PILOT FERMENTER - FMT PI SERIES

Fermentec's medium-scale and small-scale pilot fermenters are good for producing high-value precision fermentation goods or research.

Pilot fermenters that are designed and produced to ASME-BPE standards to satisfy international standards cause no corrosion or abrasion, minimize material quality degeneration through delicate processing processes, and are produced after being approved as pressure vessels that are safe in high-temperature and high-pressure situations.

The compact pilot fermenters can be installed in narrow spaces or research rooms, and can be easily operated and maintained and repaired due to their automated systems and proper arrangement of devices. They have adopted the highest-standard controllers to secure precise control and reliability of operation data, and their control program of the highest technology in the industry guarantees improved results.

Fermentec's spirit of putting customers' safety first is reflected in the control system and the multiple safety systems adopted for their vessel part.

Features

• A touch screen computer with HMI that can be conveniently operated
• PLC adopted as a main control system
• Loaded with an interlocking control program to enable the cultivation of various conditions
  DO interlocking function - Agitation Speed
  FEED interlocking function - dissolved oxygen, supply time
  PH interlocking function - feed rate, dissolved oxygen
• A controller with guaranteed reliability has been adopted.
• STS316L Vessel + STS304 Jacket (first-class pressure vessel)
• An agitation system: mechanical seal or magnetic drive was used.
• Various nozzles made with precisely processed STS 316 and parts guarantee the highest level of confidence.
• Elegant design for easy repair and cleaning

Specifications

• High performance design
• Vessel with water jacketed and insulation
  (STS316L vessel + ST304 jacket)
• Automatic sterilization
• 15 ~ 700 L total volume
• Top plate
  .Inoculum port : Flaming
  (option: Sepum nozzle or aseptic inoculation valve)
  .Pressure gauge and transmitter port
  .Foam sensor port
  .Exhaust port & condenser
  .Agitation (top drive only)
  .Light and spare ports
• Upper side wall
  .3 media port
  .Gas overlay port and spare port
• Lower side wall
  .Sparger port
  .Sampling port
  .Temperature, pH, DO sensor port and spare port
• Bottom
  .Harvest
  .Agitation (bottom drive only)
• Agitation
  .Single or double mechanical seal
  .High torque AC geared motor
  .3 baffles or more
• Aeration
  .Ring sparger (option : 1 ~ 10μm micro sparger)
  .0.2μm disposable hydrophobic filter with check valve
• Impeller
  .Rushton type/Pitched blade/Marine blade
• Gas flow
  .1-TMFC + bypass rotameter
  .Flow rate : max 1 vvm or more
  .2 or 3 TMFC (option)

Control

• 17" touch screen computer
• 1 to 255 vessels intelligent control
• 16 control loop per vessel
• Temperature control : PID control with water jacket heat exchanger(or heater) and circulation loop
• pH control : acid/base agent
• Agitation control : speed control
• DO control : PID cascade control with agitation, feeding and gas flow rate
• Antifoam control : antifoaming agent
• Feed control : fed-batch control by time, DO, pH
• Flow control : 1 ~ 4 mass flow control per vessel
• 8 multi trend log data per vessel
• Easily calibrated sensors
• Level control : electrode type Hi/Low level control load cell type weight control(option)
• Optional sensing unit : ORP, OD, 2nd pH, 2nd DO