A structured, step-by-step approach to transforming your lab-validated strain into a robust, scalable biosolution.
01
Vessel Sterilization
The pilot bioreactor vessel, lines, and media are sterilized using SIP (Steam-in-Place) systems to ensure 100% aseptic conditions before fermentation begins.
02
Media Preparation
Growth media is designed and optimised for your specific microbial culture — balancing carbon, nitrogen, trace minerals, and growth factors for maximum yield and efficiency.
03
Inoculation
Your validated microbial or biological culture from lab scale is introduced into the pilot vessel under strictly controlled, contamination-free conditions.
04
Real-Time Monitoring
Advanced PLC/HMI control systems monitor temperature, pH, dissolved oxygen, agitation, and nutrient supply continuously — allowing in-situ adjustments and full data logging.
05
Parameter Optimisation
Fed-batch or continuous feeding strategies are implemented to fine-tune mixing, oxygen transfer, and nutrient delivery — spotting foam, contamination, or yield issues early.
06
Harvest & Validation
Biomass is harvested via aseptic lines, and the validated process data generates a reliable, reproducible protocol — ready to hand off for GMP-compliant full-scale manufacturing.
Why pilot scale
Key benefits of pilot-scale fermentation
Investing in a pilot run is an insurance policy against scaling failures — saving time, cost, and reputation before industrial production begins.
Reduces time to market
Shortens the time needed for a new product or process to reach commercial launch by resolving scale-up issues early — before expensive production commitments are made.
Lowers financial risk
Mistakes at pilot scale are far cheaper to fix than at industrial scale. Identifying technical and operational issues early prevents costly production failures and investor losses.
Generates reliable scale-up data
Produces consistent, reproducible process data that accurately predicts performance at industrial scale — providing proof-of-concept for investors, regulators, and clients.
Ensures product quality
Validates that the quality, stability, and potency achieved in the lab is fully reproducible at larger scale — critical for regulatory submissions and market trust.
Fine-tunes process parameters
Optimises critical variables — mixing, oxygen transfer, pH, temperature, and feeding strategies — under near-industrial conditions for maximum yield and consistency.
GMP-ready documentation
Every pilot run generates complete process records, batch reports, and validation data — fully compatible with GMP, FDA, and regulatory authority requirements for approval.
Industries served
Where our pilot fermentation makes impact
Everywhere microbes matter — from lifesaving pharmaceuticals to sustainable agriculture and clean energy.
Pharmaceuticals
Food & Beverages
Agriculture & Biofertilizers
Biotechnology Research
Biofuels & Renewable Energy
Pharmaceuticals
Pilot-scale fermentation is essential for testing vaccines, monoclonal antibodies, recombinant proteins, antibiotics, and enzymes under near-commercial conditions — providing the process validation data required for regulatory submissions to bodies like FDA and EMA.
Talk to the Proventus team about your strain, your goals, and your timeline. We'll design a pilot fermentation programme that sets you up for successful commercial production.
info@proventus.com
+1 (800) 123-4567
Request a pilot consultation
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