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- Title
Next-generation encapsulation technology.
- Abstract
This document provides information on three different topics. The first topic discusses a collaboration between Straw Innovations, Takachar, and Aston University to develop a next-generation encapsulation technology for rice production in India and the Philippines. The technology aims to convert agricultural waste into higher value bioproducts and utilize waste heat for drying rice. The second topic highlights a process developed at the University of Vienna to make vegetable oils with more antioxidants, longer shelf life, and a less bitter taste. The process involves extracting natural ingredients from press cake to enrich the oil with polyphenols. The third topic focuses on ASP Isotopes Inc.'s commercial production of isotopes using a cost-effective and waste-free isotope enrichment technology called Aerodynamic Separation Process (ASP). The technology separates isotopes by mass difference and has applications in various fields such as biomedical research and quantum computing. Additionally, ASP Isotopes Inc. is developing technologies for separating other isotopes for imaging applications and nuclear energy. The document also briefly mentions a technology platform called Fraunhofer Dynamic Mixing Technologies (FDmiX) developed by the Fraunhofer Institute for Production Systems and Design Technology IPK and FDX Fluid Dynamix GmbH. The platform utilizes an OsciJet nozzle to produce nanoparticles with improved quality and stability for nucleic acid-based medications. Lonza AG has licensed the technology for its own production activities.
- Subjects
CURRENT good manufacturing practices
- Publication
Chemical Engineering, 2024, p8
- ISSN
0009-2460
- Publication type
Article