MSAGroup / Lublin University of Technology
Technology transfer
Documented industrial R&D, technology licensing and implementation, with the scope and year of each collaboration.
Industrial experience
Documented work with industry
Selected, dated examples of R&D, licensing and reported implementation from our technology-transfer register.
BIKO-SERWIS | 2016-2019
Zeolites from fly ash
R&D on a demonstration line for synthetic-zeolite materials, alongside a non-exclusive licence for zeolite production from fly ash.
Ekodrom | 2024
Mineral additives for asphalt
Licensing of production know-how and a recorded implementation concerning two-component mineral additives for asphalt mixtures and bitumen foaming.
Bitum Logistic | 2018
Asphalt fatigue testing
R&D examining how zeolite-perlite additives affect the fatigue resistance of asphalt mixtures.
Historical R&D and licensing register
R&D describes a research activity. A licence concerns the use of defined intellectual property or know-how. An implementation entry records reported use in a particular collaboration; it does not establish universal performance or current commercial availability. Patent applications and granted patents are distinct.
Years and technical scopes below follow the group’s source register. IP references are historical identifiers, not a verification of present legal status. Confirm current rights, licensing scope and availability with the university before making a commercial decision.
2024 | DIAG-MOST, Warsaw
Licence and implementation: bitumen foaming with a mineral additive. Source IP reference: B1 240573.
2024 | Przedsiebiorstwo Robot Drogowych, Mielec
Licence and recorded implementation: a device for foaming bituminous binder. Source application reference: A1 440212.
2024 | Ekodrom, Augustow
Know-how licence: production of asphalt mixtures using a two-component mineral additive.
2024 | Ekodrom, Augustow
Licence and recorded implementation: bitumen foaming with a two-component mineral additive. Source IP reference: P.433577.
2023 | Jacek Michalek, Lublin
Non-exclusive licence and recorded implementation: a multifunctional agent, particularly for bitumen foaming, and its production method. Source IP reference: P.430933. The exact agreement date requires confirmation.
2023 | JAROSZ Adam Jarosz, Parkosz
Non-exclusive licence and recorded implementation: foaming bituminous binder using zeolite. Source IP reference: PL 235885.
2023 | JAROSZ Adam Jarosz, Parkosz
Know-how licence: production and testing of asphalt mixtures containing zeolite.
2023 | Marbruk, Charzykowy
Non-exclusive know-how licence: production and testing of asphalt mixtures with a mineral additive.
2023 | Marbruk, Charzykowy
Non-exclusive licence and recorded implementation: production of asphalt mixtures with a mineral additive. Source IP reference: PL 237669.
2021 | WIKRUSZ, Miedzna
Non-exclusive licence and recorded implementation: bitumen foaming with a two-component mineral additive. Source IP reference: PL 433576.
2020 | KPRDB Strzelbud, Kwidzyn
R&D: production of asphalt mixtures using a biopolymer, with an environmental-performance objective.
2020 | KPRDB Strzelbud, Kwidzyn
Invention licence: production of asphalt mixtures using a biopolymer. Source IP reference: P.433291.
2020 | Czystosc, Wolomin
R&D: production technology for bituminous mixtures using recycled materials.
2020 | Czystosc, Wolomin
Invention licence: production of asphalt mixtures with a two-component mineral additive. Source IP reference: P.433579.
2020 | MTM, Gdynia
Invention licence: a multifunctional agent for bitumen foaming and its production method. Source identifier: 430933.
2020 | Zieja, Lomza
Invention licence: a multifunctional agent for bitumen foaming and its production method. Source IP reference: P.430933.
2020 | ANDRO, Koluszki
Non-exclusive licence and recorded implementation: production of asphalt mixtures. The incomplete IP identifier in the source register requires confirmation.
2020 | ANDRO, Koluszki
R&D: asphalt mixtures made using bitumen foamed with a zeolite additive.
2020 | Drog-Tech, Lublin
R&D: concrete production technology using PET waste.
2019 | Bitum Logistic, Wola Batorska
R&D: asphalt mixtures produced using bitumen foamed with zeolite additives.
2019 | Przedsiebiorstwo Drogowo-Budowlane, Brodnica
Invention licence: a multifunctional agent for bitumen foaming and its production method. Source IP reference: P.430933.
2019 | Przedsiebiorstwo Robot Drogowych, Zamosc
Non-exclusive licence and recorded implementation: bitumen foaming. Source IP reference: B1 230907.
2019 | Przedsiebiorstwo Robot Drogowych, Zamosc
R&D: production technology for bituminous mixtures with clinoptilolite.
2018 | Bitum Logistic, Wola Batorska
R&D: fatigue resistance of asphalt mixtures containing zeolite-perlite additives.
2018 | Bitum Logistic, Wola Batorska
Non-exclusive licence and recorded implementation concerning an asphalt-concrete production method and asphalt concrete. Source application reference: A1 426039.
2018 | Nizbud, Stary Zamosc
R&D: concrete mixtures with zeolitic tuff, targeting increased frost resistance.
2018 | Bitum Logistic, Wola Batorska
R&D: production technology for asphalt mixtures with zeolite-perlite additives.
2018 | Centrum Budowy Drog Slask, Ruda Slaska
Non-exclusive licence and recorded implementation: production of asphalt mixtures. Source IP reference: B1 226802.
2018 | Centrum Budowy Drog Slask, Ruda Slaska
R&D: production technology for asphalt mixtures containing Na-P1 zeolite.
2018 | Przedsiebiorstwo Robot Drogowych, Biala Podlaska
R&D: foamed-bitumen asphalt mixtures with adhesion-promoting zeolitic additives.
2018 | BIKO-SERWIS, Nowiny
Non-exclusive licence and recorded implementation: production of asphalt mixtures. Source IP reference: PL 226802.
2018 | LIMDROG, Limanowa
R&D: production technology for asphalt mixtures containing zeolites.
2018 | LIMDROG, Limanowa
Non-exclusive licence and recorded implementation: production of asphalt mixtures. Source IP reference: B1 226803.
2017 | CEBEL, Lublin
Non-exclusive licence and recorded implementation: production of asphalt mixtures. Source IP reference: B1 226803.
2017 | UNIWAR, Jastrzebie-Zdroj
R&D: production technology for precast concrete elements with zeolitic tuff.
2017 | CEMAR
R&D: use of wet fly ash in concrete production technology.
2017 | UNISERV-PIECBUD, Katowice
R&D: production of Na-X zeolite granules and determination of their ion-exchange capacity and specific surface area.
2016-2019 | BIKO-SERWIS, Nowiny
R&D on a demonstration line for synthetic-zeolite materials and a non-exclusive licence for zeolite production from fly ash.
2016 | BIKO-SERWIS, Nowiny
Non-exclusive licence: zeolite production technology using fly ash.
2015 | Przedsiebiorstwo Produkcji Materialow Budowlanych Niemce
Non-exclusive licence: zeolite production technology using fly ash.
2015 | AGH University of Science and Technology, Krakow
R&D: pilot-scale production of zeolitic sorbents from perlite waste.
2014 | Betotechnika, Werbkowice
Non-exclusive licence and implementation of R&D concerning zeolite production technology using fly ash.
2014 | Stachema Polska, Swidnik
Non-exclusive licence: zeolite production technology using fly ash.
2013 | AGH University of Science and Technology, Krakow
R&D: laboratory-scale synthesis of zeolite minerals from perlite waste, including characterisation and macroscopic properties.
Discuss a transfer opportunity
Identify the material or technology of interest and your intended application. The technical fit, further validation, ownership of results and terms of any licence need to be agreed for the specific project.