Membrane process development
At EMI Twente, we specialize in optimizing membrane processes to maximize the recovery of valuable components. Using commercially available membranes, we focus on fine-tuning process parameters—such as flow rates, pressures, and cleaning protocols—to achieve the best possible performance for your specific application. Whether you’re dealing with challenging feed streams or aiming to improve yield and efficiency, we bring a pragmatic, results-driven approach to process development. Our goal is simple: to help you get the most out of your membrane system with smart, tailored solutions that work in the real world.
Are membranes an answer to your separation challenge?
We’re here to answer this question together you—step by step. We begin with a thorough literature review to assess the feasibility of your separation and guide you toward the right membrane and process parameters. Is the process is novel? We rise to the challenge. With our expertise, we’ll hand-pick the best membrane candidates and process conditions to test.
We screen commercial membranes on a small scale to identify the best performers, then refine the parameters to match your separation needs. From there, we take it to the next level, conducting pilot trials at our facilities or on-site to fine-tune operational parameters for full-scale success. Whether you are looking for a proof-of-principle or want to create a full-scale design, we’re with you every step of the way, turning your separation challenge into a robust process technological solution.
Integral solutions
Membranes might be the key to your separation challenge, but we know that most solutions are part of a bigger picture. At EMI Twente, we don’t just focus on one piece—we take a holistic view of your entire process. Pre-treatment, post-treatment, and every step in between matter. We believe that optimizing one step alone doesn’t always lead to the best outcome. That’s why we consider the whole process from start to finish.
We adjust the parameter screening during testing to align with the process, look for interactions between processes during piloting and use simulation tools to predict how membrane optimization will impact the entire separation train.
The result? A more efficient, effective separation that takes you further. We’re here to turn your complex challenge into a high-performing solution.
