LIPCAT - PROCESS INTENSIFICATION AND CATALYSIS LAB
@LipcatUFRJ
We work at the intersection of catalysis and process optimization to create more efficient methods and sustainable technologies with real social impact.
We present Interzeolite Transformation Intermediates from FAU-to-FER conversion, featuring mesoporosity + FER-type confinement for exceptional conversion & shape selectivity. Published at @ACSCatalysis https://t.co/Y4eeRdLmi8
@ProfMonnerat
Paper out! Our research highlights the superior performance of Ni/CeO2 in ethanol steam reforming. Using sputtering, we achieved uniform Ni dispersion, strong metal-support interactions, and increased oxygen vacancies! Published at @ApCatB
Find out more: https://t.co/MGLyJb7GgQ
Discover our review published in @iScience_CP, which explores boosting syngas production via SOECs for Fischer-Tropsch, with or without methane. Key to cleaner energy & reducing carbon footprints! @ProfMonnerat@marco_suller
https://t.co/RGbJMzDi0f
A incubadora de negócios e impacto social e ambiental da UFRJ formalizou a entrada estratégica com a INCT da Open Innovation in Bioproducts (HOI-B). Dentre os presentes, o diretor do LIPCAT, professor João Monnerat.
Dia 28/08/24, o professor João Monnerat, diretor do LIPCAT, apresentará uma palestra sobre refino sustentável no 1º workshop do Hub de inovação aberta em bioprodutos HOIB! Contamos com a sua presença!
No dia 15/08/2024, recebemos visitas de destaque em nossa nova sede do LIPCAT - UFRJ-ID.Lab no Parque Tecnológico da UFRJ, incluindo representantes da Petrogal Brasil, Galp, Sinopec, Global Head of Innovation e o Reitor Roberto Medronho. Estamos entusiasmados com o futuro!
Revealing new potential in Fischer-Tropsch synthesis! Monoliths boost stability, while strategic use of HZSM-5 zeolite ups gasoline selectivity without increasing unwanted gases. Publisher at @CatTod_J . Find out more: https://t.co/r7IEtiABoE
Transforming plastic waste into high-value fuels without noble metals or external hydrogen is groundbreaking! Our study uses spent FCC catalyst to crack Polypropylene into alkanes and aromatics. Check it out @CatTod_J https://t.co/Qaympptzzk
Biodiesel excellence: Our cutting-edge method using microwave-heated finned-FER zeolites achieves over 70% yield of branched isomers at 89% conversion. A game-changer for catalytic efficiency and sustainability! Discover more at: https://t.co/opsoJX0D6S
Our latest research highlights Ag-Pt nanotubes on silica for efficient ethylene glycol electrooxidation, challenging the inert nature of SiO2. @CatTod_J Find out more at https://t.co/ysmIg4nxwu
We are honored that our paper has been selected for the COVER of the latest @ChemEngResDes issue, featuring our work breakthrough in esterification and transesterification. @donatoaranda@marco_suller Vinicius Ferreira, Pedro Romano