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Search results for: WSPÓŁPRĄD GAZU I CIECZY
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INNOTECH-K2/IN2/53/182767/NCBR/12 An intelligent PIG inspection device for the assessment of the condition of the underground oil and gas pipelines with the help of magnetic flux leakage (MFL) measurements
ProjectsProject realized in CDRiA Sp. z o.o. according to INNOTECH-K2/IN2/53/182767/NCBR/12 agreement from 2013-01-01
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EKOŁUPKI Przyjazne środowisku i wykonalne z ekonomicznego punktu widzenia technologie gospodarowania wodą, ściekami i odpadami przy wydobyciu gazu z łupków
ProjectsProject realized in Faculty of Chemistry according to BG1/EKOŁUPKI/13 agreement from 2013-11-25
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iMAGS IoT Minaturized Ammonia Gas Sensor System
ProjectsProject realized in Department of Microwave and Antenna Engineering according to WPN/4/66/i-MAGS/2022 agreement from 2022-12-08
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LoCaGas seed money Low Calorific Gas for Green Power Production
ProjectsProject realized in Department of Process Engineering and Chemical Technology according to STHB.02.02.00-22-S166/21-00 agreement from 2022-04-19
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IL-MOF The role of ionic liquids in CO2 photoconversion
ProjectsProject realized in Department of Process Engineering and Chemical Technology according to UMO-2021/41/B/ST4/00849 agreement from 2021-11-26
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GASŁUPMIKROS Wybór optymalnej technologii monitoringu mikrosejsmicznego w procesach szczelinowania hydraulicznego. Optymalizacja przetwarzania i interpretacji danych pomiarowych.
ProjectsProject realized in Department of Building Engineering according to BG1/GASŁUPMIKROS/13 agreement from 2013-11-14
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New fuel electrodes for solid oxide electrolysis cells for syngas production
ProjectsProject realized in Faculty of Applied Physics and Mathematics according to UMO-2015/19/D/ST8/02783 agreement from 2016-06-23
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ZSM Logistyka i technologie monitoringu oraz sposoby ochrony środowiska przed rozpoczęciem prac, w trakcie wiercenia, w procesach szczelinowania hydraulicznego oraz na etapie eksploatacji, w tym monitoringu wód podziemnych, powietrza, hałasu, gleby, emisji
ProjectsProject realized in Faculty of Chemistry according to BG1/ZSM/13 agreement from 2013-11-14
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2DMs System of gas detection by two-dimensional materials
ProjectsProject realized in Department of Metrology and Optoelectronics according to UMO-2019/35/B/ST7/02370 agreement from 2020-10-01
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CylOr Measurement of mass flow of viscous liquid through a Cylindrical Orifice under laminar flow
ProjectsProject realized in Department of Metrology and Information Systems from 2021-09-01
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Projekt nie posiada akronimu New 2D MXenes catalysts for syngas generation via dry reforming of methane
ProjectsProject realized in Department of Process Engineering and Chemical Technology according to decyzja nr DEC-2020/04/X/ST5/01287 agreement from 2020-11-27
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New semiconductor materials for photocatalytic hydrogen generation: mechanism formation in the presence of ionic liquids
ProjectsProject realized in Faculty of Chemistry according to UMO-2017/25/B/ST8/01119 agreement from 2018-02-20
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- Effect of ionic liguid structure on the interactions with TiO2 particles in ionic liquids assisted hydrothermal synthesis.
ProjectsProject realized in Faculty of Chemistry according to UMO-2014/15/D/ST5/02747 agreement from 2015-10-12
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Studies on selective removal of volatile organosulfur compounds from model biogas stream using deep eutectic solvents
ProjectsProject realized in Department of Process Engineering and Chemical Technology according to UMO-2020/37/N/ST4/02924 agreement from 2021-01-15
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Meta-learning as a machine learning tool for experimental boosting of sorption properties of ionic liquids
ProjectsProject realized in Department of Physical Chemistry according to UMO-2023/49/N/ST5/01043 agreement
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Removal of hydrophobic volatile organic compounds from air using a biotrickling filter in the presence of deep eutectic solvents
ProjectsProject realized in Department of Process Engineering and Chemical Technology from 2021-11-30
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Development of methodology for the determination of selected chort-chain monocarboxylic acids using microextraction to the polimeric ionic liquids, gas chromatography and capillary electrophoresis
ProjectsProject realized in Department of Analytical Chemistry
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A study of the fabrication of the universal platform for the nanoconfinement of ionic liquids on solid-phase microextraction fibers
ProjectsProject realized in Department of Physical Chemistry according to UMO-2019/35/N/ST4/01859 agreement from 2020-07-20