Pharmachamp Fermasol™ Fermentation System - FAQ

Fermasol™ series biological fermentation system is professionally developed for bacterial and cell culture processes. It is fully adaptable to the cultivation of bacteria, yeast, fungi, actinomycetes and other common microbial strains. Pharmachamp can conduct targeted customized design according to your specific strain characteristics, growth habits and metabolic rules, fully meeting the differentiated culture demands of different customer groups in biopharmaceuticals, food and other industries.

2. Can Fermasol™ fermentation tanks be customized for special process requirements?

Yes. Fermasol™ supports full personalized customization of fermentation tanks. We can tailor working parameters, material selection, internal structure, cleaning mode, aeration layout and heat exchange structure according to customer’s strain types, fermentation processes and production scale. Whether it is laboratory small-scale fermentation or industrial large-scale production, we can match the most suitable hardware configuration and process scheme.

3. What advanced technology is adopted to optimize Fermasol™ fermentation performance?

In the early design and optimization stage of Fermasol™ system, Pharmachamp introduces CFD Computational Fluid Dynamics simulation technology. Through fluid field, flow velocity and oxygen transfer simulation, we optimize the tank structure, impeller layout and aeration mode. It ensures the internal flow field is uniform, shear force is reasonable, dissolved distribution is balanced, and all subsystem structures perfectly match microbial growth and fermentation requirements.

4. What are the core advantages of Fermasol™ in automation and fermentation yield?

Fermasol™ features high automation level and excellent biological expression performance. It adopts intelligent automatic control to realize unattended operation of the whole fermentation process; the optimized flow field and oxygen supply structure create a superior growth environment for microorganisms, effectively improving cell density and target product yield. With reliable overall system quality, it maintains stable batch-to-batch consistency for long-term continuous production.

5. What multi-strategy integrated systems does Fermasol™ Fermentation System equip?

Fermasol™ is built with five core multi-strategy modular systems: multi-strategy mixing system, multi-strategy intake & aeration system, multi-strategy feeding system, multi-strategy temperature control system, and multi-strategy cleaning & sterilization system. Each module can be independently adjusted and combined freely, adapting to the fermentation process demands of different strains and realizing flexible process switching and parameter optimization.

6. What industry application scenarios is Fermasol™ Fermentation System suitable for?

Fermasol™ has a wide range of industrial layout, covering biopharmaceuticals, API raw materials, new materials, food fermentation, agriculture and new energy fields. It can meet the R&D and production needs of microbial fermentation, cell culture, metabolite synthesis and other processes in various industries, and has been successfully applied in many well-known biotech and pharmaceutical enterprises.

7. What benefits does Pharmachamp’s standardized project execution bring?

All Fermasol™ projects adopt standardized execution specifications, featuring stable project quality, lower overall investment cost, higher engineering efficiency and faster delivery cycle. The unified design standard, manufacturing process and acceptance standard avoid scheme differences and quality fluctuations, and greatly shorten the whole cycle from scheme confirmation to on-site commissioning and production.

8. Are spare parts of Fermasol™ Fermentation System universally compatible?

Yes. Pharmachamp adopts universal spare parts design for Fermasol™ series. Core wearing parts, sensors, valve components and electrical accessories are highly versatile across different models and volumes. It reduces spare parts inventory cost for customers, facilitates daily maintenance and rapid replacement, and effectively reduces production downtime caused by parts shortage.

9. Does Fermasol™ support automatic CIP cleaning and SIP sterilization functions?

Fermasol™ is compatible with fully automatic CIP Cleaning-in-Place and SIP Sterilization-in-Place functions. The system is designed with a dead-angle-free sanitary pipeline layout, which can complete online cleaning and steam sterilization automatically without disassembly. It meets GMP production hygiene standards, effectively avoids cross-contamination between batches, and simplifies daily operation and validation work.

10. What intelligent control configuration does Fermasol™ adopt?

Fermasol™ is equipped with high-stability PLC intelligent control system and visualized touch screen operation interface. It realizes real-time monitoring and automatic closed-loop control of key parameters such as temperature, pH, DO, stirring speed, aeration volume and feeding rate. It supports formula storage, batch data recording, fault self-alarm and production traceability, realizing digital and lean fermentation production management.

11. How does Fermasol™ ensure stable oxygen supply and mixing effect?

Optimized by CFD simulation, the matching design of low-shear impeller and multi-point aeration sparger is adopted. The multi-strategy mixing system ensures uniform mixing of fermentation liquid and no dead angle; the multi-mode intake and aeration system flexibly adjusts oxygen supply according to strain growth stages, maintaining stable dissolved oxygen content. It protects shear-sensitive microorganisms while improving oxygen utilization efficiency.

12. Can Pharmachamp provide factory layout and process optimization suggestions?

Absolutely. Based on product characteristics, fermentation process flow and GMP layout specifications, our professional team can provide professional workshop layout planning, process line optimization and equipment layout suggestions. It ensures smooth flow of personnel and materials, reserves sufficient operation and maintenance space, and helps customers build standardized and reasonable fermentation production workshops.

13. What material standards are adopted for Fermasol™ fermentation contact parts?

All material contact parts of Fermasol™ are made of sanitary grade 316L stainless steel, with seamless welding and high-precision mirror polishing (Ra ≤ 0.8μm). It features corrosion resistance, high temperature resistance and no residue, which is convenient for CIP/SIP cleaning and sterilization. The material fully complies with biopharmaceutical and food production hygiene standards and regulatory requirements.

14. How to select the correct Fermasol™ model and configuration for production?

You only need to provide key information including microbial strain type, fermentation volume, production scale, process parameters, automation requirements and industry compliance standards. Our technical team will combine CFD scale-up experience and multi-strategy system matching logic to recommend standard models or design fully customized fermentation system solutions suitable for your current production and future capacity expansion.

15. What full lifecycle after-sales services does Pharmachamp provide?

Pharmachamp provides one-stop full lifecycle services for Fermasol™ users: professional on-site installation and commissioning, systematic operation and maintenance training, regular maintenance guidance, original universal spare parts supply, 24-hour remote fault diagnosis and technical support. We also provide long-term fermentation process optimization and equipment upgrade suggestions to ensure long-term stable and efficient operation of the system.