accelopment’s Post

Last week I defended my master's thesis titled "Characterization of the *Pseudomonas benzenivorans* 1477 strain and its ability to synthesize and degrade polyhydroxyalkanoates", which is the fruit of my stay at the CIB Margarita Salas-CSIC. I am deeply grateful for all the learning and support I have received during these last months. Finally, this work received a score of 9.3, reflecting the interest in the production of bioplastics to reduce the dependence on fossil resources and optimize the circularization of plastic waste through biotechnological tools. I must also appreciate the possibility of participating in the "JAE Intro" programme of the CSIC, which has allowed me to continue my professional development in the exciting world of research. #Research #JAEIntro #CSIC #Biotechnology

#ICIQSeminar | 🙌 Thank you Prof. Conchi O. Ania from CEMHTI - UPR3079 CNRS for delivering a seminar about the photo-electrocatalytic activity of nanoporous carbons   🔆 The use of carbon materials as alternatives to metallic catalysts in photo- and electrocatalytic applications has become an active research area. As explained by Prof. Ania, nanoporous carbons can be used on electrochemical reactions of relevance. (https://lnkd.in/dswrwJ6R) 💠 In photocatalytic applications, nanopore confinement seems to be critical to obtain high photochemical quantum yields in a high number of oxidation and reduction reactions. Perhaps the future of photovoltaics and smart-self-cleaning or photocorrosion coatings is in exploring the use of nanoporous carbons. (https://lnkd.in/dV7rivnY) ☔ Today is the #WorldWaterDay and for that we highlight the use of carbon materials in water treatment presented by Prof. Ania, as the applications beyond degradation of pollutants seen with the European Project Ô: demonstration of planning and technology tools for a circular, integrated and symbiotic use of water. (https://lnkd.in/d258pKZt) 🚰 The use of a fast and simple solid dispersion method to prepare a g-C3N4/MoO3 heterojunction showing enhanced photocatalytic performance for the degradation of a recalcitrant pollutant frequently detected in aqueous environments after sewage treatment. (https://lnkd.in/dbYbnAqc)   🍝 And the use of a carbon containing Cu-based photocatalyst for the degradation of tartrazine an azo-dye commonly found in wastewaters from food industry. A topic of high interest as the concern over the toxicity of azo-dye food additives is increasing. (https://lnkd.in/d4tt2xiR) 🔵Also thanks to our seminar sponsor BASF ICERCA - Centres de Recerca de Catalunya | SOMM Alliance | Barcelona Institute of Science and Technology (BIST)

Publication with K1-MET as a main author 🔬   The amount of electronic waste is increasing worldwide but the heterogeneity makes the recycling very complicated. Spent brewer’s yeast, a waste stream itself, can be used to selectively recover metals from mixed solutions in a process called biosorption. By optimizing the experimental conditions at laboratory scale, high recovery rates for aluminum, copper and zinc could be achieved in this environmentally friendly approach.   An open access article entitled “Spent brewer’s yeast as a selective biosorbent for metal recovery from polymetallic waste streams” was published in the peer-reviewed journal of Frontiers in Bioengineering and Biotechnology on 12 March 2024.   K1-MET GmbH, with Anna Sieber as a main author, was significantly involved in the writing of the paper. Visit our website for further information: https://lnkd.in/ectUtuDv #K1MET #research #forschung #publication #recycling #bioengineering #biotechnology

Our extractions aren’t the only thing that’s green! At the CNPMC, we're embarking on a journey of expansion into synthetic biology. Imagine a future where bioengineering is a common practice in product development. This isn't just a vision—it's the tangible result of scientific advancement and a shift towards more sustainable business practices. Through cutting-edge methodologies, we're unlocking new possibilities and paving the way for transformative solutions with profound implications. The Power of Bioengineering in Product Development: ✅ Sustainable Sourcing: Bioengineering allows us to harness the power of nature responsibly, reducing the environmental impact of raw material extraction. ✅ Waste Reduction: Minimize waste and optimize resources by creating products with precision and efficiency, leading to a more sustainable supply chain. Stay tuned for more news, where we'll showcase how CNPMC is leveraging synthetic biology to drive innovation across industries. #SyntheticBiology #Innovation #Biotechnology #LoyalistResearch #AppliedResearch

A highway to #sustainable_chemistry Most synthons used in chemical processes still come from non-renewable fossil sources. However, recent research is working to change this by developing new platforms for chemistry derived from #renewable sources. #Hydroxymethylfurfural (#HMF) is emerging as a key player in this green transformation. Using HMF with sustainable solvents like Deep Eutectic Solvents (#DES) could significantly advance the shift towards #green_chemistry. SEED4GREEN (#S4G) is a collaborative research project funded under #PRIN2022 that aims to explore the chemical potential of HMF/DES systems. It also seeks to gain a detailed experimental and theoretical understanding of how HMF molecules are organized within DES. S4G brings together a team of experts from Scuola Normale Superiore, Università di Pisa, Consiglio Nazionale delle Ricerche, and Politecnico di Milano. Our collective expertise covers a wide range of fields including #quantum_chemistry, #molecular_dynamics, #organic_synthesis, #X_ray_scattering, and #NMR_spectroscopy. If you'd like to follow our progress, visit our website: https://lnkd.in/dZt_hVEZ We welcome discussions and collaborations, so feel free to contact us at: seed4green.prin2022@gmail.com. I have the honor of coordinating this project at CMICPolimi. Here's a brief list of our partners: Chiara Cappelli, Tommaso Giovannini, Luca Nicoli, Chiara Sepali, Christian Pomelli, Andrea Mezzetta, Lorenzo Guazzelli, Alessandro Triolo, Arianna Rossetti, Maria Enrica Di Pietro, Grazia Isa Carla Righetti. Thank you for your interest in our work on sustainable chemistry. Let's create a greener future together. S4G is participating in the 29th EuChemS (European Chemical Society) Conference on Molten Salts and Ionic Liquids (#EUCHEMSIL2024 chaired by Luis Miguel Varela Cabo ) with a significant number of communications. It is a pleasure showing some of us with the poster of the project. 

#ICIQKTT | 🌿 A new licensing opportunity from Prof. Arjan Kleij group, in collaboration with Universität Potsdam, obtains organic materials like bio-plastics and rubber-type from poly(limonene carbonate) (PLC) and cellulose. This technology focuses on: ✅ #greenmaterials, alternative to the oil-based ones. 🔄 #circulareconomy. ⏩ #CO2valorisation. ⚙ It can find applications in fields such as reinforced, light materials for construction and transportation or automotive/aerospace industry, as well as new bio-sourced sealants. More information 🔗 https://lnkd.in/dSxS7Ewa ICERCA - Centres de Recerca de Catalunya | SOMM Alliance | Barcelona Institute of Science and Technology (BIST)

Sustainable plastic technology available for licensing!

Think of actinobacteria as nature’s ‘recyclers,’ secreting enzymes that break down plant residue and return vital nutrients to soil ♻️ “We drew inspiration from this bacterial family to expand our research into PET (polyethylene terephthalate) degradation, leveraging our expertise and a newly developed in-house platform for protein construction and testing,” shared Fong Tian Wong, a Research Scientist at the Institute of Molecular and Cell Biology (IMCB). 💡Wong co-led a multidisciplinary research team alongside Yee Hwee Lim of the A*STAR Institute of Sustainability for Chemicals, Energy & Environment (ISCE2) in identifying, engineering and testing which actinobacterial enzymes performed best in decomposing PET. They found a selection of enzymes that could break down PET into its original monomers at mild temperatures and neutral pH—conditions that are less energy-intensive and more environmentally friendly than current recycling technologies. Full story linked below 👇 --- #scicomm #science #technology #STEM #research #innovation #ASTAR #USS #ISCE2 #IMCB #plasticpollution #sustainability #recycling #collaboration

The mission of Puroc is to add net value to the earth it operates on and the society it is part of, rather than take from it. This is an excellent example of how we want to achieve that. By setting up a research program investigating the added value of a bio based molecule over a crude oil based molecule, we added another step to the transition from crude oil to bio-based. At the same time, it offered an excellent platform for a large number of young students to be trained in the art of research and discover that bio-based can actually have technical advantages over crude oil based products. If you need help with your bio-based or circular chemistry, just knock on our door. #cocreation #sustainable #chemistry Marc Spekreijse

The "Processing of organosolv fractions for functionalisation"-project, a collaboration between RISE Research Institutes of Sweden and Luleå University of Technology (LTU), will develop green processes for the functionalisation of bioactive fibres containing forest resources, which can be used for high-performance, low-density, highly porous materials such as food packaging.  "To meet future environmental requirements, these foam materials must be biodegradable. We are using the organosolv process at LTU to continue the fractionation and isolation of the three main high-purity lignocellulosic components, cellulose, hemicellulose and lignin," says Sara Wallstén, researcher at RISE.   To functionalise the cellulose fractions to achieve specific properties, such as water stability, another part of the project focuses on using a chemo-enzymatic approach.  “These functionalised fibres are now used to produce foamed materials using various laboratory processing concepts and further on using pilot scale. The foams will be analysed and evaluated in terms of performance, with a particular focus on wet stability and antimicrobial activity,” says Abirami Senthil, PhD student. The project is funded by BioInnovation and Kempestiftelserna and is a part of the research school Resource-smart processes.  https://lnkd.in/dc-Gy4pE #bioeconomy #greenchemistry #processdevelopment #foams #biobasedmaterials #functionalizedfibers #bioinnovation #RISE #LTU