Speakers

 
To ensure the highest level of knowledge, we invite experienced experts to cooperate with us, who during their lectures emphasize the topicality of topics, the practical dimension of the information presented and the possibility of broad discussion, exchange of views and experiences. Our speakers are both scientific authorities from technical universities, as well as representatives of companies in the industry.

 


M. Sc. Marcin Derda
Kraków Waterworks
Renovation of water and sewage networks – assumptions vs. implementation, part 1


Prof. Dr Eng. Emilia Kuliczkowska
Kielce University of Technology
Four variants of polygon tests of sewage pipes


Prof. Dr Eng. Andrzej Kuliczkowski
Kielce University of Technology
Risk in trenchless rehabilitation of sewage pipes on a selected example




Dr Eng. Justyna Lisowska
Kielce University of Technology
Four variants of polygon tests of sewage pipes


M. Sc. Marcin Łukaszewicz
Kraków Waterworks
Renovation of water and sewage networks – assumptions vs. implementation, Part 1


Dr Eng. Beata Nienartowicz
IDEANTE, Warsaw University of Technology
Renovation of water and sewage networks – assumptions vs. implementation, Part 2




Dr Eng. Anna Parka
Kielce University of Technology
Determining the MAOP value for the renovation of water pipes


Prof. Dr Eng. Paweł Popielski
Warsaw University of Technology
Selected methods of monitoring collectors during modernization using trenchless technologies and later exploitation


Dr Eng. Andrzej Raganowicz
University of the Federal Armed Forces Munich
Selected problems of quality management of technical rehabilitation of sewage pipes




Prof. Dr Eng. Andrzej Szarata
Cracow University of Technology
Design and construction of the Krakow metro


Prof. Dr Eng. Adam Wysokowski
University of Zielona Góra
Flood damage to underground infrastructure in the context of reconstruction using trenchless technologies


Dr Eng. Agata Zwierzchowska
Kielce University of Technology
Criteria for selecting trenchless technology for underground pipe construction