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Our article reached 900 reads Achieved on July 20, 2024 Article: One-step formation of three-dimensional macroporous bacterial sponges as a novel approach for the preparation of bioreactors for bioremediation and green treatment of water We propose a novel method for producing a porous bacteria based structure with the properties of a sponge (bacterial sponge) that we then use as a bioreactor for water treatment. Cryogelation has been used as a tool to create macroporous (i.e. with pores in the range 10–100 μm), highly permeable systems with low diffusion constraints and high bacterial content (more than 98% to total material content). A novel crosslinking system was used to form stable bacterial sponges with a high percentage of live bacteria organized in a 3D porous structure. The bacterial sponge was produced in a one step process and can be made from one or several bacterial strains (in this case, two bacterial strains #Pseudomonas mendocina and #Rhodoccocus koreensis (and a mixture of both) were used). Reduction of the total polymer content to 2% makes the system more sustainable and environmentally friendly under disposal as it can be simply composted. The bacterial sponges have good mechanical stability and cell viability, which enables repeated use of the materials for phenol degradation for up to five weeks. The material can be stored and transported in cryogenic conditions (−80 °C) for prolonged periods of time, retaining its #bioremediation activity following 4–6 weeks of frozen storage. The proposed method of producing bioreactors with a high number of live #immobilised #bacteria, low polymer content and controlled 3D structure is a promising tool for developing novel materials based on active bacterial cells for various environmental, biotechnological, biological and medical applications. #UoB #UniversityofBrighton

🌍 Happy Earth Day everyone! 🌱 Today, let's celebrate by embracing the wisdom of nature through #biomimicry. Here is a short video explaining the meaning of biomimicry using text from "Biomimicry: Innovation Inspired by Nature" by Janine Benyus! 🔍 Nature has been a master engineer for billions of years. Every organism and ecosystem has adapted ingenious solutions for survival and efficiency. From the water collection abilities of the Namib Desert beetle to the architectural marvels of honeybee hives, nature holds the blueprints to sustainable innovation. 📖 Drawing inspiration from Janine Benyus's groundbreaking work in "Biomimicry: Innovation Inspired by Nature," we see how nature’s designs can solve human challenges—without depleting our planet's resources and causing serious environmental issues. She teaches us that by mimicking these natural processes, we can develop technologies that are both sustainable and revolutionary. A huge shoutout to the amazing teams behind Biomimicry 3.8 and Biomimicry Institute for making this field super accessible and developing excellent resources to teach this vast subject. 🚀 Imagine buildings that self-regulate temperatures like termite mounds without using fossil fuels or materials as resilient as spider silk. By learning from nature, not only do we solve engineering or design problems, we also contribute to preserving the environment that inspires these innovations. 💡 As we celebrate Earth Day, let's commit to learning from the greatest designer of all—Mother Nature. Let’s invest in biomimicry to create a future where technology and nature thrive together. What nature-inspired solution inspires you the most? #EarthDay #Innovation #Sustainability #Nature #Biomimicry

We are grateful to have had Dr. Ignacio Campello Gómez from CIIAE - Iberian Centre for Research in Energy Storage present his work at the 2nd International Conference on Catalysis Science and Chemical Engineering 2024, held on October 02-04 at ADEIT - University of Valencia, Spain. His talk, titled "Insights to Improve the Surface Characterization of Porous Materials," offered valuable perspectives and advancements in material science, enriching our understanding of this crucial area. We were glad to have Dr. Campello join us for this event and deeply appreciate his contributions. We hope he continues his impactful work in research and look forward to the opportunity to welcome him to future events. #ChemEngConference #Catscience2024 #CatalysisConference #HomogenousCatalysis #Valencia #Spain #Catalysis #ChemicalEngineering #TravelInspiration #Polymers #CatScience #physicalchemistry #enzymes #chemicalindustry #conference2024 #nanocatalysis #materialsscience #Electrocatalysis #Carbon #ChemicalKinetics #Zeolites #academician #Madrid #Researchers #Abstractsubmission #CatScience #HeterogeneousCatalysis #Materials #CatalysisforChemicalSynthesis #CatalysisandEnergy #PhysicalChemistry #Catalysisinoilandgas #Nanocatalysis #MaterialSciences #Electrocatalysis #EnvironmentalCatalysis #ChemicalKinetics #ReactionEngineering #SurfaceandColloidalPhenomena #EnzymesandBiocatalysts #Photocatalysis #Nanochemistry #SimulationandModeling #CatalysisforRenewableSources #OrganometallicsChemistry #CatalysisandZeolites #IndustrialCatalysis #CatalysisandPyrolysis #QuantumChemistry #catalysis2024

🌟 Today's #ResearcherSpotlight is on Ferdinando Domenico Miciletta, a master's student at the Università degli Studi di Palermo. His main research area focuses on crystallization processes for the production of #magnesiumhydroxide. During his involvement with SEArcularMINE, Ferdinando has worked extensively with the Magnesium Crystals Granulometry Controlled Reactor (Mg-CGCR) pilot. His efforts have contributed to the production of high-quality magnesium hydroxide and the seamless integration of the reactor within the integrated SEArcularMINE process chain 👨🔬 💡 Reflecting on this work, Ferdinando notes, "The first phase dedicated to the study and optimization of the individual operating units was certainly very complex, but the real challenge was in integrating the entire chain of equipment in long run tests; clearly, achieving the goal was possible thanks to the collaboration and trust between all the members involved." To learn more about Ferdinando and his role in SEArcularMINE, check out his profile 👉 https://lnkd.in/ef57baNn Interested in #CriticalRawMaterials? Learn about #magnesium here 👉 https://lnkd.in/ewcrYCvu #EarlyCareerResearcher #Innovation

🌟 Today's #ResearcherSpotlight is on Julio López Rodríguez, a dedicated researcher from Universitat Politècnica de Catalunya. His work primarily focuses on the recovery of #CriticalRawMaterials from secondary sources and the development of #sustainableprocesses for waste valorization 👨🔬 🔷 As part of the SEArcularMINE project, Julio has significantly contributed to two major research areas: the recovery of trace elements from brines using ion-exchange resins, and the utilization of #electrodialysis with bipolar membranes for the in-situ generation of chemicals from waste #brines. Like many of his fellow researchers involved with the project, Julio commented that "the most rewarding moment was seeing the pilot plant operating at Trapani saltworks." 👏 Learn about Julio's work here 👉 https://lnkd.in/ekb5jBbn Explore the #CriticalRawMaterials that SEArcularMINE works to recover here 👉 https://lnkd.in/ebDxj3Xx #Innovation #EarlyCareerResearchers

Insights into industrial humin structure made it to the front cover! Humins, (side-)products of the acid-catalysed dehydration of carbohydrates, will be produced in substantial quantities in the coming years. In the Avantium YXY® process to produce FDCA (monomer of PEF) soluble humins are also generated. The knowledge about the structure and composition of industrial humins is very limited. Together with colleagues from UU, WUR, we were able to purify, fractionated and extensively characterise the humin to elucidate its structure. These insights into the nature of Avantium humins are key knowledge to open up valorisation opportunities and subsequently lowering the footprint of the FDCA process. This research article has been selected to be part of the themed collections: 2024 Green Chemistry Hot Articles, 25 years of The Netherlands’ Catalysis and Chemistry Conference (NCCC) and Green Chemistry 25th Anniversary Collection! Another bonus – the research is featured on the front cover of the last published issue of Green Chemistry! Read more about our findings on the structure and composition of humins produced in Avantium YXY® process and enjoy the cover: https://lnkd.in/eZg_9Asx I would like to thank the co-authors for the collaboration and hard work on this great research: Christopher Lancefield, Willem Vogelzang, Dr. Rajeesh Kumar Purushothaman, Augustinus Frissen, Klaartje Houben, Peter de Peinder, Marc Baldus, Bert Weckhuysen, Daan Van Es and Pieter Bruijnincx #RSC #GreenChemistry Sustainability #RSCSustainability#RSCSustainability Institute for Sustainable and Circular Chemistry #Avantium #FDCA #PEF #Humins

Percival is revolutionizing plant research with our line of plant growth chambers that include our new SciWhite Enhanced with Red LEDs! This breakthrough technology promises to elevate plant research to new heights, offering unparalleled control and consistency in experimental conditions. Watch the video now to see how Percival is shaping the future of plant science! #plantscience #plantgrowth #chambers #walkinrooms #research #LEDlighting #innovation #technology #controlledenvironment #PartnerWithPercival #PercivalScientific #HelpingYouCreateBetterScience

Check out MIOCA's article in the latest issue of @officialMichBio's BioMatters magazine.

https://lnkd.in/gcdPcJhc Hybrid nanomaterials for efficient hexavalent chromium removal from waste water: activated charcoal sheet modification through polypyrrole and silver nanoparticles This paper reached 50 reads