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particle size distribution Applications

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    AutoChem - Particle and Droplet Processing

    Optimize Multiphase Processes With In Situ Video and Real-Time Particle and Droplet Measurements. Particles and droplets are everywhere in the chemical, consumer products, pulp and paper, and petroleum industries. Particles grow, agglomerate, break, dissolve, and change shape - all of which can have an impact on process performance and product quality. To be successful, chemists and engineers must understand and optimize particle size distributions to control process efficiency such as stability, separations, or flow properties. In addition, particle and emulsion distributions must be well controlled to ensure repeatable product yield, shelf life, and bulk density.

    By Mettler - Toledo Int. Inc based in Greifensee, SWITZERLAND.

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    Aerosol and particle technology for process control industry

    In order to ensure that an industrial process can be controlled or even improved and optimized continually an analysis of the current situation in real time is necessary. Process data like temperature, pressure but also particle concentration and size distribution of a material flow can supply valuable information and be used for the regulation or the improvement of a process.

    By Palas GmbH based in Karlsruhe, GERMANY.

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    Aerosol and particle technology for pharmacy industries

    In the field of inhalation research it is necessary to characterize unambiguously the inhalable aerosols regarding particle size distribution and concentration.

    By Palas GmbH based in Karlsruhe, GERMANY.

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    Aerosol and particle technology for aerosol generation industry

    For more than 25 years Palas has been building systems for the aerosol generation. With more than 30 different systems Palas is market leader worldwide. In particular, the high reproducibility and constancy regarding the particle size distribution and concentration of the Palas aerosol generators have to be emphasized. The Palas aerosol generators are heatable in part up to 150°C. Several types are built in pressure-resistant version and being used successfully worldwide for applications in under and overpressure up to 10 bar.

    By Palas GmbH based in Karlsruhe, GERMANY.

  • Independent particle characterization services for medical devices industries

    Advances in biomedical implant and device technology continue to present new challenges in the area of physical testing. Particle Size Distribution, Surface Area and Porosity measurement data are invaluable to the biomedical researcher. PTL partners with each client to design projects that provide this needed information while controlling the costs of research. Applications have included particle size analysis of wear particles in fluid submitted from implant fatigue studies and pore size analysis of tricalcium phosphate granules compressed into bone grafting media. Evaluation by photomicroscopy and mercury porosimetry of artifical ligament materials have provided insight to researchers on their products.

    By Particle Technology Labs based in Downers Grove, ILLINOIS (USA).

  • Independent particle characterization services for food and beverage industries

    PTL`s service to the food and beverage industry is consultative and exacting. Manufacturers need to identify and control particle size distribution and other physical properties of food powders and emulsions in order to control the quality of the food_beverage_particle_testing_analysisfinished product. Factors such as appearance, taste, “mouth feel”, processing and handling are all affected by physical characteristics including particle size, particle shape, surface area, thermal properties, powder flowability, and for emulsions, zeta potential.

    By Particle Technology Labs based in Downers Grove, ILLINOIS (USA).

  • Independent particle characterization services for abrasives industries

    Serving the abrasive industry over the last 2 decades, the most common testing performed for this field is particle size and shape analysis. The world of abrasives can encompass a host of varying materials from diamond dust, silicon and tungsten carbide, fused silica and quartz, to polished glass and medical abrasives. particle_size_of_abrasives With sizing instrumentation capable of measuring from a few nanometers up to 2000 microns and classic techniques such as sieving for even larger sizes, PTL has the expertise and equipment capable to measure any abrasive type and size. Particle size distribution analyses on abrasives provide valuable insight to engineers in several areas. For example, attrition products from classified spent abrasives can often be seen as a shift to smaller particle sizes.

    By Particle Technology Labs based in Downers Grove, ILLINOIS (USA).

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    AutoChem - Formulations and Product Development

    The particle size distribution is one of the most critical parameters in drug product quality. Real time understanding and control of particles ensures Quality by Design (QbD) in solid and liquid dosage formulation. FBRM and PVM Process Analytical Technologies (PAT) provide in-process real time measurements of particle dimension, particle shape, and particle count. FBRM and PVM are used to promote faster formulation development, improve process confidence, and control batch-to-batch consistency.

    By Mettler - Toledo Int. Inc based in Greifensee, SWITZERLAND.

  • SONARtrac - Dredging - Cutter Vessels

    Cutting efficiency is greatly affected by variability in soil density, hardness, lithology, and sediment particle size distribution. All of these factors create slurry of variable makeup and density. If the dredge pump works at a constant speed, the slurry will have a variable flow velocity, which is undesirable and potentially dangerous. If the velocity is too low, there is a risk of sandouts in the pipeline. If the velocity is too high, the pump will wear and be inefficient. Traditional velocity flowmeters with wetted parts are prone to wear, causing measurement inaccuracies, and require frequent, costly replacements

    By CiDRA based in Wallingford, CONNECTICUT (USA).

  • SONARtrac - Dredging - Hopper Vessels

    Soil density, hardness, lithology, and sediment particle size distribution can create slurry of variable makeup and density. At a constant pump speed, the slurry will have a variable flow velocity, which is undesirable and potentially dangerous. If the velocity is too low, there is a risk of sand outs in the pipeline. If the velocity is too high, the pump will wear and be inefficient. Traditional velocity flow meters with wetted parts are prone to wear, causing measurement inaccuracies, and require frequent, costly replacements. In addition, the presence of entrained gases may disturb the readings of traditional flowmeters and cause slurry density measurements to be inaccurate.

    By CiDRA based in Wallingford, CONNECTICUT (USA).

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