdisciplinary teams has access to 11 laboratories, 4 authorized including
Laboratory for Research and Diagnostics of Machines and Devices
Laboratory for Chemical Research on Water
Laboratory for Research on Well Filters
Laboratory for Research on Rock Mass Seismic
Our current projects
 Mechatronical systems for technological processes control and enhancement
of large machines exploitation safety
 Infiltration biochemical preservation and rehabilitation of in-soil-water zones
at municipal water intakes
Propositions of new bilateral cooperation projects
 Underground and surface gasification of brown coal
 Revitaization and development of brownfield and post-mining areas
 Cooperation of renewable and conventional energy sources
Mechatronical systems for technological processes control and enhancement
of large machines exploitation safety
Operational Programme - Infrastructure and Environment
I.3. Supporting innovativeness
Interdisciplinary field of exploatronics in opencast mining
1.
Mechatronical system of continuous diagnostics of effort of
carrying structure and main mechanisms of machines
2.
Complex system of fire hazards monitoring and signaling for
basic machines
3.
Mechatronical system of caterpillar conveyor steering
4.
Mechatronical system of landslide monitoring
5.
Mechatronical system of wheel excavator
Infiltration biochemical preservation and rehabilitation of in-soil-water zones
at municipal water intakes
membran a wewn ętrzna
ze struktury porowatej
membrana zewnętrzna ze
struktury porowatej
inside membrane
made of porous structures
outs ide membran e
made of porou s structure
roztwór
mikrofiltracyjno-sorpcyjny
micro-filtration
and sorption solution
RE
TE
NT
AN
Diagram of biochemical remediation of surface water in controlled hydro-dynamical system of infiltration
T
Application: in water intakes in public utility company; renaturalization of surface waters,
secure storage, full availability of water reserves in case of contamination risk
PO
MP
A
PER
MEA
T
POMPA
Diagram of hydrodynamic module for water purification in
integrated sorption membranous process
Application: in health food production plants,
(sorption-membranous layer is made
of natural geological components)
Diagram of drainage system for intensive purification of contaminated
Application: on contaminated areas
Underground gasification of brown coal
Technological diagram of experimental installation of underground
brown coal gasification
Technological diagram of experimental installation of
underground brown coal gasification
Synthesis gas and liquid fuel production according to Fisher-Tropsch technology
(Linc Energy)
Costs forecasts of energy production from underground gasification
• according to American research - 1,08-1,70 Euro/GJ
• according to Russian research- 0,85 Euro/GJ
Prices are competitive in comparison with average costs of energy production from:
natural gas: 2,0 do 5,0 Euro/GJ; hard coal: 1,5 do 1,8 Euro/GJ
brown coal: 1,25 do 1,5 Euro/GJ
Test stand for brown coal gasification and products
influence on surrounding geological structures
Poltegor was coordinating projects co-financed by EU
“Scenariusze technologiczne rozwoju wydobycia
i przetwórstwa węgla brunatnego”
Bio-technological Conversion of Sludge into Organic Fertilizers
Project co-financed by EU
(EU Program INCO-COPERNICUS)
Partners : “Poltegor Institute”
Partners: - “Poltegor Institut”-coordinator
-Politechnika Wrocławska
- University of Horticulture and Food Industry.
Department of Soil Sciences and Water Management, Hungary
- Akademia Górniczo-Hutnicza, Kraków
- Study and Design Office of Villages Sanitation Ltd, Poland
- Państwowy Instytut Górniczy, Warszawa
- Norwegian Institute for Water Research, Norway
- Główny Instytut Górnictwa, Katowice
- KGHM CUPRUM, Wrocław,
-Instytut Automatyki Systemów Energetycznych – Wrocław
- KGHM Polska Miedź S.A.
- BOT KWB Turów S.A.
- KWB Konin S.A.
- Foundation for Technological and Industrial Research
at the Norwegian Institute of Technology. Applied
Chemistry, Norway
- Bundesforchungsanstat für Landwirtschaft. Institut
für Technologie, Germany
- Nederlandse Organisatie voor Ntuurwetenschappelijk
Onderzoek. Institute of Environmental Sciences,
Energy and Process Innovation, Netherlands
- KWB Adamów S.A.
- ZE PAK S.A.
Total costs: 6 000 000 PLN
Time of realization 06.2006 – 05.2008; 24 months
Costs- 92 219 Euro, (350 205 PLN + 387 000 PLN- Polish Government)
Time of realization- 42 months 1999-2002
Currently Poltegor is participating in HUGE Project
Hydrogen Oriented Underground Coal Gasification for Europe – HUGE
Research Programme of the Research Fund
for Coal and Steel Coal RTD.
Partners:Central Mining Institute, Katowice, Poland- coordinator
Technische Universiteit, Nederlands
Universitaet Stuttgart, Germany
Institute of Chemical Process Fundamentals, Czech Republic
Institut Scientifique de Service Public, Belgium
Kompania Węglowa S.A., Katowice, Poland
BOT Górnictwo i Energetyka S.A., Poland
“Poltegor-Institute, Poland
UCG Partnership, Great Britain
Politechnika Śląska, Poland
National Mining University, Ukraine
Total costs- 3 150 000 Euro
Time of realization 07.2007 – 06.2010; 36 months
Revitaization and development of brownfield and post-mining areas
(Submitted project proposals)
INTERREG IVC
Landscape Vitalisation of former mining sites (LAVITA)
Priority 2- Environment and risk prevention
Leading Partner: Aufbauwerk Region Leipzig GmbH- Germany
CENTRAL EUROPE PROGRAMME
Brownfield regeneration management for sustainable
regional development (BRM unit)
Priority 4 – „Enhancing Competitiveness
and Attractiveness of Cities
and Regions”
Partners: - Municipality of Komló- Hungary
Leading Partner- Usti Region, Czech Republic
- DIADYMA - Waste Management of Western Macedonia S.A.-Greece
Partners - ERGO Umweltinstitut GmbH- Germany
- Environmental Centre of Kozani - Prefectural Enterprise- Greece
- Aufbauwerk Region Leipzig GmbH- Germany
- "Poltegor-Institute" Institute of Opencast Mining- Poland
- The District of Leipzig- Germany
- Burgas Municipality- Bulgaria
- EGW Development Company – Germany
- ELECTRIC POWER INDUSTRY OF SERBIA
Head Department for Energy Production- Serbia
- Gorj County Council- Romania
- LMBV international GmbH- Germany
- Region of Western Macedonia- Greece
- „Poltegor-Instytut” Institute of Opencast Mining
Cooperation of renewable and conventional energy sources
(Submitted project proposals)
CENTRAL EUROPE PROGRAMME
Effective development of dispersed renewable energy
in combination with conventional energy in Regions
(ENERGYREGION)
Energy Efficiency and Renewables for Citizens
Priority 3 – „Using our Environment Responsibly”
Leading Partner: E-zavod Institute for Comprehensive Development
Solutions- Slovenia
Priority 3 – „Using our Environment Responsibly”
Leading Partner : „Poltegor-Instytut” Institute of Opencast Mining
Partners: - Brown Coal Research Institute j.s.c.- Czech Republic
Partners: - Institute Golea
- Institute for Economic and Environmental Policy
University of Economics in Prague- Czech Republic
- University of Natural Resources and Applied Life Sciences
Austria
- SEVEn Energy, Ltd. – Czech Republic
- Belluno Province- Italy
- Udine Provincial Energy Agency- Italy
- E-zavod Institute for Comprehensive Development Solutions
Slovenia
- Polish Foundation for Energy Efficiency- Poland
- “Poltegor-Institute” Institute of Opencast Mining- Poland
- Energy Club Environmental Association- Hungary
- Chamber of Agriculture and Forestry of Slovenia- Slovenia
- Energy Agency Development and Service Public Company
-Hungary
- PORSENNA o.p.s.- Czech Republic
- Energetické centrum Bratislava- Slovakia
- Wrocław Technical University- Poland
- Energy and Environmental Centre Allgaeu- Germany
- IASE Wrocław- Poland
Effective development of dispersed renewable energy in combination with conventional energy in
Regions (ENERGYREGION)
WP-1
Project Management and Coordination
WP-2
Communication, Knowledge management and Dissemination
WP-3
Elaboration of knowledge transfer, know-how, and innovation for effective development of dispersed energy
WP-4
WP-5
Vulnerability assessment
Definition of RES and conventional dispersed energetic sources in Regions and their effective development
WP-6
Definition of level of effectiveness and energy consumption of main brands of production and service in
Regions as well as undertakings aimed at reduction of energy consumption
PROJECT GOALS
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Identification of RES and presentation of possibilities of their utilization
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Elaboration of set of information, know-how, new technologies and innovation
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Elaboration of technology of cooperation between dispersed energy and regional power networks
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Elaboration of prospective indicators of unit energy consumption reduction
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Elaboration and presentation of tested models of development and monitoring of dispersed renewable and
conventional energy
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Presentation of recommendations of tested efficient technologies of sustainable development RES
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Elaboration of innovative activities concerning connection of RES to regional power networks with utilization of
FACTS tools
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Elaboration of integrated technology of wind farms and water power plants and gas power plants
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Elaboration of technology of optimal utilization of biomass by co-combustion in coal fired power plants.
ENERGYREGION
Thank you for your attention