CCT 2015 Programme – Day 1
Monday 18th of May 2015
Aula Mala
Aula Mala | Aula Średnia | Sala Seminaryjna
Gasification of low rank coal
Dr Christiaan van der Meijden, ECN – Netherlands
Small-scale (<5MWe) catalytic fixed bed gasification for remote site power generation
Dr Nikolai Kinaev, Strategic Energy Consulting – Australia
Studies on CO2-enhanced gasification of coal in a circulating fluidized bed reactor
Mr Grzegorz Tomaszewicz, Insitute for Chemical Processing of Coal – Poland
Effect of operation parameters on the performance of hot gas clean-up technology with a moving granular bed filter
Dr Yau-Pin Chyou, Institute of Nuclear Energy Research – Taiwan
ANCR© – the new flue gas cleaning technology – Case Studies
Dipl Ing Andreas Anderl, MAL – Germany
Optimization of heat rate and emissions with advanced controls
Jim Sutton, Alstom Power – USA
Combining OFA Iances with SNCR technology – A promising approach to minimising NOx emission of lignite-fired power plants
Dr Thomas Hilber, Alstom Boiler – Germany
SNCR Retrofit of a Lignite Power Plant to Meet the new ECC NOx-Limit of 200mg Nm³
Mr Zoltan Teuber, ERC – Germany
Integrated capture of SO₂ and CO₂ in a post-combustion capture pilot plant – an anime-based case
Dr Erik Meuleman, CSIRO – Australia
Modeling analysis of novel solvent regeneration through direct steam stripping
Mr Jiahui Lu, EDF China – China
Experimental validation of split flow modification of an anime-based post-combustion CO₂ capture process
Mr Marcin Stec, Institue for Chemical Processing of Coal – Poland
Equilibrium solubility of CO₂ in 2-amino-2-methyl-1-propanol solvent promoted by piperazine and monoethanolamine blend
Mr Chikezie Ndubuisi Nwaoha, Chulalongkom University – Thailand
Aula Średnia
Aula Mala | Aula Średnia | Sala Seminaryjna
Welcome address
Prof Jürgen Hake – Chair IEA Clean Coal Centre ExCo
Welcome address
Prof Józef Dubiński – GIG General Director
The perspective of coal in times of decarbonization in Europe
Dr Oliver Then, VGB Powertech – Germany
CCS: building on early opportunities
Juho Lipponen, Head of CCS unit, IEA – France
U.S. DOE’s major carbon capture, utilization and geologic storage demonstration project portfolio
Mr Thomas Sarkus, National Energy Technology Laboratory – USA
Application of life cycle assessment methodology in CCS studies
Prof Jozef Pacyna, Norwegian Institute for Air Research (NILU) – Norway
Advanced CO₂ capture pilot plant at Tauron’s coal-fired power plant in Jaworzno
Adam Tatarczuk, Institute for Chemical Processing of Coal – Poland
Coal combustion with CO₂ capture in a 50KW chemical looping combustion unit
Mr Raúl Pérez-Vega, Instituto de Carboquimica (CSIC) – Spain
Techno-economic optimization of first generation oxy-fired pulverized coal power plant
Dr Hayato Hagi , EDF – France
Heat integration of an oxy-combustion power plant: minimization of the CO₂ capture process energy penalty
Dr Sergio Espatolero, CIRCE – Spain
Structural integration of the oxy-fuel power system based on Exergy analysis: ASU and CPU cases
Marcin Liszka, Silesian University of Technology – Poland
A heat integration study of a calcium looping CO₂ capture plant and a coal-fired power plant
Mr Dawid Hanak, Cranfield University – UK
Analysis of coal power technology exports
Mr Scott Smouse, National Energy Technology Laboratory – USA
Design concept and operation experience of recent hard coal-fired power boilers
Hellmuth Brüggermann, Alstom Boiler – Germany
910 MWe supercritical unit for Jawornzo III Power Plant in Poland
Eng Krzysztof Janeczek, Rafako SA – Poland
Modeling analysis of installing a low temperature economizer in an existing 600 MWe coal-based power plant
Mr Jiahui Lu, EDF China – China
Sala Seminaryjna
Aula Mala | Aula Średnia | Sala Seminaryjna
Dry desulfurization using MgO by-products: a sustainable alternative
Mr Ricardo del Valle-Zermeño, University of Barcelona – Spain
Semi-dry desulfurisation for coal boilers
Dr Igor Volchyn, Coal Energy Technology Institute – Ukraine
An integrated diffusion-reaction model for wet desulphurization with limestone sorbents: Absorption, reaction, leaching and precipitation
Prof Raymond Everson, North-West University – South Africa
Particle charging and transport dependence on permittivity and fluid dynamics: A revised numerical model to evaluate ESP performance and design
Dr David Branken, North-West University – South Africa
Improving flexibility of a coal power plant via optimization of thick-walled components
Eng Malgorzata (Gosia) Stein-Brzozowska, Mitsubishi Hitachi Power Systems – Germany
Water wall coating protection
Dr Michael Seitz, Alstom Power – USA
Investigation of iron-rich initial-later deposits at the inlet of the superheater level in a large pulverized fuel power plant
Selahattin Babat, IFK Stuttgart – Germany
Analysis of slagging phenomena at Reftinskaya Power Plant
Luca Ghiribelli, Enel – Italy
Sanicro25 – heat resistant austenitic stainless steel for 700°C material temperature
Urban Forsberg, AB Sandvik Materials Technology – Sweden
Cofiring characteristics of biomass in a coal firing combustion system
Mr Taeyoung Chae, Korea Institute of Industrial Technology – Korea
Subcoal: an alternative for coal
Mr Neville Roberts, Subcoal – Netherlands
On the emission issues during co-combustion of hard coal and biomass under pressurized conditions
Janusz Lasek, Institute for Chemical Processing of Coal – Poland
The application of a modified distributed activation energy (DAE) based model to combustion and gasification of biomass-coal char blends
Mrs Patience Mavhengere, University of the Witwatersrand – South Africa