Transcript Slajd 1 - wnp.pl

CC PolandPlus
Clean Coal Technologies
Tomasz Szmuc
[email protected]
EEC 2010, Katowice 1 June, 2010
CC PolandPlus - Main Partners
Crude oil production
refining and distribution
AGH University
of Science and Technology
Jagiellonian University
Institute of Chemical
Processing of Coal
Oil and gas exploration
production
Production, distribution
of energy
Silesian University
of Technology
Central Mining Institute
Wrocław University
of Technology
EEC 2010, Katowice 1 June, 2010
Boilers
manufacturer
Manufacturer
of chemicals
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CC PolandPlus - localization
Industry
Univers./
Res.Instit.
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Clean Coal Technologies
Thematic areas
1. Development of coal/lignite gasification
technologies
2. Improving efficiency of energy production and
reduction of emissions
3. CO2 geologic sequestration
4. Nuclear co-generation. Nuclear – coal synergy,
including recycling of CO2
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Development of coal/lignite
gasification technologies
1. Coal ranking for gasification in respect of CO2
reduction
2. Model of coal gasification kinetics
3. Thermodynamic model of gasification with CO2 enriched
blow
4. Aerodynamic model of gasification reactor
5. Pilot plant testing data
6. Process package for gasification
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Development of a coal gasification
technology for high-efficiency fuel and
power production
Project budget
89.8 mln PLN (22.5 mln Euro) including:
• 80 mln PLN (ca. 20 mln Euro) –financial support of NCBiR
• 9.8 mln PLN (ca. 2.5 mln Euro) –contribution of Commercial
Partners
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Improving efficiency of energy
production and reduction of
emissions
1. Identification of prospective areas
for enhancing efficiency and
reduction of emissions.
2. Fundamental physical and computational
studies on development of technologies.
3. Tests in pilot scale and optimisation.
4. Estimation of economic and social
impacts of the project. Deployment
and comercialisation.
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CO2 geologic sequestration
1. Decrease the cost of CO2 geologic sequestration by developing
innovative optimization methods for sequestration technologies, with
collateral economic benefits such as enhanced oil recovery (EOR),
enhanced gas recovery (EGR), enhanced coal bed methane (ECBM)
and storage in aquifers.
2. Minimize risk of geologic sequestration by (1) providing the
information needed to select sites for safe and effective sequestration,
(2) increasing confidence in the effectiveness and safety of sequestration
by identifying and demonstrating cost-effective monitoring
technologies, and (3) improving performance-assessment
methods to predict and verify that long-term sequestration
practices are safe and effective and do not introduce any
unintended environmental impact.
3. Lowering the time implementation by (1) pursuing
early opportunities for pilot tests with our industrial
partners and (2) gaining public acceptance.
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Distribution of sedimentary
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Nuclear co-generation. Nuclear –
coal synergy, including of recycling
CO2
1. Analysis of usage HTR for water splitting, coal
gasification, generation of high temperature
steam industrial technologies.
2. Projects and construction of demo-installation for
electrolytic water splitting using out of peak power
from power plant.
3. Project and construction demo-installation for conversion of CO2
into synfuel, alcohols and hydrocarbons, using of H2 from splitting
of water. Study about CO2 recycling. Economical studies of CO2
conversion using heat from nuclear reactors.
4. Projects and demo-installation high temperature exchangers for
steam production with heat from light water reactors, and heat
exchangers for high temperature reactors.
5. Applications of selected projects in industry and tests.
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Design of CC Projects
1. Thematic Workshop on Clean Coal
Technologies – AGH 25 May 2010.
Presentation of proposals and fields
of cooperation.
2. Collecting of project proposals and clustering
by thematic coordinators. First draft of Proposals
before 20 June.
3. Discussion and evaluation of the Proposals –
decision and incorporation to Business Plan of CC –
till 30 June 2010.
4. Application for Annual/Triennial Grant submitted to
EIT.
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Educational Plan
PolandPlus
AHG+SUT
2010
2011
2012
PhD in CCT
0
10
15
MSC in CCT
0
15**
30
PhD in
SustEnergy
5*
10
15
MSC in
SustEnergy
0
30***
40***
KIC - level
*)
- PhD in Smart Grids Technological Platforms (Selelect+
coordinated ny KTH)
**) - MSc in Gasification of Coal
***) - MSc in: Smart Grids Technological Platforms,
Sustainable Fuel Economy,
Sustainable Energy Development
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Organization of CC PolandPlus
General structure
EIT
SE/A
C/F
C/F
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SE/A
C/F
C/F
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Organization of CC PolandPlus
Next steps
1. Decision on company/foundation as legal
of CC PolandPlus (30 June 2010).
2. Creation of legal structure of CC Poland
Plus and election of related bodies.
3. Office for CC PolandPlus headquarters
before 15 October 2010.
4. Full operational functionality – before 1 January 2011.
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