Chemical Processing - June 2008 - (Page 44) EqUipmENt & sErvicEs Dewatering-drying system features circular fluid bed This dewatering-drying system consists of a circular vibratory screener integrated with a circular fluid-bed dryer to remove over- size and undersize particles while dewatering and drying on-size material. The screener, a 30-in. (762-mm) diameter Vibroscreen model K30-2-SS, together with the 40-in. (1,016-mm) diameter model K40/48-1FBD-SS dryer, removes up to 50 gallons (189 liters) of water per minute, and dries up to 700 lbs (318 kg) of on-size particles per hour. It’s equipped with an imbalanced-weight gyratory motor that vibrates the screening chamber, which is suspended on springs. Kason Corp. (973) 467-8140 www.kason.com through, among other things, state-of-the-art compression elements based on asymmetric rotor profiles, which drastically reduce volumetric losses. Through the optimization of oil injection, flow and temperature, the compression process is kept at the coolest possible temperature, thereby minimizing thermodynamic losses. Other design features to further reduce energy consumption include the use of radial fans with variable speed drive (VSD) regulation, high-efficiency motors and no-loss drains. Extra energy-saving options such as an integrated energy recovery system and VSD for the main motor can provide even greater benefits. Atlas Copco (413) 493-7290 www.atlascopco.com able in gravity units for freefalling bulk product, or in standard horizontal units for products transported via conveyor. Fortress Technology (888) 220-8737 www.fortresstechnology.com Switch checks liquid levels in tanks The Gladiator Conductivity Smart Switch Series offers a simple, reliable way of sensing levels of con- Metal detector suits hazardous locations The Phantom HL-AT model metal detector is certified for ATEX compliance for use in hazductive liquids. This type of switch is suitable for any situation where it is necessary to check the level of a liquid in a tank, including high or low level alarms, constant level control, pump control, and empty tank detection. A low-voltage AC signal is applied between the probe electrode and the tank wall (or reference electrode in case of a nonmetallic tank). When the liquid comes in contact with the electrode tip, a conductive path is established between the sense electrode and the metallic tank wall/reference electrode. Current flow due to the conductive path is sensed, amplified and used to switch a relay for indication or control purposes. Hawk Measurement (888) 429-5538 www.hawkmeasure.com Compressors boast high efficiency The GA range of oil-injected compressors achieves efficiency ardous location zones 21 and 22. The ATEX approval validates the detector’s intrinsic safety in potentially explosive dust atmospheres, typically found in powder handling plants. It is now availJUNE 2008 chEmicalprocEssiNg.com 44 http://www.fortresstechnology.com http://www.atlascopco.com http://www.kason.com http://www.hawkmeasure.com http://chemicalprocessing.com
Table of Contents Feed for the Digital Edition of Chemical Processing - June 2008 Chemical Processing - June 2008 Contents From the Editor ChemicalProcessing.com Field Notes In Process Energy Saver Compliance Advisor Achieve Model Operations Bolster Your Condition Monitoring Toolbox Particle Analysis Makes Solid Progress Improve Batch Reactor Temperature Control Improve Your Job Security Plant InSites Process Puzzler Equipment & Services Product Spotlight/Classifieds Ad Index End Point Chemical Processing - June 2008 Chemical Processing - June 2008 - Chemical Processing - June 2008 (Page Cover1) Chemical Processing - June 2008 - Chemical Processing - June 2008 (Page Cover2) Chemical Processing - June 2008 - Chemical Processing - June 2008 (Page 3) Chemical Processing - June 2008 - Chemical Processing - June 2008 (Page 4) Chemical Processing - June 2008 - Contents (Page 5) Chemical Processing - June 2008 - Contents (Page 6) Chemical Processing - June 2008 - From the Editor (Page 7) Chemical Processing - June 2008 - From the Editor (Page 8) Chemical Processing - June 2008 - ChemicalProcessing.com (Page 9) Chemical Processing - June 2008 - ChemicalProcessing.com (Page 10) Chemical Processing - June 2008 - Field Notes (Page 11) Chemical Processing - June 2008 - In Process (Page 12) Chemical Processing - June 2008 - In Process (Page 13) Chemical Processing - June 2008 - In Process (Page 14) Chemical Processing - June 2008 - Energy Saver (Page 15) Chemical Processing - June 2008 - Energy Saver (Page 16) Chemical Processing - June 2008 - Compliance Advisor (Page 17) Chemical Processing - June 2008 - Achieve Model Operations (Page 18) Chemical Processing - June 2008 - Achieve Model Operations (Page 19) Chemical Processing - June 2008 - Achieve Model Operations (Page 20) Chemical Processing - June 2008 - Achieve Model Operations (Page 21) Chemical Processing - June 2008 - Achieve Model Operations (Page 22) Chemical Processing - June 2008 - Bolster Your Condition Monitoring Toolbox (Page 23) Chemical Processing - June 2008 - Bolster Your Condition Monitoring Toolbox (Page 24) Chemical Processing - June 2008 - Bolster Your Condition Monitoring Toolbox (Page 25) Chemical Processing - June 2008 - Bolster Your Condition Monitoring Toolbox (Page 26) Chemical Processing - June 2008 - Bolster Your Condition Monitoring Toolbox (Page 27) Chemical Processing - June 2008 - Bolster Your Condition Monitoring Toolbox (Page 28) Chemical Processing - June 2008 - Particle Analysis Makes Solid Progress (Page 29) Chemical Processing - June 2008 - Particle Analysis Makes Solid Progress (Page 30) Chemical Processing - June 2008 - Particle Analysis Makes Solid Progress (Page 31) Chemical Processing - June 2008 - Particle Analysis Makes Solid Progress (Page 32) Chemical Processing - June 2008 - Improve Batch Reactor Temperature Control (Page 33) Chemical Processing - June 2008 - Improve Batch Reactor Temperature Control (Page 34) Chemical Processing - June 2008 - Improve Batch Reactor Temperature Control (Page 35) Chemical Processing - June 2008 - Improve Batch Reactor Temperature Control (Page 36) Chemical Processing - June 2008 - Improve Batch Reactor Temperature Control (Page 37) Chemical Processing - June 2008 - Improve Your Job Security (Page 38) Chemical Processing - June 2008 - Improve Your Job Security (Page 39) Chemical Processing - June 2008 - Improve Your Job Security (Page 40) Chemical Processing - June 2008 - Improve Your Job Security (Page 41) Chemical Processing - June 2008 - Plant InSites (Page 42) Chemical Processing - June 2008 - Process Puzzler (Page 43) Chemical Processing - June 2008 - Process Puzzler (Page 44) Chemical Processing - June 2008 - Equipment & Services (Page 45) Chemical Processing - June 2008 - Product Spotlight/Classifieds (Page 46) Chemical Processing - June 2008 - Product Spotlight/Classifieds (Page 47) Chemical Processing - June 2008 - Product Spotlight/Classifieds (Page 48) Chemical Processing - June 2008 - Ad Index (Page 49) Chemical Processing - June 2008 - End Point (Page 50) Chemical Processing - June 2008 - End Point (Page Cover3) Chemical Processing - June 2008 - End Point (Page Cover4)
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