1.5 liter 4-cell micro parallel fermentation tank

name

Detailed technical parameters

tank body

Full volume:1.5L，4One; charge:30-75%；

Material: High temperature and high-pressure sterilized borosilicate glass.

System Design

Modular design of the system, allowing for free disassembly and expansion; Each module operates independently and does not interfere with each other. Each tank can conduct fermentation experiments independently or simultaneously,Compact design, suitable for experimental bench fermentation platforms.

can lid

Distribution of vaccination sites,4Connect the feeding port,pHElectrode port,DOElectrode port, temperature electrode port, sampling port.

blade

Equipped with Level 26Straight blade turbine blades, first stage four skewed blades. customizable

temperature control

The waterless temperature control module system independently controls the temperature of each tank; Temperature control range:5-99Degree, accuracy:±0.1℃.

PIDPrecise control, with multiple modes including manual, automatic, and sequential control.

stir

Servo driven mixing motor, maintenance free, high-precision; Scope:0-1500rpm，Accuracy:±1rpm.

PIDAccurate control, which can be manually, automatically, or associated with parameters such as dissolved oxygen.

ventilationmodule

One way rotary flowmeter, manually adjust the intake volume. Ventilation rate according to1:1.5VVMmixture ratio,Accuracy:±0.1%FS.

DOmodule

PIDPrecise control, control range0.0-150.0%Accuracy:±1.0%.

Dissolved oxygen can be precisely controlled in conjunction with parameters such as stirring, ventilation, and feeding.

Swiss Mettler dissolved oxygen electrode, resistant to high temperature and high pressure sterilization.

PHmodule

PIDPrecise control, control range2.00-14.00Accuracy:±0.01.

PHIt can be accurately controlled in conjunction with parameters such as acidity, alkalinity, ventilation, and feeding.

Mettler, SwitzerlandPHElectrode, resistant to high temperature and high pressure sterilization.

Speisak Group Watson Marlow（watson-marlow）Variable speed peristaltic pump, independently controlled operation, speed range:0~100rpmAccuracy:0.001ml/min.

Supplement module

Speisak Group Watson Marlow（watson-marlow）Variable speed peristaltic pump, independently controlled operation, speed range:0~100rpmAccuracy:0.001ml/minAccurate replenishment amount.

Multiple cultivation modes such as batch, flow addition, continuous, and perfusion can be achieved; Can be achieved with dissolved oxygenPHVarious feeding modes are available.

Liquid level module

The liquid level foam probe senses to prevent foam false signals.

PIDAutomatically control the amount of foam.

Exhaust gas condensation module

Exhaust gas anhydrous temperature control condenser module, stable cooling capacity, ensuring the stability of the culture medium volume.

software

Bailun process analysis and fermentation control software,BLBIO-V1.0.

1.5 liter 4-cell micro parallel fermentation tankOptional functional modules

ODOnline detection electrode

Mettler biomass in SwitzerlandODOnline detection electrode, capable of high-temperature and high-pressure sterilization, repeatable profit, laser sapphire probe detection, real-time stable and accurate detection parameters.

Supplemental material weighing module

Swiss Mettler or American Ohhaus, online weighing system.

Exhaust gas detection module

GermanyBLUEINONEOnline detection of carbon dioxide and oxygen products, accuracy:±5.0%.

Upper computer control system

The central upper computer control system can remotely observe and control the parallel fermentation system in real-time. Equipped with Bailun software multi link control system,BLBIO-V3.0.

Adopting a 15 inch integrated chemical control machine LCD touch screen as the display interface, the display content is rich and complete, the humanized image is simple and clear, and the operation is simple and convenient. And they don't interfere with each other. This control system can adapt to the output and input signals of different sensors and actuators, and is equipped with a signal anti-interference system.

Control and display parameters: temperature, stirring speed pH、 Dissolved oxygen, defoaming, flow rate (manual), tank pressure (manual) parameters.

1Control method

① Manual control mode: valve opening ratio or valve opening degree can be set. ② Automatic control mode: PID continuous or PID switch control mode can be selected. ③ Sequential control mode: at least 10 control segments can be pre-set for all control parameters to achieve automatic segmented control. ④ Remote control mode: can accept upper computer control. ⑤ Associated control: dissolved oxygen can be controlled by selecting speed, air flow rate, tank pressure, feeding, etc; The pH can be controlled by adding acid and alkali.

2Measurement function: It can measure materials such as replenishment, foaming, acid and alkali.

3、 The X and Y axes can be displayed in real-time, allowing for arbitrary expansion and contraction of the graph, helping operators to determine the mutual influence between parameters and quickly modify and adjust the fermentation process.

4Data processing function.

5Can display and analyze trend curves for all parameters.

6Can store, display, and analyze historical curves of all parameters.

7Batch number report that can display all parameters.

8Can directly copy data with a USB drive.

9The data storage format is compatible with EXCEL and can be processed on the EXCEL platform.

10Controller self-protection function: password can be set, and others cannot modify fermentation parameters; And the controller does not lose the set values of each parameter due to power failure.

11Capable of program control over various parameters.

12The time display recording interval for each parameter can be adjusted arbitrarily.

13Two parameters can be set and calibrated on the same screen.

14.The anti false operation status displayed on the controller, panel status flow indication system, process hardware and action status display lights are used to understand the working status of various related components (such as peristaltic pumps, circulation pumps, heating, stirring, etc.) and can be used as fault discrimination displays.

15Each parameter of the transmission is an independent module that does not interfere with each other and is easy to maintain.

16.PH、 The control methods and associated control programs for parameters such as DO can be adjusted freely.