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  Calcining  Flaking  Cooling  Heating  Cooking  Melting  Digesting  Sterilization  Thermal Decomposition  Drying (including solvent recovery)  Crystallization  Reacting (including crystal reorientation) 

 Operating Pressure:  psig: OR  mm of Hg.abs. Operating Temperature:  degrees Farenheight. Design Pressure:  psig. Design Temperature:  degrees Farenheight. Hazards in Handling: (e.g toxic, explosive, flammable, acid, base, etc.)  Description of Process Conditions: (e.g.. liquid, slurry, paste, free-flowing, granular, lumpy, sticky, abrasive, etc.) At feed:  At intermediate phase Change I:  Which occurs approximately  % through process. At intermediate phase Change II:  Which occurs approximately  % through process. At product discharge:  Is a gas required as a blanketing agent or sparging material? Yes     No  If yes, what will be used and for what purpose?  

 FEED COMPONENTS Chemical Name:     % of Total Feed:     Specific Gravity:     Bulk Density:     Specific Heat:     Latent Heat of Vaporization:     Latent Heat of Fusion:     Boiling Point:     Melting Point:     Viscosity (cps):     Angle of Repose:     Bulk Thermal Conductivity:     Feed Temperature:     PRODUCT Chemical Name:     % of Total Feed:     Specific Gravity:     Bulk Density:     Specific Heat:     Latent Heat of Vaporization:     Latent Heat of Fusion:     Boiling Point:     Melting Point:     Viscosity (cps):     Angle of Repose:     Bulk Thermal Conductivity:     Product Discharge Temperature:     Screen Analysis:  Is material heat sensitive? Yes     No  If so, what is upper temperature limit and length of exposure time operations?  Total Feed Rate  #/hr continuosly; OR  #/batch on a batch cycle of:  hr/cycle 

 Has this material been previously processed in pilot or production equipment? Yes     No  If so, state heat transfer mechanism: Indirect:  Direct:  Type and manufacturer of equipment:  Degree of success realized?  Overall heat transfer coefficient achieved? (U)  Btu/hr/ft2/°F Residence time used?  hours Product rate achieved?  lb/hr (incl.  wt % moisture.) Reason to replace existing units?  Feed material available for confirming tests? Yes     No  

 Material in contact with Process: (check one)  carbon steel  stainless steel type  cast iron  plating or coating type  on base metal of Type of Closure: (e.g., none, partial, pressure, vacuum, dust tight, vapor tight, etc.)  Space Constraint: Length:  Width:  Depth:  Motor Enclosure: (check applicable items)  open drip-proof  encapsulated  TEFC  explosion proof class  group Equipment on Stream:  hrs/day  days/year 

 HEATING AGENTS PRESSURE (psig) TEMPERATURE(°F) Hot Water:   Steam Heat:   Heat Transfer Oil:   Other:   COOLING AGENTS PRESSURE (psig) TEMPERATURE(°F) Brine:   Steam Heat:   Heat Transfer Oil:   Other:   OTHER Vacuum:  inches of Hg. (Absolute) OR  mm Hg. (Absolute) Power:  volts (ac or dc) Frequency:  Phases:  

 (Complete if applicable) Moisture content on wet basis in feed: % in product: % Is moisture present: (Check one)  free  chemically-bound  mechanically-bound If moisture chemically-bound, provide heat of hydration:  Btu/lb and dissociation temperature: °F 

 (complete if applicable) Are intermediate holding temperatures required? Yes     No  if yes, state intermediate temperature and holding time: (1)°F for  minutes (2)°F for  minutes (3)°F for  minutes (4)°F for  minutes Is there a prescribed cooling or heating rate? Yes     No  If yes, rate here:  °F/hr 

 Does material have any supercooling characteristics? yes     No  Desired flake size and thickness  Describe any specific feed system that is required  Comments: