Intelligent Bioprocess Heat Transfer Skid/Units

·Skid-Mounted Integration: Heat exchangers, pump sets, valves, and instruments are integrated into one unit to reduce on-site installation and commissioning work.
·Automatic Regulation: The PLC system automatically adjusts working conditions according to set parameters to maintain stable output temperature.
·Status Monitoring: Real-time monitoring of pressure, temperature, and flow data with fault early warning and traceable records.
·Modular Expansion: The number of pump sets and heat exchange area can be configured according to working conditions to adapt to different loads.

·Structure Form: Skid-mounted integrated design, allowing integral hoisting and positioning.
·Heat Exchange Element: Plate heat exchanger, supporting disassembly, cleaning, and maintenance.
·Control Method: PLC control system supporting local/remote operation status monitoring and parameter setting.
·Power Configuration: Equipped with multiple circulation pumps, supporting main/standby pump switching to ensure continuous operation.
·Monitoring Configuration: Integrated pressure gauges, thermometers, and flow sensors for real-time data collection.
·Safety Configuration: Equipped with overpressure protection, over-temperature alarm, and emergency stop devices.

·HVAC: Heat exchange and temperature regulation for building heating and air conditioning water systems.
·Industrial Cooling: Heat exchange and cooling between cooling water and process media in production processes.
·Central Heating: Heat transfer and pressure isolation between primary and secondary networks.
·Bioprocessing: Temperature control and process heat exchange for fermentation tanks and reactors.

·Reduced Heat Exchange Efficiency with Non-compliant Secondary Outlet Temperature
Check the heat exchanger plates for scaling or blockage; clean pipeline filters; verify primary medium temperature and flow rate meet design specifications.
·Abnormal Noise or Vibration from Circulation Pumps
Check the fixing status of pumps and pipelines; verify pump inlet and outlet valve opening; troubleshoot cavitation or foreign objects inside the pump.
·Frequent Unit Pressure Fluctuations
Check the operation status of the pipe network pressure stabilization device; troubleshoot pipeline leaks; verify pump set switching control logic.

·Complete pipeline venting before startup and check valve status and instrument calibration.
·Regularly perform disassembly cleaning or online cleaning of the plate heat exchanger to remove scale between plates.
·Regularly inspect circulation pump bearings and seals, and replace them promptly in case of wear or leakage.
·Drain the media inside the equipment during long-term shutdown to prevent pipeline freezing and cracking in low-temperature environments.