Slurry Dryer Specifications
Evaporation Capacity (during evaporation stage): 50 gallons per hour
Dimensions in Inches (L x W x H): 168" x 96" x 244"
Energy Comsumption: 680,000 - 800,000 btu/hr for natural gas/propane heat source. 600-750lbs/hr for steam heat source.
Power Required: 480V/3ph
Features
Mist Eliminator System: The stainless mesh filter is designed for easy removal from its compression fit housing. The system is monitored for contaminant loading and airflow, which is interfaced to the control panel for maximum operator feedback.
PLC Control Panel: NEMA 4 control panel with Allen Bradley PLC and EXOR eSmart touch screen HMI provides graphical representation of the process status. Intuitive operator interface with advanced functionality such as datalogging, trends, system diagnostics and user management.
Heavy Duty Mixing Paddle: Heavy duty industrial mixing paddle with high torque motor ensures homogeneous drying of the slurry. All wetted components, including the mixing paddle, are fabricated with corrosion resistant materials based on the application. Mixing paddle is supported by steel frame designed for industrial applications.
Built-in Ethernet Port: Every control panel has a network switch, which allows for easy troubleshooting of the system by ENCON personnel. This also facilitates lloT and system integration capabilities. The PLC can be seamlessly interfaced with any industrial network that supports EthernetIP or Modbus TCP/IP protocol.
Model Number Nomenclature
SD-N66-50: First character identifies product as a Slurry Dryer (SD).
SD-N66-50: Second character identifies the heat source for the thermal oil, in this case natural gas (N).
SD-N66-50: Third character identifies the drying tank material of construction, in this case 6% molybdenum super duplex stainless steel (6).
SD-N66-50: Fourth character identifies the mixing paddle material of construction, in this case 6% molybdenum super duplex stainless steel (6).
SD-N66-50: The last character identifies the evaporation rate based on tap water. In this case it is 50 gallons per hour during evaporation mode (50). Note: the rate of evaporation in drying mode will vary based on the properties of the waste stream or sludge.
