dr inż. Marcin Siedlecki
| Area reasearch | Engineering and technology |
| Scientific area: | Engineering and technology |
| Scientific discipline: | Environmental engineering, mining and energy |
| Languages: | English, Polish, Dutch |
Profile
Dr. Marcin Siedlecki, Head of RIC’s Biomass and Waste Valorisation Laboratory, obtained his MSc from Delft University of Technology in 2003 and PhD from the same university in 2011. He has over 15 years of professional experience in design, programming and operation of process control systems in academia and R&D, and building management systems; design, modification, commissioning and operation of different laboratory test rigs and pilot plants related to energy conversion; consultancy work related to different energy systems, energy efficiency, process automation & measurement, gas analysis; scientific research on supercritical fluids and thermochemical conversion of biomass and other energy conversion processes; participation in European research projects (FP5 HIAL, FP6 CHRISGAS, BIOCELLUS, FP7 GREENSYNGAS, BRISK; FACCE SURPLUS: SUPERVALUE): preparation and leading several international measurement campaigns with project partners. Marcin joined RIC Pro-Akademia in 2016.
Expert in projects
Highly efficient carbonate fuel cells
Modular controller for laboratory reactor pressure systems
Modular interface for simultaneous differential scanning calorimetry and microscope analyses
Modular interface for simultaneous Emanated Gas Analysis, Thermo-Gravimetric analysis and Differential Calorimetry
CoCOATEX
Development of the novel, integrated technology for textile wastewater treatment
Development of the novel, integrated technology for textile wastewater treatment
SUPERVALUE
Solving the problem of locally available wet residue streams (...)
Solving the problem of locally available wet residue streams (...)
MISCOMAR+
Miscanthus for Contaminated and Marginal Lands PLUS
Miscanthus for Contaminated and Marginal Lands PLUS
WASTE4H2
Simultaneous Wastewater Treatment and Hydrogen Generation (...)
Simultaneous Wastewater Treatment and Hydrogen Generation (...)
BeBOP
Biomass to bio/E-methanol by Breakthrough SOEC-based Process: the BeBOP innovation
Biomass to bio/E-methanol by Breakthrough SOEC-based Process: the BeBOP innovation