• Piloting (Pilot Lab + Pilot Plant)

    What it is:
     Piloting is the phase where a lab-validated process is tested at an intermediate scale (usually 5–2,000 liters). It helps validate that the biology, equipment, and operations all work together before committing to full production.

    Why it matters:

    • Reduces commercial risk

    • Identifies bottlenecks early

    Helps optimize parameters like pH, temp, agitation, and yield

  • Downstream Processing (DSP)

    What it is :
    After fermentation, DSP refers to purification and concentration of the final product — removing byproducts, cells, and media components.

    Key steps may include:

    • Centrifugation

    • Filtration

    • Chromatography

    • Solvent extraction

    • Drying

    Why it matters:

    • Critical for product purity, regulatory approval, and end-use performance

    • Often the most costly and complex part of biomanufacturing

  • Scale-Up

    What it is :
     Scale-up is the art and science of transitioning from small-volume experiments to full-scale manufacturing, ensuring that process outcomes remain consistent and economically viable at higher volumes.

    Why it matters :

    • Not all biological processes behave the same at scale.

    • Requires deep understanding of mixing, oxygen transfer, heat control, etc.

    • Vital for reproducibility and cost-efficiency.

  • Fermentation (Aerobic & Anaerobic)

    What it is :
    Fermentation is a controlled microbial process where organisms convert sugars or nutrients into target products — like enzymes, organic acids, proteins, or vitamins.

    • Aerobic fermentation requires oxygen

    • Anaerobic fermentation occurs without oxygen

    Why it matters :

    • Fermentation is the core transformation step in bio-based production.

    • Highly sensitive to pH, oxygen, feed rates, and time.

  • What it is :
    Quality systems ensure that every product meets required safety, consistency, and regulatory standards — from lab tests to commercial batches. These systems include documentation, in-process controls, and regulatory filings that align with pharmaceutical, food, and specialty ingredient standards.

    Why it matters :

    • Guarantees product purity, traceability, and compliance

    • Builds trust with partners, customers, and government agencies

    • Enables consistent scale-up by maintaining data and process controls across all phases

  • Commercial Expansion

    What it is :
    This is where the process transitions into large-scale, repeatable production — at tens of thousands of liters — to supply actual market demand.

    Why it matters:

    • Brings the product to market at scale

    • Requires industrial utilities, QA systems, validated SOPs, and regulatory readiness