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Featured Articles
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Biogas Thermal Mass Flow Meter Improves Operation Of Methane Recovery System
By Kittichai Preenoi, Petro-Instruments Corp., Ltd.; and Steven Craig, Fluid Components International LLC
S.P.M. Feed Company Limited operates in Pakto, Pak Tho Ratchaburi, Thailand, with more than 100,000 head of swine. As a company participating in the organic biomass fermentation and recovery industry, S.P.M. generates power from biogas produced by the organic industrial waste from the livestock.
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Quadro Ytron® For Milling API Slurries
By Quadro Engineering Corp.
The Quadro Ytron Z Emulsifier and Quadro® HV can improve particle and droplet size distributions, increase product yield (less degradation for certain APIs), and reduce milling time by reducing the number of passes.
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Featured Downloads
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Tuf-Flex™ Series Volumetric Feeders |
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Schenck AccuRate's economical and application-proven Tuf-Flex Volumetric Series Feeders handle a wide variety of fine powders, flakes, granules, chips, and pellets. |
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Liqui-Cel Membrane Contactors: Brochure |
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Membrana offers four fiber types of polyolefin-based membrane contactors. Each fiber and module design has unique qualities making it suited to various applications. |
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Quantifying The Impact Of Humidity On Powder Properties |
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Of the many factors that influence powder behavior, moisture, or humidity, is perhaps one of the most instantly recognized. Adding even small amounts of water to a powder can transform its properties. |
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Screening Impurities In Fine Chemicals |
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The analysis of impurities in starting materials, intermediates, and finished products intended for a wide range of final uses is essential for ensuring product quality, performance, and consumer safety. |
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Degas Options For Micropore Samples |
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A degas study was conducted to determine the effectiveness of flow versus vacuum degas. An amorphous silica-alumina and a microporous zeolite were prepared by both techniques, and then nitrogen isotherms were collected for both materials. |
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New Generation Non-Spill Quick Disconnect Technology |
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Traditionally, non-spill quick disconnect couplings have served the high-pressure, industrial hydraulic market. Recent design innovations and improvements include advances in valve design, optimized flow area calculations, and isolation of the valve actuation springs from the fluid flow path. |
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