resolvent

How can the pharmaceutical industry elevate product quality with enhanced efficiency? Modelling and simulations have numerous well-proven applications in the pharmaceutical industry, and it's continuously evolving. Click on the link to learn, how Modelling and simulation play an important role in pharmaceutical manufacturing. https://lnkd.in/eksBtE3p #pharmaceuticalindustry #modelling #simulation #multiphysics #comsol

The winter view from our office ??

Advanced techniques in drying time prediction for pharmaceutical API production can transform the manufacturing process. Incorporating data analytics and machine learning algorithms, we can make predicitions based on historical data and real-time measurements. Drying time predictions can enable you to streamline processes and allocate resources efficiently. It helps optimize production schedules, minimize downtime, and maximize productivity. At resolvent, we can help you with the API production process and offer a collaborative solution tailored to your needs. Learn more about it on our blog: https://lnkd.in/eGUQC8si #PharmaceuticalAPI #ProductionOptimization #Innovation #DryingTimePrediction #MachineLearning

Are you tracking mass and energy throughout your manufacturing process? If not, it might be time to consider employing simulation as a tool to achieve this. These quantities obey fundamental laws of conservation (classical physics), which makes up the backbone of multiphysics simulation tools. Application examples are: ? Track your process sustainability indicators in real-time by filling out data gaps with simulation (“soft sensor”). ? Complement /verify engineering calculations to theoretically qualify changes. These points are particularly of interest in processes that are subject to tight productivity schedules combined with regulatory control such as the pharmaceutical industry. In such cases, utility systems with no product impact still comprise a significant contributor to the plantwide energy footprint. Therefore, such systems are suitable targets for simulation-based optimization studies as proof-of-concept, before simulation can be further anchored into the organization. #modelling #simulation #pharmaceutical #manufacturing

Engineering Efficiency CFD and Multiphysics Simulations provide valuable insights for mixing processes scale-up and optimization. The simultaneous evaluation of multiple factors by the digital representation allows better operating conditions. It offers a framework for improved knowledge sharing as design decisions and/or potential issues can be more easily visualized. Learn more at: https://lnkd.in/e8sFAYZ6 ? Contact us today to learn more about how our modelling and simulation services can help you unlock your full potential. https://lnkd.in/gawDjwx #cfd #simulation #mixingprocess #scaleup #modelling

Resolvent participated in the #COMSOL conference in Florence with both presentations and posters. We are digesting the learnings, meeting new contacts and look very much forward to explore the soon-to-be-released COMSOL version 6.3??? #multiphysics #modellingsolutions

? A European network of centres of excellence on innovative hydrogen production technologies, H2SHIFT makes available physical and numerical test lines and business support services to advance innovation in hydrogen production technologies alternative to current commercial electrolysis. ?? Are you interested in the opportunity to access the H2SHIFT testlines? ?? Tell us more by filling this form: https://lnkd.in/dTBUUQck

? Why do you need #simulations? There are many reasons why companies explore and add the benefits of Multiphysics simulations to their production and R&D process. In this post, we will highlight three of them: 1. Eliminates risk: For most productions, the raw material handling and consistency are of utmost importance to the final product quality and thruput. In these situations, Multiphysics Simulations can provide valuable knowledge and guide the production team on the effect of changes, identify critical parameters, and quantify sensitivities. Testing a change in the digital sphere does not have the same immediate consequences as real life! 2. Replicate a test or environment : From heavy process equipment to pharmaceutical production, simulation provides a way to replicate any environment, device, equipment, or task. #Multiphysics Simulation allows you to experiment and test new techniques and processes that could not be carried out in the real world without pain. Timewise, financially or safety-wise. Simulation provides a place to develop physical phenomena but also other skills, such as critical thinking, reasoning, evaluation, analysis, problem-solving, and decision-making—along the way. The possibility of distributing the models to all relevant stakeholders, colleagues, and partners only make the use case even better! 3. Faster and Better Knowledge Retention: Multiphysics simulation helps engineers and other users gain and retain knowledge faster than traditional methods. Why? Getting hands-on experience with the digital representation of the field they work in allows them to apply concepts, foreground knowledge, and ideas without jeopardizing production quality, damaging expensive equipment, dangerous situations, etc. Having validated simulation models available also means on-demand training and test ability around the clock, locally as well as globally. At resolvent, we make our specialized knowledge and development resources available to the industry. We are a strategic collaboration partner, taking part in the development and improvements of the core technical areas of our customers. It is our ambition to provide sustainable value to our customers and their organizations. Contact us for more information: https://lnkd.in/gawDjwxD #COMSOL #simulation #pharmceutical #multiphysics

Scaling, production changes, and troubleshooting By simulating your production setup, you can get critical insights without losing valuable production time For production companies, unscheduled downtime easily costs millions of DKK in wasted raw materials, equipment repair, and lost market shares. In resolvent, we specialize in developing models and tools that can guide production changes, ensure predictive maintenance, or troubleshoot while the production is still running. Scaling from laboratory to full-scale production or making changes to an existing production line, are examples of common?situations that exist in many pharmaceutical production companies. Production changes: When making design changes to production lines, you want the product conditions to be within a regime you know works. This is, however, not straightforward as the factors do not scale equally, and even small design changes can have a significant impact on i.e., the cell growth or fluid flow. Having validated simulation results available empowers the engineers to give qualified guidance to the decision-makers and thereby reduce risk, cost, and downtime. Troubleshooting: The process of troubleshooting is similar. Knowing the baseline conditions allows you to examine your setup, identify outliers, and investigate which changes can solve the problem. Best of all - this can all be done while production is still running! Quantities are often evaluated based on simulations ? Velocity ? Concentration ? Shear Stress ? Flow distribution ? Dead zones ? Microwave and infrared light sterilization ? Contaminations from air ? Particle transport Quantities most often measured ? Solid dissolution ? Precipitation/crystallization ? Mixing efficiency ? Oxidation ? Particle sedimentation #scaling #troubleshooting #production #innovation #mixing

MESH project, which focused on improving the efficiency of Solid Oxide Electrolysis Cells (SOECs) for Power-to-X applications like renewable energy storage and biogas methanation has been successfully completed. Some of the highlights were: ● 2D and 3D Modelling: Our models have provided crucial insights into cell behaviour, addressing key operational challenges. With AC: DC operation, we've simulated steady-state conditions, providing an understanding of system dynamics. ● COMSOL Application: resolvent developed a dedicated tool for modelling AC: DC operated cells, simplifying the exploration of operating parameters for researchers. As we wrap up the MESH project, we sincerely thank all our partners and collaborators for their invaluable contributions. The project, funded by Innovation Fund Denmark, involves collaboration with partners such as AAU Energy, @DTU - Technical University of Denmark - Department of Mechanical Engineering, Dynelectro, resolvent, and Evida #greenenergy #mesh #soec #electrolysis #powertox #ptx #renewableenergy