Particle sizing for accurate particle presence

                                                                                         

The mathematical calculation of particles present or sorted in size in various mediums like powder, granules, fluids, etc., scientifically termed as particle characterization or particle size distribution enables one to understand their physical and chemical properties. The size of a particle is determined in terms of 'μm'. Measurement of particles to precisely apprehend particle sizing and particle systems are the challenging job work of many scientists and engineers. The process embraces several stages of measurement job and consistent data need to be maintained utilizing particle counting systems. Monitoring, or say, particle size analysis of particles and droplets, using in-process technologies and particle counting systems, encompass many application areas ranging from liquid emulsions, crude oil emulsions, water emulsions, consumer products, suspension polymerization and more. Particle counting systems help the user measure solids as well as understand control of hydrate formation, wax crystallization, emulsion breaking, asphaltene precipitation and more.

In the oil recovery and transport sector, flow assurance has been a crucial matter of concern. Pipelines, during extreme temperatures and pressures, may be blocked or plugged due to crystallization of methane gas, precipitation of asphaltenes. This needs to be controlled as other than being a costly affair, plugging may affect oil production rate as well as damage the reservoir. Availability of particle sizing system specific to the application facilitates measurement of particles and droplets in the oil under ideal conditions. In the control process, water is used to displace oil in the well, but after the process is complete, the water and particulates need to be removed from the oil, also quantifying via particle size analysis the amount of water or particles trapped before and after the process. This is only a tiny bit of the big story and application areas. This illustrates the importance of particle characterization in many an industry.

The scope of particle sizing also hems in rocks, soils, reactivity of solids in chemical reactions, industrial products, etc. There are different methods used to determine particle characterization with the usage of the applicable particle sizing system; worth mentioning are sieve analysis, optical counting methods, acoustic spectroscopy, electroresistance counting methods, sedimentation techniques, laser diffraction methods, and more.

The researcher engaged in the field of particle sizing makes use of sophisticated hi-tech particle counting systems or particle sizing system in order to derive the best results. Particle size analysis being a routine activity in many laboratories and companies, manufacturers have tried to come out with the up-to-the-minute advanced particle counting systems incorporating all available as well as innovative features.

The user should be experienced enough to choose high quality particle sizing system after conducting a market survey to compare brands, features and of course price. But there is one word of caution! In case of sophisticated instrumentation products like particle counting systems, you should not consider the price factor. Quality and features should be given prime importance rather than price. These products perform better, last long, easy or no maintenance requirements, durable and a host of other advanced features.

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Particle Characterization , Particle Counters , Particle Sizing

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