Screen High Flux Liquid Handing System is to partition single nucleic acid template into separate reaction chambers and performs a single molecule quantification by PCR amplification and fluorescence signal detection. The digital PCR technology does not reply on neither Ct values nor standard calibration curves, and has extremely high sensitivity, precision, and excellent repeatability. It is an absolute quantitative analysis technology that transcends real-time PCR.
10000L Airlift Cultivation Vessel
The 10000L Airlift Cultivation Vessel from Bailun is designed for laboratory-scale fermentation, microbial cultivation, and biotechnology research applications. Featuring a high-quality stainless steel vessel, intelligent control system, and advanced airlift circulation technology, the system provides stable cultivation conditions, reliable operation, and precise process control for laboratory R&D applications.
Unlike traditional stirred tank systems, the airlift bioreactor uses compressed air circulation instead of mechanical agitation, creating a low-shear cultivation environment with excellent oxygen transfer efficiency and reduced contamination risk.
This compact floor-standing airlift bioreactor is ideal for universities, research institutes, pharmaceutical laboratories, biotech companies, and fermentation research centers seeking a durable and energy-efficient fermentation solution.
Applications of 10000L Airlift Cultivation Vessel
Microbial Fermentation
Suitable for yeast, bacteria, fungi, and probiotic cultivation, widely used in laboratory fermentation research and process optimization.
Applications include:
Yeast Cultivation
Bacterial Fermentation
Fungal Fermentation
Probiotic Research
Enzyme Production
Organic Acid Fermentation
Cell Culture Research
The low-shear airlift circulation system is ideal for sensitive biological cultivation processes including:
Mammalian Cell Culture
Suspension Cell Culture
Insect Cell Culture
Recombinant Protein Expression
Stem Cell Research
Algae Cultivation
Biotechnology Process Development
Ideal for:
Laboratory Fermentation Studies
Process Optimization
Scale-Up Validation
Synthetic Biology Research
Pilot Process Development
Environmental & Industrial Applications
Wastewater Treatment Research
Environmental Biotechnology Studies
Biofuel Research
Metabolite Production
The compact 10000L airlift bioreactor system is ideal for laboratory R&D and biotechnology education applications.
Advantages of 10000L Airlift Cultivation Vessel
Low Shear Airlift Circulation Technology
The airlift fermenter uses compressed air circulation instead of mechanical stirring.
Advantages include:
Low shear stress environment
Suitable for sensitive cell cultures
Stable liquid circulation
Reduced cell damage
Improved cultivation consistency
The airlift system is especially suitable for mammalian cells, algae, and filamentous fungi cultivation.
Efficient Oxygen Transfer Performance
The optimized airlift structure provides excellent gas-liquid mass transfer performance.
Benefits include:
Efficient oxygen transfer capability
Uniform nutrient distribution
Stable airflow circulation
Improved mixing performance
Reduced energy consumption
The advanced aeration system improves fermentation efficiency and cultivation stability.
High-Quality Stainless Steel Vessel
The bioreactor adopts a premium stainless steel vessel structure with excellent durability and hygienic performance.
Advantages include:
Excellent corrosion resistance
Long operational lifespan
Easy cleaning and maintenance
Suitable for sterile cultivation applications
Durable laboratory-grade structure
Optional SS304 and SS316L stainless steel materials are available according to different research requirements.
Reduced Contamination Risk
Compared with traditional stirred tank systems, the airlift bioreactor has fewer moving parts and sealing points.
Advantages include:
Reduced contamination possibility
Simplified maintenance
Stable long-term operation
Easy sterilization and cleaning
Improved aseptic cultivation performance
How the 10000L Airlift Bioreactor Works
The airlift bioreactor operates by injecting compressed air into the bottom of the vessel, creating a density difference between the riser and downcomer zones.
This circulation mechanism provides:
Natural liquid circulation
Efficient oxygen transfer
Uniform nutrient distribution
Stable cultivation conditions
Without mechanical agitation, the airlift fermenter creates an ideal environment for delicate biological processes and low-shear fermentation applications.
Key Features of Bailun 10000L Airlift Cultivation Vessel
Stainless Steel Vessel System
10000L stainless steel vessel
SS304 / SS316L
High-strength vessel design
Excellent chemical resistance
Easy cleaning and sterilization
Intelligent Control System
PLC control
Siemens touchscreen optional
Real-time parameter monitoring
Data recording function
Alarm protection system
Remote monitoring optional
Airlift Aeration System
Airlift circulation structure
Adjustable airflow control
Efficient oxygen transfer capability
Stable gas-liquid circulation
Multi-gas control optional
Sterility and Safety Control
Sterile gas filtration
Aseptic sampling ports
Closed cultivation system
Reduced contamination risk
Off-site sterilization optional
Technical Specifications of 10000L Airlift Cultivation Vessel
Item | Specification |
|---|---|
Total Volume | 10000L |
Working Volume | 3000–8000L |
Vessel Material | SS304 / SS316L Stainless Steel |
Reactor Type | Airlift Bioreactor |
Circulation Method | Air Circulation |
Control Parameters | pH, DO, Temperature, Anti-foam, Air Flow 3-4vvm |
Sterilization | SIP |
Application | Laboratory / R&D / Fermentation |
Available Configurations
Standard Configuration
Stainless steel vessel
Airlift aeration system
Temperature control system
pH sensor
DO sensor
Peristaltic pumps
Heating system
Sterilize in situ SIP automatic control
PLC control system
Touchscreen control system
Data logging system
Heating by electric blanket
SCADA software
Optional Configuration
Process Control Options
Remote control
Mass flow meter
Variable speed pump
Program software update
Gas Control Options
Gas inlet (O2 / N2 / CO2 / Air)
Exhaust gas analysis optional
Sensor Options
Level sensor
Optical density (OD) sensor
ORP sensor
Glucose detection
Biomass sensor
Weight / Load cell system
Interface Expansion
Printing system
Siemens touch screen
Remote monitoring system
Scalable & Flexible Design
The airlift bioreactor system supports flexible process scale-up and laboratory development applications.
Available vessel volumes include:
2L
5L
10L
20L
50L
100L
Pilot Scale
Industrial Scale up to 50000L+
The scalable design simplifies laboratory process optimization and pilot-scale validation studies.
Why Choose Bailun Airlift Cultivation Vessel
Bailun is a professional manufacturer of laboratory bioreactors and airlift fermenter systems for biotechnology, pharmaceutical, food, and environmental industries.
Advantages include:
Direct factory supply
OEM & customization available
Rich export experience
Professional technical support
Reliable after-sales service
Competitive pricing for distributors and OEM partners
Customized airlift bioreactor engineering solutions
Frequently Asked Questions
What is an airlift cultivation vessel?
An airlift cultivation vessel is a fermentation system that uses air circulation instead of mechanical agitation to provide low-shear cultivation conditions.
What is the advantage of an airlift fermenter?
Airlift fermenters provide low shear stress, lower energy consumption, reduced contamination risk, and efficient oxygen transfer performance.
What applications are suitable for airlift bioreactors?
The system is suitable for mammalian cell culture, algae cultivation, microbial fermentation, biotechnology research, and environmental applications.
Does the system support automatic control?
Yes. PLC automation, touchscreen operation, SCADA software, and data logging systems are available as optional configurations.
Can the airlift bioreactor be customized?
Yes. Bailun provides customized vessel structures, automation systems, sensor configurations, and gas control solutions according to laboratory requirements.
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