Utrasonic topic: "How to use Ultrasonic Reactors" Ultrasonic reactors are used for manifold applications to homogenise and disperse nano materials, to extract bioactive substances and to initiate chemical reactions (sonochemistry). Since sonication is a highly efficient process intensifying technology, ultrasonic reactors are used in chemistry and material science, the production of biodiesel and aqua-fuels, and in the food, pharma and cosmetic industry. Ultrasonic chemical reactors are available for laboratory and industrial. Learn more about the applications of ultrasonic reactors and their easy integration! 12 pages about this topic are being shown: Biodiesel via Ultrasonically Improved (Trans-)Esterification Biodiesel is synthesized via transesterification using a base-catalyst. However, if the raw material such as low-grade waste vegetable with a high free fatty acid content are used, a chemical pre-treatment step of esterification using an acid-catatlyst is required. Ultrasonication… https://www.hielscher.com/biodiesel-via-ultrasonically-improved-trans-esterification.htm Ramp-up Slow and Insufficient Manufacturing Processes Ultrasonication is a well-established process intensifying technique, which is used in many kinds of liquid applications such as homogenization, mixing, dispersing, wet-milling, emulsification as well as improving heterogeneous chemical reactions. If your production process is underperforming and does not… https://www.hielscher.com/ramp-up-slow-and-insufficient-manufacturing-processes.htm Cocoa Shell Extracts with Power Ultrasound Cocoa waste such as cocoa fruit pulp and cocoa bean shells can be easily valorized by extracting cocoa butter, fruit sugar and bioactive compounds. Ultrasonic extraction has been proven to be a highly efficient technique to isolate valuable components… https://www.hielscher.com/cocoa-shell-extracts-with-power-ultrasound.htm Water-Based Graphene Exfoliation Ultrasonic exfoliation allows to produce few-layer graphene without the use of harsh solvents using pure water only. High-power sonication delaminates graphene sheets within a short treatment. The avoidance of solvents turns graphene exfoliation in a green, sustainable process. Graphene… https://www.hielscher.com/water-based-graphene-exfoliation.htm High-Shear Mixers for Toothpaste Manufacturing Toothpaste manufacturing is a demanding process that requires mixing equipment capable to handle viscous pastes, high solid concentrations and abrasive particles. Ultrasonic high-shear mixers provide high-intensity shear forces that provide thorough wetting of powders, uniform homogenisation of colloidal slurries… https://www.hielscher.com/tooth-paste-manufacturing.htm High Shear Mixing with Ultrasonics High shear mixers apply high shear forces into liquids and slurries in order to provide the uniform dispersing, blending, and emulsification of two or more liquid-solid or liquid-liquid phases. Ultrasonication generates high shear forces via acoustic cavitation, which occurs… https://www.hielscher.com/high-shear-mixing-with-ultrasonics.htm Ultrasonic Disintegration: Wetting, Dissolving, Dispersing Ultrasonic integrators are widely used to wet, disperse or dissolve particles and powders into liquids. High-performance ultrasonicators create intense shear forces, which break and shatter aggregates, agglomerates and primary particles to microscopic or nano size. The uniform particle processing… https://www.hielscher.com/disintegration-wetting-dissolving-dispersing.htm Ultrasonic Disintegrators Cell disintegration is a common task in biotechnology and in many applications that involve processing cells and intracellular material. Ultrasonic cell disintegrators are efficient and reliable, when it comes to breaking cell wall or membranes of plant cells, mammalian… https://www.hielscher.com/ultrasonic-disintegrators.htm Ultrasonic Extraction of Mycoprotein Mycoprotein are fungus-derived protein produced for human consumption, which are mainly used to prepare meat substitutes or “fake meat”. Ultrasonic extraction and homogenization is a highly efficient method to release mycoprotein from the fungus achieving very high protein yields… https://www.hielscher.com/ultrasonic-extraction-of-mycoprotein.htm Ultrasonic Milling for Lipstick Manufacturing Lipstick manufacturing involves the grinding and mixing of waxes and colour pigments on a precisely controllable level to ensure a certain colour and texture profile of the lipstick. Ultrasonic grinding and mixing is a reliable, efficient, and exactly controllable… https://www.hielscher.com/ultrasonic-milling-for-lipstick-manufacturing.htm Ultrasonically Formulated Famotidine Solid-Lipid Nanoparticles Famotidine is a common pharmaceutical molecule used in heartburn medications. In order to overcome the poor solubility and the resulting poor bioavailability, famotidine can be formulated into solid-lipid nanoparticles using sonication as encapsulation technique. Ultrasonically Famotidine-Loaded Solid Lipid Nanoparticles… https://www.hielscher.com/ultrasonically-formulated-famotidine-solid-lipid-nanoparticles.htm Uniformly Dispersed CNTs by Ultrasonication To exploit the exceptional functionalities of carbon nanotubes (CNTs), they must be homogeneously dispersed. Ultrasonic dispersers are the most common tool to distribute CNTs into aqueous and solvent-based suspensions. The ultrasonic dispersing technology creates sufficiently high shear energy to… https://www.hielscher.com/uniformly-dispersed-nanotubes-by-sonication.htm Request for more information If you did not find what you were looking for, please contact us! Name Email address (required) Phone number Product or area of interest Please note our privacy policy. Contact us
Biodiesel via Ultrasonically Improved (Trans-)Esterification Biodiesel is synthesized via transesterification using a base-catalyst. However, if the raw material such as low-grade waste vegetable with a high free fatty acid content are used, a chemical pre-treatment step of esterification using an acid-catatlyst is required. Ultrasonication… https://www.hielscher.com/biodiesel-via-ultrasonically-improved-trans-esterification.htm
Ramp-up Slow and Insufficient Manufacturing Processes Ultrasonication is a well-established process intensifying technique, which is used in many kinds of liquid applications such as homogenization, mixing, dispersing, wet-milling, emulsification as well as improving heterogeneous chemical reactions. If your production process is underperforming and does not… https://www.hielscher.com/ramp-up-slow-and-insufficient-manufacturing-processes.htm
Cocoa Shell Extracts with Power Ultrasound Cocoa waste such as cocoa fruit pulp and cocoa bean shells can be easily valorized by extracting cocoa butter, fruit sugar and bioactive compounds. Ultrasonic extraction has been proven to be a highly efficient technique to isolate valuable components… https://www.hielscher.com/cocoa-shell-extracts-with-power-ultrasound.htm
Water-Based Graphene Exfoliation Ultrasonic exfoliation allows to produce few-layer graphene without the use of harsh solvents using pure water only. High-power sonication delaminates graphene sheets within a short treatment. The avoidance of solvents turns graphene exfoliation in a green, sustainable process. Graphene… https://www.hielscher.com/water-based-graphene-exfoliation.htm
High-Shear Mixers for Toothpaste Manufacturing Toothpaste manufacturing is a demanding process that requires mixing equipment capable to handle viscous pastes, high solid concentrations and abrasive particles. Ultrasonic high-shear mixers provide high-intensity shear forces that provide thorough wetting of powders, uniform homogenisation of colloidal slurries… https://www.hielscher.com/tooth-paste-manufacturing.htm
High Shear Mixing with Ultrasonics High shear mixers apply high shear forces into liquids and slurries in order to provide the uniform dispersing, blending, and emulsification of two or more liquid-solid or liquid-liquid phases. Ultrasonication generates high shear forces via acoustic cavitation, which occurs… https://www.hielscher.com/high-shear-mixing-with-ultrasonics.htm
Ultrasonic Disintegration: Wetting, Dissolving, Dispersing Ultrasonic integrators are widely used to wet, disperse or dissolve particles and powders into liquids. High-performance ultrasonicators create intense shear forces, which break and shatter aggregates, agglomerates and primary particles to microscopic or nano size. The uniform particle processing… https://www.hielscher.com/disintegration-wetting-dissolving-dispersing.htm
Ultrasonic Disintegrators Cell disintegration is a common task in biotechnology and in many applications that involve processing cells and intracellular material. Ultrasonic cell disintegrators are efficient and reliable, when it comes to breaking cell wall or membranes of plant cells, mammalian… https://www.hielscher.com/ultrasonic-disintegrators.htm
Ultrasonic Extraction of Mycoprotein Mycoprotein are fungus-derived protein produced for human consumption, which are mainly used to prepare meat substitutes or “fake meat”. Ultrasonic extraction and homogenization is a highly efficient method to release mycoprotein from the fungus achieving very high protein yields… https://www.hielscher.com/ultrasonic-extraction-of-mycoprotein.htm
Ultrasonic Milling for Lipstick Manufacturing Lipstick manufacturing involves the grinding and mixing of waxes and colour pigments on a precisely controllable level to ensure a certain colour and texture profile of the lipstick. Ultrasonic grinding and mixing is a reliable, efficient, and exactly controllable… https://www.hielscher.com/ultrasonic-milling-for-lipstick-manufacturing.htm
Ultrasonically Formulated Famotidine Solid-Lipid Nanoparticles Famotidine is a common pharmaceutical molecule used in heartburn medications. In order to overcome the poor solubility and the resulting poor bioavailability, famotidine can be formulated into solid-lipid nanoparticles using sonication as encapsulation technique. Ultrasonically Famotidine-Loaded Solid Lipid Nanoparticles… https://www.hielscher.com/ultrasonically-formulated-famotidine-solid-lipid-nanoparticles.htm
Uniformly Dispersed CNTs by Ultrasonication To exploit the exceptional functionalities of carbon nanotubes (CNTs), they must be homogeneously dispersed. Ultrasonic dispersers are the most common tool to distribute CNTs into aqueous and solvent-based suspensions. The ultrasonic dispersing technology creates sufficiently high shear energy to… https://www.hielscher.com/uniformly-dispersed-nanotubes-by-sonication.htm