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https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week---december-6--2021/carbonized-solid-fuel-production-from-polylactic-acid-and-paper-waste-due-to-torrefaction-5.html
On June the 6th 2009 the University of Environmental and Life Sciences hosted the 6th EVSSAR Annual Symposium. This was in fact the 12th meeting in a row involving the EVSSAR since it's foundation.
https://upwr.edu.pl/en/news/evssar_symposium-63.html

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week-june-3--2024/catalyst-enhancing-hydrothermal-carbonization-of-biomass-for-hydrochar-and-liquid-fuel-productiona-review-1.html
UPWr doctoral student Ewa Syguła will investigate the influence of the pyrolysis process and substrate properties on releasing volatile organic compounds from biochar as part of a Preludium Bis project.
https://upwr.edu.pl/en/news/can-biochar-be-toxic-phd-student-ewa-sygula-will-try-to-find-out-449.html
A joyful gaudeamus sounded to mark the beginning of the seventh decade of the University of Environmental and Life Sciences in Wrocław.
https://upwr.edu.pl/en/news/jubilee_inauguration_of_the_academic_year-161.html

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week-march-15--2021/lab-scale-study-of-temperature-2.html

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week-march-22--2021/anaerobic-fermentation-of-hydr-1.html

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week-october-18--2021/the-proof-of-concept-the-transformation-of-naphthalene-and-its-derivatives-into-decalin-and-its-derivatives-during-thermochemical-processing-of-sewage-sludge-3.html

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week---feburary-6--2022/the-influence-of-low-temperature-food-waste-biochars-on-anaerobic-digestion-of-food-waste-3.html

https://upwr.edu.pl/en/research/publications-of-the-week/research-papers-of-the-week-april-11--2022/aminopropyltriethoxysilane-aptes-modified-nanohydroxyapatite-nhap-incorporated-with-iron-oxide-io-nanoparticles-promotes-early-osteogenesis-reduces-inflammation-and-inhibits-osteoclast-activity-2.html

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