AM Technology’s Post

Intensified reactors for a paradigm shift in chemical processing: the case for spinning disc reactors To transition from the current linear method of #chemical_manufacturing to a more #sustainable and #circular approach, a paradigm shift in processing methods is essential. In this perspective article, we explore the potential role of the #spinning_disc_reactor (SDR) in shaping a future industry that relies on modular and distributed production methods. Three key areas are highlighted in particular: utilizing the reactor to intensify #thermochemical reactions, the application of the SDR for #separation processes, and the integration of alternative activation sources. In addition to reviewing recent advances in the field, we also provide a perspective on the ongoing as well as potential future research and development projects, which may help propel the SDR into a widely adopted industrial unit. Arnab C.haudhuri, John Van Der Schaaf, Chemical Reactor Engineering, TU/e Eindhoven University of Technology, Eindhoven, the Netherlands; Wouter Stam, Flowid. https://lnkd.in/ejqsq-JW

💡 Chemical Reactors: The Heart of Process Engineering Chemical reactors aren’t just equipment; they’re where the magic of transformation happens—turning raw materials into valuable products. From batch to continuous, CSTRs to PFRs, the choice of reactor shapes the entire process! 🎯 Key challenges: Optimizing reaction kinetics Maximizing yield and selectivity Ensuring energy efficiency and safety 🛠️ Innovative trends: Intensified reactors for sustainability Modular designs for scalability Integration with AI for real-time optimization What’s your go-to reactor design, and why? Share your thoughts or recent innovations in the comments! #ProcessEngineering #ChemicalReactors #InnovationInIndustry #EngineeringExcellence

Solid State Fermentation is scaling up! 🚀 This second part dives into the tech behind SSF, from bioreactor design to process control, addressing key challenges in aeration, temperature, and moisture. Excited to see how SSF is advancing industrial biotechnology! 🏭🌱

The future of chemical synthesis with ThalesNano Inc. H-Cube® Pro! Say goodbye to hydrogen cylinders and hello to on-demand hydrogen generation. With adjustable hydrogen amounts, active cooling, and user-friendly software, it's the ultimate solution for safe and efficient hydrogenation in continuous flow. #ChemicalSynthesis #HChemistry #Innovation #Hydrogenation #LabSafety #ContinuousFlow #ResearchTools #Catalysis #ChemistryLab #ScientificAdvancements

⬆️ Achieving sustainable chemistry hinges on the vital role of process intensification. This is particularly crucial when dealing with gaseous reactants and aiming to fully harness the power of biocatalysis in oxidative transformations! To dive deeper into this topic, we highly recommend checking out a mini review by Guillem Vernet Armengol Markus Hobisch and Selin Kara They delve into the use of process intensification in oxidative biocatalysis, with a special emphasis on non-conventional media, process data and analytics, reactor engineering, and downstream processing. Discover more here: https://lnkd.in/d-6Pv98T Keep an eye out for updates as the field of biocatalysis continues to advance! #biocatalysis #OxidativeEnzymes #NonConventionalMedia #ProcessData #PAT #reactor #engineering #downstream #processing

Solid State Fermentation – part two: Technology design and process utilisation 💡 In the first of our three-part series of articles about Solid State Fermentation (SSF), we looked at the theory behind SSF. In this second article, we’re zooming in on the technological advancements and process improvements needed for industrial scaling. Here, we explore bioreactor designs, process control systems, and advanced methodologies that enable efficient heat and mass transfer, crucial for maximising yields and ensuring consistent product quality 📈 By addressing challenges such as aeration, temperature, and moisture management, we further explore how cutting-edge technologies are shaping the future of SSF, allowing it to meet the demands of modern industrial biotechnology 🏭🌱🧪 Read the second article and access the complete series here 👇 https://lnkd.in/dpcF8RXj #SolidStateFermentation #SSF #Lifescience #newtechnologies

In the world of process engineering, separation techniques are crucial. But how do you choose the right one? Today, we're learning about the differences between two powerhouse methods: distillation and crystallization. Join us in the second video of our series, where Sulzer Chemtech's experts break down the science and how to combine technologies to achieve your purification goals economically with a smaller environmental impact #Crystallization #Purification #SulzerChemtech

In the last episode you discovered the basics of melt crystallization. In this one you will learn how combining crystallization with distillation can help unlocking challenging separations and most importantly reducing the CO2 emissions. #crystallization #highpurity #energysaving

Step into the world of AM Technology's headquarters with our recent magnesium slurry handling testing video! Our engineers conducted an internal test reaction to showcase the seamless dosing capabilities of the Coflore ATR, choosing a fast-settling solid, magnesium, to showcase the solid handling capabilities of our reactors 💡 Deliberately choosing and amplifying the simplicity of the setup, we successfully achieved extended residence times without encountering any blockages along the way. ➡️ Even through its minimalistic design of just a feed vessel and a peristaltic pump! We successfully managed to dose the fast-settling magnesium solid into the 10L ATR, where the reactor recycled the slurry for extended residence times of approximately 14 minutes. Stay tuned as we continue to push the boundaries in chemical engineering! 💪 #ChemicalEngineering #Innovation #FlowChemistry #MagnesiumSlurry

Revolutionizing Cyclopropane Synthesis: Excited to share the latest breakthrough from Minakem scientists! Our innovative electrochemical approach simplifies the synthesis of mono- and 1,1-disubstituted cyclopropanes. By leveraging a sacrificial reductant and cost-effective electrodes, we've eliminated the need for a divided cell and hazardous materials. This sustainable and efficient method paves the way for streamlined continuous flow processes. #chemistry #electrochemistry #sustainability #innovation #greenchemistry