CCT 2015 Programme – Day 2

Unusual combustion behaviour when burning four low grade South African coals: The impact of coal quality on the combustion and operational efficiency on one spreader stoker boiler
Mr Rets’elisitsoe Toole, University of the Witwatersrand – South Africa

Structural evolution and fragmentation phenomena of coal particles in combustion systems
Dr Osvaldo Senneca, Instituto di Ricerche sulla Combustione, CNR – Italy

A Comparison of Fine Ash Emissions from Biomass and Coal Combustion
Dr Feyza Kazanç, Ataturk University, Turkey

Co-firing of lignite with hard coal
Mrs Halina Pawlak-Kruczek, Wroclaw University – Poland

VPSA absorbtion technology for CO₂ capture from power plant
Dr Hab.Inz. Izabela Majchrzak-Kuceba, Czestochowa University of Technology – Poland

Spherical activated carbons promoted with K for post-combustion capture
Prof Colin Edward Snape, University of Nottingham – UK

From laboratory to pilot scale experimental investigations of CO₂ capture from flue gas
Dr Inz Dariusz Wawrzynczak, Czestochowa University of Technology – Poland

Examination of Reduction and oxidation reaction kinetics for Fe₂O³, SiO₂ based ore
Dr Ewelina Ksepko, Institute for Chemical Processing of Coal – Poland

Hydrodynamic behaviour of novel interconnected fluidized beds for chemical looping processes
Dr Yau-Pin Chyou, Institute of Nuclear Energy Research – Taiwan

Thermochemistry of coal upon oxidation-desorption in innovative looping processing
Dr Osvalda Senneca, Instituto di Ricerche sulla Combustione, CNR – Italy

CO₂ capture in coal combustion by chemical-looping with oxygen uncoupling (CLOU)
Iñaki Adánez-Rubio, Instituto de Carboquimica (CSIC) – Spain

Investigations on kinetics of both reduction and oxidation reactions for Sinai manganese ore as a potential oxygen carrier for chemical looping
Dr Ewelina Ksepko, Institute for Chemical Processing of Coal – Poland

First results of experimental activities on the 5 MWth Sotacarbo gasification demonstrative plant
Dr Paolo Deiana, ENEA – Italy

Preparation of activated carbon and catalytic coal gasification using biomass ash
Miss Boodsakorn Kongsomart, Gunma University – Japan

Pyrolysis and combustion behaviours of coal and biomass by thermogravimetric analysis (TGA)
Dr Alberto Pettinou, Sotacarbo – Italy

Thermochemical conversion of biowaste in the process of co-gasification with hard coal
Dr Hab Adam Smolinski, Central Mining Institute (GIG) – Poland

Effect of mild oxidation on the structure and properties of coals
Dr Osvalda Senneca, Instituto di Ricerche sulla Combustione, CNR – Italy

Recovery of carbonaceous matter from three different tailings – Conventional flotation studies
Prof Irineu Antonio Schadach de Brum, University of Rio Grande do Sul – Brazil

Investigations of ash fusibility for coal blending
Dr Seuk Cheun Choi, Korea Institute of Industrial Technology – Korea

The mode of occurrence of mercury in lignite deposits of Sindh, Pakistan
Prof Dr Imdadullah Siddiqui, University of Sindh, Pakistan

Effective power generation from UCG gas
Dr Piotr Adam Mocek, Central Mining Institute (GIG) – Poland

Groundwater monitoring during an underground coal gasification process
Dr Johan van Dyk, African Carbon Energy – South Africa

Underground coal gasification pilot trial in the operated mine KWK Wieczorek, Poland
Prof Krzysztof Stanczyk, Central Mining Institute (GIG) – Poland

Effects of groundwater and rock deformation in controlling efficiency and extraction rate in underground coal gasification
MS Blinderman, Ergo Exergy Technologies – Canada

Prospects of underground coal gasification for carbon capture and storage scenario
Dr Alexey Belov, Far Eastern Federal University – Russia