Comparison between weight loss of bends in a pneumatic conveyor and erosion rate obtained in a centrifugal erosion tester for the same materials

Advanced ceramics and coatings for erosion‐related applications in mineral and oil and gas production: A technical review

“…There is no a “universal” testing method providing the answer, what material is the optimal for different wear or wear–corrosion conditions, which may occur in service. A variety of wear, specifically erosion, testing methods and involved apparatus were described and discussed in literature, where different abrasive media, hydrodynamic flows’ features, and environments are employed simulating certain application conditions 2,13,35,37,56–66 . The most employed erosion resistance testing methods include ASTM C704, G76, and G73 (or their modification), slurry jet erosion testing, centrifugal‐based erosion and slurry erosion–corrosion methods, and some others, which allow simulation and evaluation of advanced materials, particularly ceramics and coatings, in certain application conditions.…”

“…A variety of wear, specifically erosion, testing methods and involved apparatus were described and discussed in literature, where different abrasive media, hydrodynamic flows' features, and environments are employed simulating certain application conditions. 2,13,35,37,[56][57][58][59][60][61][62][63][64][65][66] The most employed erosion resistance testing methods include ASTM C704, G76, and G73 (or their modification), slurry jet erosion testing, centrifugal-based erosion and slurry erosion-corrosion methods, and some others, which allow simulation and evaluation of advanced materials, particularly ceramics and coatings, in certain application conditions. The testing principles and schematics of some of these methods are shown in Figures 6-9.…”

Influence of Boronizing on Steel Performance under Erosion-Abrasion-Corrosion Conditions Simulating Downhole Oil Production

“…Data on wear and wear-corrosion resistance reported in literature depend on the testing method, testing conditions and employed apparatus. For erosion and erosioncorrosion studies, various testing methods and related equipment, such as a blasting unit (the simplest method for dry testing conditions) and different "pot" testers [38][39][40][41], slurry jet erosion testing devices [40][41][42][43], Coriolis erosion testing equipment [31,42,44,45], slurry whirling arm ring tester [32,46] and some other equipment [47][48][49][50][51][52], could be utilized. There are no standardized methods for testing and evaluation of erosion resistance.…”

Mass-Flow-Rate Measurement of Pneumatically Conveyed Particles Through Acoustic Emission Detection and Electrostatic Sensing

“…In particular, coal and biomass-fired power plants can benefit from accurate measurement of fuel flow rate with improved combustion efficiency and reduced pollutant emission. Moreover, based on the mass flow rate of particles in the pipeline, optimal conveying conditions can be reached, which would reduce energy consumption and wear on equipment [1]. However, as the particle flow in fuel injection pipelines is very complex in terms of gas-solids two-phase flow nature and is in a dilute suspension, the online mass flow metering of particles is recognized as a long-standing industrial problem [2,3].…”