Brief Product Description
The MICROIPOWER08 Microbial Fermentation System is a comprehensive biomanufacturing solution integrating precise environmental control and modular design. It offers a full range of fermentation equipment—from laboratory scale (1 L–15 L) and pilot scale (20 L–400 L) to industrial production scale (500 L–50,000 L)—along with complementary services including plant design, installation, and commissioning. Constructed from 316L stainless steel (surface roughness Ra 0.2–0.4 μm) to ensure hygiene and safety, the system employs an intelligent PID control algorithm to achieve ultra-high-precision regulation: temperature ±0.1°C and pH ±0.05. It supports multiple fermentation modes including batch, fed-batch, and continuous fermentation. Equipped with an intuitive human-machine interface touchscreen and cloud-based data logging capabilities, the system complies with GMP/FDA/CE regulatory standards and is suitable for manufacturing high-value biological products such as biofertilizers, biopesticides, hyaluronic acid, vitamins, xanthan gum, biodegradable materials, enzyme preparations, and antioxidants.
Detailed Product Description
The MICROIPOWER08 Microbial Fermentation System represents cutting-edge technology in modern biomanufacturing. By integrating synthetic biology with smart manufacturing concepts, it enables seamless process scale-up from laboratory research to industrial production. As a comprehensive solution combining precise environmental control, modular design, and intelligent data analytics, this system meets the full lifecycle needs of biotech enterprises—from early-stage R&D to large-scale commercial production—particularly excelling in the production of high-value biological products requiring exceptional process stability, such as hyaluronic acid, astaxanthin, vitamins, and xanthan gum.
Core Technical Advantages
1.Precise Environmental Control System
The core competitive advantage of the MICROIPOWER08 lies in its exceptional environmental control capability, creating optimal growth conditions for microorganisms. Leveraging advanced intelligent PID control algorithms, the system achieves unprecedented precision:
Temperature Control: Accuracy of ±0.1°C, significantly exceeding industry standards.
pH Control: Accuracy of ±0.05, ensuring absolute stability of the fermentation broth’s acidity/alkalinity.
Dissolved Oxygen (DO) Control: Achieved through coordinated operation of an adaptive dosing system and variable-speed agitation/aeration technologies, enabling precise DO regulation tailored to microbial oxygen demands at different growth stages.
This level of precision directly translates into higher product yields and improved batch-to-batch consistency—especially critical for environmentally sensitive, high-value bioproducts like hyaluronic acid and vitamins. Research indicates that each order-of-magnitude improvement in environmental control accuracy can increase target product yield by 15–20% while substantially reducing inter-batch variability.
2.Modular Design and Consistent Process Scale-Up
The MICROIPOWER08 features a unique modular design philosophy, enabling seamless scale-up from lab-scale (1 L) to industrial-scale (50,000 L):
Standardized Components: All system sizes share identical design principles and control logic.
Parameter Mapping: Precise mathematical modeling and Computational Fluid Dynamics (CFD) analysis ensure consistent process parameters across scales.
Accelerated Process Development: Lab-scale results can be directly scaled to pilot and production levels, dramatically shortening time-to-market.
This consistent design solves the long-standing “scale-up bottleneck” in biomanufacturing, allowing R&D optimizations to transfer seamlessly into production environments—significantly enhancing both production efficiency and product quality stability. Industry data shows that such consistent-scale systems can substantially reduce process scale-up timelines.
3.Intuitive Operation and Data Management
Beyond technical performance, the MICROIPOWER08 excels in user interface and data management:
Human-Machine Interface: Industrial-grade touchscreen with an intuitive layout.
Customizable Templates: Operation workflows and parameter settings can be tailored to specific fermentation processes.
Cloud-Based Data Logging: Fully traceable data system compliant with 21 CFR Part 11.
Remote Monitoring: Real-time monitoring across multiple platforms ensures process transparency.
These features greatly enhance operational efficiency, minimize human error, and satisfy stringent quality management requirements. The cloud-based data logging function, in particular, enables effortless long-term data storage, analysis, and sharing—providing robust support for process optimization and compliance audits.
4.Robust and Compliant Design
The MICROIPOWER08 is engineered to meet the rigorous demands of industrial production:
316L Stainless Steel Construction: Internal surface roughness Ra 0.2–0.4 μm ensures no dead zones and easy cleaning.
SIP/CIP Compatibility: Supports Sterilization-in-Place (SIP) and Cleaning-in-Place (CIP), meeting GMP/FDA/CE standards.
Dual O-Ring Sealing: Effectively prevents contamination and enhances production safety.
Three-Level Sampling Ports: Upper, middle, and lower sampling points ensure representative sample collection.
This robust, highly compliant design enables the system to meet production requirements in strictly regulated industries such as pharmaceuticals, food, and fine chemicals, guaranteeing both product quality and operational safety. The vessel is rated for a design pressure of 0.30 MPa (operating pressure: 0.15 MPa), capable of handling diverse and complex fermentation conditions.
5.Enhanced Process Flexibility
The MICROIPOWER08 supports multiple fermentation modes to accommodate diverse process needs:
Batch Fermentation: Ideal for simple processes with straightforward operation.
Fed-Batch Fermentation: Enables precise control over complex nutrient requirements.
Continuous Fermentation: Maximizes equipment utilization and reduces production costs.
The system also offers optional accessories—including foam control units, online sampling systems, and multi-channel feeding systems—allowing flexible configuration based on specific fermentation requirements. This high degree of flexibility enables adaptation to a wide spectrum of processes, from traditional fermentation to modern precision fermentation.
System Composition and Working Principles
The MICROIPOWER08 consists of five core modules, each optimized for the unique demands of microbial fermentation:
1.Vessel System
Constructed from 316L stainless steel with internal surfaces precision-polished to Ra 0.2–0.4 μm, minimizing microbial adhesion and contamination risk. Standardized interfaces facilitate sensor installation and maintenance. Vessels can be configured as either aerobic or anaerobic: aerobic vessels feature efficient air distribution systems, while anaerobic vessels employ hermetic sealing to prevent oxygen ingress.
2.Agitation System
As a core component of microbial fermentation, the agitation system directly impacts mixing efficiency and oxygen mass transfer. The MICROIPOWER08 employs scale-specific agitation strategies:
Lab Scale (5–15 L): Dual impeller design with speed range 0–1250 rpm for powerful mixing.
Pilot Scale (20–400 L): Hybrid mechanical + airlift agitation; main agitator speed 50–1200 rpm.
Industrial Scale (500 L–50,000 L): Primarily airlift agitation supplemented by low-speed mechanical agitation (20–300 rpm), significantly reducing energy consumption while maintaining uniform mixing.
Impeller types (flat blade, pitched blade, curved blade, turbine, axial-flow, etc.) can be selected based on microbial shear sensitivity. Speed control accuracy reaches ±1 rpm, ensuring precise replication of process parameters.
3.Temperature Control System
Temperature is among the most critical fermentation parameters. The MICROIPOWER08 uses jacketed heating/cooling for precise and stable control:
Temperature Range: 5°C–65°C (lab/pilot scale); 5°C–70°C (industrial scale).
Control Accuracy: ±0.1°C, far surpassing industry averages.
Temperature Sensors: High-precision Pt-100 electrodes ensure measurement accuracy.
Temperature Gradient Control: Multi-point monitoring in industrial systems ensures uniform internal temperature distribution.
The system supports both electric heating and chilled-water cooling, guaranteeing precise temperature control under varying ambient conditions—critical for high-value bioproduct yield and quality.
4.Aeration and Sterilization System
An effective aeration system is fundamental for aerobic fermentation. The MICROIPOWER08 employs a three-stage filtration design to ensure sterile air supply:
Pre-filter: 0.2 μm filtration removes large particulates.
Sterile Filter: 0.2 μm filtration ensures air sterility.
Ring Sparger: Uniformly distributes air to enhance oxygen transfer efficiency.
Gas Flow Meter: Precisely controls airflow (range: 0–7000 L/min).
The system also includes full sterilization capabilities via SIP and CIP, supporting 121°C high-temperature sterilization to maintain aseptic conditions. The sterilization cycle is programmable, ensuring efficacy while minimizing energy consumption.
5.Control System
At the heart of the MICROIPOWER08 is its advanced control system, built on an industrial-grade PLC architecture for reliable operation:
Control Core: Siemens S7-1200 series PLC ensures high reliability.
HMI: 15-inch industrial touchscreen displays all key parameters intuitively.
Control Algorithm: Intelligent PID algorithm enables rapid parameter stabilization.
Multi-Parameter Coordination: Supports联动 control of temperature, pH, DO, etc., to optimize fermentation conditions.
Multi-Stage Programming: Predefined 8-stage parameter profiles accommodate batch and continuous fermentation.
Data Logging: 32 GB internal storage automatically generates fermentation profiles per ISO/IEC 17025.
The system supports multilingual interfaces and customizable layouts. Built-in alarm functions continuously monitor critical parameters (e.g., pressure, liquid level); any deviation triggers audible/visual alarms and automatic power cutoff to ensure operational safety.
Application Areas and Value Proposition
The MICROIPOWER08 has demonstrated significant value across multiple high-value biomanufacturing sectors due to its superior performance and flexible design:
1.Biopharmaceuticals
Provides stable, reliable fermentation environments for high-value products like hyaluronic acid and vitamins, ensuring product consistency:
Hyaluronic Acid Production: Precise control of temperature, pH, and DO boosts yield and purity.
Vitamin Synthesis: Optimized conditions enhance conversion rates and bioavailability.
Recombinant Protein Expression: Multi-parameter coordination enables high-cell-density fermentation and high expression yields.
2.Bioagriculture
Significantly improves microbial viability and product stability in biofertilizer and biopesticide production:
Biofertilizer Fermentation: Optimized conditions increase viable microbial counts and activity.
Biopesticide Fermentation: Precise environmental control ensures stable active ingredient production.
Microbial Inoculant Production: Ideal growth environment extends shelf life and boosts yield.
3.Biomaterials
Enables sophisticated process control for products like xanthan gum and biodegradable materials:
Xanthan Gum Fermentation: Precise DO and nutrient control enhance yield and quality.
Biodegradable Material Production: Optimized conditions improve degradation efficiency and material stability.
Enzyme Preparation: Accurate parameter control increases enzyme activity and specificity.
4.Fine Chemicals
Delivers precise environmental control for consistent quality in antioxidant and other fine chemical production:
Antioxidant Fermentation: Optimized conditions enhance antioxidant activity and stability.
Organic Acid Production: Precise pH and temperature control improve yield and purity.
Polyol Fermentation: Intelligent control boosts fermentation efficiency and selectivity.
Process Scale-Up and Quality Assurance
The MICROIPOWER08 excels in process scale-up, thanks to its unique design philosophy and advanced control technologies:
1.Consistent Scale-Up Pathway
Standardized design and unified control logic ensure seamless transition across scales:
Lab Scale (5–15 L): Strain screening and process development.
Pilot Scale (20–400 L): Process optimization and scale-up validation.
Industrial Scale (500 L–50,000 L): Full-scale production.
This consistency eliminates common “scale effects,” ensuring parameter fidelity across scales and dramatically improving scale-up success rates and efficiency.
2.Rigorous Quality Management System
Fully compliant with GMP, FDA, and CE standards:
Traceable Data Logging: All parameter changes and operations comply with 21 CFR Part 11.
SIP/CIP Systems: Minimize cleaning variability and microbial contamination risk.
Standardized SOPs: Reduce human error and enhance production consistency.
Minimal Batch-to-Batch Variation: Precise control and parameter mapping keep inter-batch differences to a minimum.
3.Intelligent and Remote Management
Advanced digital features enhance efficiency and flexibility:
Intuitive HMI: Real-time display of all key parameters and system status.
Custom Templates: Tailored workflows for different fermentation processes.
Cloud Data Logging: Enables long-term storage, analysis, and data sharing.
Remote Monitoring: Real-time access from any internet-connected device.
These intelligent features streamline production management and provide rich data for continuous process optimization—driving ongoing improvements in quality and efficiency.
Technical Specifications and Customization Services
The MICROIPOWER08 offers standard configurations and customization options to meet diverse user needs:
1.Standard Specifications
Three standard tiers cover the full spectrum from lab to industrial production:
| Parameter |
Lab Scale |
Pilot Scale |
Industrial Scale |
| Capacity Range |
5 L – 15 L |
20 L – 400 L |
500 L – 50,000 L |
| Agitation Method |
Mechanical |
Mechanical + Airlift |
Airlift + Mechanical |
| Speed Range |
0–1200 rpm |
50–1200 rpm |
20–300 rpm |
| Pressure Control |
0–0.3 MPa |
0–0.3 MPa |
0–0.3 MPa |
| Temp. Range |
5°C – 65°C |
5°C – 65°C |
5°C – 70°C |
| Temp. Accuracy |
±0.1°C |
±0.1°C |
±0.1°C |
| pH Range |
2.0 – 12.0 |
2.0 – 12.0 |
2.0 – 12.0 |
| pH Accuracy |
±0.01 |
±0.01 |
±0.01 |
| Material |
316L SS (Ra 0.2–0.4 μm) |
Same |
Same |
| Certifications |
GMP / FDA / CE |
GMP / FDA / CE |
GMP / FDA / CE |
