Industrial bioproduction

From cell to functional ingredient

We scale up your bioprocesses with control, reproducibility and a market-oriented approach. From initial screening to the pilot batch, we integrate upstream, downstream and stabilisation to bring your biomolecules to a pre-industrial prototype.

What it involves

We develop and scale up bioprocesses to obtain proteins, enzymes, metabolites, biopolymers and microbial/plant biomass. We work with microorganisms, yeasts, algae and cell lines, optimising media, critical parameters and operating configuration (batch, fed-batch, continuous) to maximise yield, purity and reproducibility.

What we do:

  • Upstream: strain/cell line selection, optimisation of media and intensive variables, process control design.
  • Scale-up: from 1–5 L to 20–200–300 L with verifiable transfer models.
  • Downstream: separation, filtration (MF/UF), chromatography (affinity, IEC, SEC, HIC, RPC) and formulation.
  • Stabilisation: freeze-drying and microencapsulation (incl. spray drying) for shelf life and functionality.

Why choose our bioproduction solutions

Industrial applications

Functional ingredients and alternative proteins

SCP, recombinants, bioactive peptides

Enzymes and metabolites

Enzymes (proteases, amylases, chitinases, endolysins) and metabolites (organic/fatty acids, vitamins, aromas)

Biopolymers

(e.g., PHAs) and exopolysaccharides

Microbial biomass and plant cell lines

Microbial biomass (probiotics, starter cultures) and plant cell lines for compounds of interest.

Infrastructure

Upstream / bioreactors

AMBR250 (250 mL), BIOSTAT Qplus (1 L), Btwin (5 L), Cplus (20 L) and D300 (200–300 L); batch, fed-batch and continuous operation; CIP/SIP systems.

Downstream

Alfa Laval Clara 20 centrifuge (up to ~500 L/h), Sartoflow/Sartocon micro/ultrafiltration (0.2–0.45 µm; 1–300 kDa), ÄKTA Avant 150 chromatograph (affinity, IEC, SEC, HIC, RPC).

Stabilisation

freeze-drying and spray drying (evap. cap. ~1–10 kg H₂O/h; inlet Tª up to ~220 °C).

Functional/analytical characterisation and in vitro testing are offered as complementary services and are integrated into the bioproduction workflow on request.

PROJECT WORKFLOW

How we work

Production platform (screening → selection)

Isolation/preservation, HT screening, C/N assimilation tests, production of enzymes/acids/antimicrobial compounds; optionally genetic engineering (vector design, CRISPR editing, codon optimisation) when required by the project.

Bioprocess definition (lab scale)

Growth kinetics, intensive variables (medium, Tª, inoculation), cost-effective medium design, control configuration.

Optimisation and scale-up (pilot scale)

Extensive variables (agitation/aeration), direct and indirect monitoring (OD, pH, pO₂), experimental design/modelling, verification of technical and economic feasibility.

Downstream & Purification

Step-by-step strategy (separation, MF/UF, chromatography), monitoring by SDS-PAGE/Western/activity until a homogeneous fraction is obtained.

Stabilisation & Formulation

Freeze-drying and/or microencapsulation (incl. spray drying/spray chilling) focused on shelf life, processability and final application.

Transfer and demonstration batches

Freeze-drying and/or microencapsulation (incl. spray drying/spray chilling) focused on shelf life, Generation of pilot batches for testing on the customer’s production line and industrial scale-up and final application.

Cases and results

Complementary services

Frequently asked questions

From 250 mL and 1–5 L in the laboratory up to 20–200–300 L at pilot scale, with advanced control and data recording.

Batch, fed-batch and continuous, with modelling and experimental design for transfer.

Centrifugation, MF/UF and chromatography (affinity, IEC, SEC, HIC, RPC) with full analytical monitoring.

Yes, with freeze-drying and microencapsulation (incl. spray drying) focused on shelf life and functionality.

Would you like to know more?

Leave us your details and we will contact you to answer your questions or continue the conversation.

Ana Torrejón
Head of Microbiology and Industrial Biotechnology

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