Unlike traditional particle counting, which only provides information on particle size, dynamic image analysis provides detailed data on both particle size and shape. This allows for better identification of specific types of particles (e.g., fibrous, spherical, irregular), which can help in distinguishing between organic matter, sediment, or chemical precipitates.
Particle shape plays a critical role in the performance and manufacturing of sodium-based batteries, particularly when it comes to the powders used for electrodes. The shape of the particles impacts several key factors that influence the efficiency, safety, and durability of the battery.
The ASTM D7596-14 (ASTM, 2018) was designed as a guide for the determination of particle concentration, particle size distribution, particle shape, and soot content for new and in service oils used for lubrication and hydraulic systems using a direct imaging integrated tester.
Lost Circulation Material (LCM) is an additive introduced to drilling fluid that can come in all different shapes and sizes. It is well understood that irregular particles have greater thickening and strength properties. As a result, analyzing size alone for selection of LCM materials would not be ideal. In this case, shape measurements such as Circularity and Smoothness as well as size, are key measurement parameters to monitor.
More videos on different Lost Circulation Material (LCM) which is an additive introduced to drilling fluid that can come in all different shapes and sizes. It is well understood that irregular particles have greater thickening and strength properties. As a result, analyzing size alone for selection of LCM materials would not be ideal. In this case, shape measurements such as Circularity and Smoothness as well as size, are key measurement parameters to monitor.
American Association of Drilling Engineers (AADE 24 FTCE) presentation
Water-based drilling muds are a critical component in the drilling industry. They offer a balance of efficiency, cost-effectiveness, and environmental safety. The physical characteristics of these muds, such as particle size and shape, play a pivotal role in their performance. Image analysis can help decipher the properties of these muds.
Choices are often limited when it comes to particle analysis. Your sample, and indeed, application, can reduce the scope of equipment variability. Ultimate precision is typically only achievable in the lab. Yet generalizability to real-life contexts often requires a natural setting. The trouble with field analysis is its inherent lack of control. It is generally conducted among larger samples and is thus more time-consuming than lab-based particle analysis.
In the world of analyzing fuel and lubricants, the use of particle counters is widespread and essential. Numerous reporting standards exist to offer guidance on limits of contamination. If you are in this industry, then you are aware of these different contamination codes and how typical particle counters work for the measurement of contamination particles.
In the dynamic world of drilling operations, achieving peak efficiency is a complex and multifaceted challenge. A critical but often overlooked aspect in this realm is the role of advanced particle size and shape analysis. This innovative approach to particle analysis revolutionizes our understanding and optimization of materials in drilling processes.
