Roper Thermals LLC’s Post

Researchers explored a BiOI/g-C3N4/Bi2WO6/#Biochar composite for degrading #methyleneblue, utilizing biochar to enhance photocatalytic efficiency. Achieving 97.56% degradation in 70 minutes, the method promises a scalable, cost-effective solution for %environmentalcleanup, leveraging advanced material sciences for #pollutant degradation. https://lnkd.in/geMhbpPb

We're harnessing the power of microbes and plants to make new biology-based products, materials, & fuels while reducing our dependence on plastics & petroleum. Explore our #biomanufacturing capabilities. #Bioeconomy #BringingScienceSolutionsToTheWorld ⬇️

Learn about the potential of various catalytic processes to transform the field of chemistry and contribute to a more sustainable future. #chemistry #catalysis #sustainablefuture

👏👏Take another look at our #HighlyCitedPaper by Paulina Sapuła et al: "Are Natural Compounds a Promising Alternative to Synthetic Cross-Linking Agents in the Preparation of Hydrogels? " You can find it at: https://shorturl.at/x2wfl

Exciting developments in #catalysis are paving the way for a more sustainable future. Just as a tunnel makes travel easier, catalysis provides a new path for chemical reactions with minimal energy input. #chemicalcatalysis #organocatalysis #biocatalysis #photocatalysis #electrocatalysis #sustainability #chemicalinnovation #greenchemistry #nobelprizeinchemistry

Cellulose nanofibrils (CNFs) are a class of emerging sustainable nanomaterials derived from natural resources, but their production often involves harsh chemical treatments and high energy-demanding nanofibrillation process. In this webinar, discover how the cellulose team at Zhejiang University is focusing on eco-friendly pretreatments for producing cellulose nanofibrils (CNFs). There is no cost to attend. Learn more at https://bit.ly/3X3eodf. #NanoWebinar #CelluloseNanofibrils

This study introduces an effective approach for water #decontamination utilizing Fe-Co #PrussianBlue Analogue (PBA) nanospheres immobilized on #biochar. This novel photocatalyst, PBA-on-biochar, exhibits remarkable efficiency in the degradation of chloroquine phosphate via the photo-Fenton process under both LED and sunlight. https://lnkd.in/gP7zy2UG

University of Washington researchers led by Prof. Eleftheria Roumeli have developed new bioplastics that degrade on the same timescale as a banana peel. These bioplastics are made entirely from powdered blue-green cyanobacteria cells (spirulina). In addition, these algae-based bioplastics are machinable and have remarkable shape fidelity when making imprints. (Published June 2023) #environment #degradablepolymer #literature https://lnkd.in/gpncJ-35

This is our cover for #ChemSusChem Wiley, artwork by Sandra Ramírez Cherbuy - #InkScience Harnessing the chemical potential of plastic waste is crucial for a sustainable future. Our study reveals the intricate chemistry behind valorizing #PMMA and #PET #waste in #vacuum #gasoil #VGO, offering new insights into catalyst performance and pathways for efficient heteroatom removal, essential for advanced waste-to-fuel technologies. We focus on developing an analytical workflow #ANW to clarify the waste valorization chemical recycling chemistries. #wasteomics #WasteValorization #SustainableChemistry #Catalysis #ChemicalEngineering #Hydrocracking #ResearchInnovation #ProcessOptimization #KAUST_News KAUST PSE #KCCkaust #KAUST #KAUSTresearch #KAUSTchemicalengineering Multiscale Reaction Engineering (MuRE) #MuRE_group CPWV ehugroup Universidad del País Vasco/Euskal Herriko Unibertsitatea