Separation technologies
Separation¬†technologies research. Separation¬technologies focuses on methods to isolate or remove components from mixtures, playing a critical role in chemical engineering and related fields. This area of research explores techniques ranging from filtration and centrifugation to advanced membrane separations, essential for processes such as waste management, food processing, and industrial purification. JoVE Visualize pairs PubMed articles with JoVE’s experiment videos, helping researchers and students gain deeper insights into separation principles and practical applications, enhancing their understanding of complex techniques and materials like fly ash and more.
Established separation technologies include filtration, distillation, centrifugation, and adsorption, widely utilized in chemical engineering for purifying substances and recovering valuable materials. Methods such as gravity separation and membrane filtration often address challenges like separating fly ash from industrial emissions, while liquid-liquid extraction and crystallization remain important in chemical manufacturing and environmental applications. These foundational techniques provide the basis for many industrial and laboratory separation processes and are crucial for understanding what technical separation involves in various contexts.
Recent advances in separation technologies emphasize enhancing efficiency and sustainability through innovations like membrane distillation, electro-separation, and magnetic separation. Emerging approaches often target complex mixtures, including those in food processing and waste streams treated by companies like United Separation Technologies and ProAsh. Research also explores hybrid methods combining biological and physical principles or integrating AI for process optimization. These innovative techniques offer promising solutions to longstanding challenges in separation technologies fly ash management and beyond.
Xiong Xiong, Yutong Zhou, Sen Lu, Zhe Shen
Firas El Saleh, Hendrik Huebscher, Sergei Trofimov, Christian Muehlenfeld
Yunda Huang, Lily Zhang, Huub Gelderblom, Kelly E Seaton, Nicole L Yates, Carmen A Paez, Shelly T Karuna, Philip Andrew, Theresa Gamble, Samuel T Robinson, Julie E Ledgerwood, Ollivier Hyrien, Stephen R Walsh, Cynthia L Gay, Jane A Gwira, Hans M L Spiegel, Magdalena E Sobieszczyk, Sharon B Mannheimer, Srilatha Edupuganti, Christopher B Hurt, Kathryn E Stephenson, Chenchen Yu, Colleen F Kelley, Sharana Mahomed, Marc Siegel, Margaret Yacovone, Michael N Pensiero, Deborah Donnell, Myron S Cohen, Lawrence Corey, Peter B Gilbert, Richard A Koup, Georgia D Tomaras
Christian Seim, Javier Gerber, Jussi-Petteri Suuronen, Emely Bortel, Bernd Küstner, Lena Müller, Jean Doucet, Luiz Schweitzer, Enni Mattern, Peter Westenberger, Timm Weitkamp, Bernhard Hesse
Erick Wesley Hedima, John David Ohieku, Abdulrahman Nasir, Yahaya Mohammed Katagum
Yi Xing, Miao Lin, Jingzhe Li, Xiaoran Huang, Lei Yan, Jingru Ren, Hao Zhou, Shuoying Chen, Yiting Cao, Peiyu Huang, Weiguo Liu
Ke Zhang, Guanzhu Zhou, Senlin Zhang, Rui Zhu, Jie Sun, Shijin Ding, David Wei Zhang
Kunfeng Liu, Liqian Wang, Mengyao Chen