Biology,
engineered
to replace plastic.

We develop and scale microbial processes that turn renewable carbon into PHB — a biobased, biodegradable polymer for a circular material future.

Explore our PHB How we scale biology ↓
GROWTHC + N · oxygen controlled
ACCUMULATIONC excess · N limited
CCARBON SOURCE
NGROWTH NUTRIENT
OTR
OUR
DO · CONTROLLED
PHB
FROM MICROORGANISMTO MATERIALTO INDUSTRY
15+YEARS OF
MICROBIAL PHA KNOW-HOW
500 LPILOT
FERMENTATION
3PHB PRODUCT SERIES
ONE COMING SOON
EURESEARCH &
INDUSTRIAL COLLABORATION

01 / WHY INNOVAPLAST

BIOLOGICAL DEPTH · INDUSTRIAL IMPACT
SCIENCE → SYSTEM → SCALE

Science is only the starting point.
We make biology work beyond the lab.

INTEGRATED CAPABILITY SYSTEMWHY INNOVAPLAST
FROM KNOWLEDGE TO MANUFACTURINGBiology becomes industrial
when every layer works as one.
01 / SCIENCE

Understand the biology.

02 / ENGINEERING

Control the system.

03 / EXECUTION

Make it manufacturable.

THE OUTCOMEScalable biological solutionsRELIABLE · RESOURCE-EFFICIENT · INDUSTRY-READY
15+ YEARS MICROBIAL KNOW-HOWSCIENCE + ENGINEERING + PRODUCTION
OUR FOUNDATION

Microbial expertise.
Developed for industrial scale.

Founded in 2020 in Eskisehir, Innovaplast brings multidisciplinary biotechnology expertise together with more than 15 years of microbial PHA know-how. We connect scientific discovery, bioprocess engineering and practical production experience to develop reliable, scalable and sustainable biological solutions.

Our role is not limited to proving that a microorganism can make a molecule. We define how that biology can become a repeatable manufacturing process.

ESKISEHIR · TURKIYE / EST. 2020
01

Biological depth

Experience across strain selection, microbial physiology and production-system development.

BACTERIA · YEAST · FUNGI
02

Integrated development

Upstream, scale-up, downstream and analytical validation are designed as one connected workflow.

ONE DEVELOPMENT PLATFORM
03

Measured progress

Decisions are driven by reproducibility, process evidence and application-relevant performance.

DATA BEFORE CLAIMS
04

Industrial relevance

We develop biological processes with scale, resource efficiency and real manufacturing constraints in view.

LAB → PILOT → INDUSTRY
OUR PURPOSE

To translate biotechnology into manufacturing systems that reduce dependence on fossil resources and create measurable value for sustainable industries.

02 / OUR TECHNOLOGY

DISCOVERY · PROCESS DEVELOPMENT · SCALE-UP

One platform.
Many biological products.

Innovaplast is an industrial biotechnology platform—not only a fermentation operation. We combine biological diversity, sustainable feedstocks, process development, scale-up and responsible downstream technologies to turn microorganisms into manufacturing systems.

SUSTAINABLE INPUTS

What biology consumes

  • CAgricultural side streams
  • NSustainable nitrogen sources
  • ☀Solar-powered operations
PRODUCT FAMILIES

What biology can make

  • Biopolymers
  • Enzymes
  • Proteins
  • Amino acids
  • Lipids & fatty acids
  • Other bio-based molecules
01 / DISCOVER

Build the biological system

Screen, select and characterize bacteria, yeasts and filamentous fungi for the target molecule and feedstock.

BACTERIA · YEAST · FUNGI
02 / OPTIMIZE

Design the process

Develop media and operating strategy in laboratory studies, then optimize under controlled conditions in 1–6 L benchtop bioreactors.

LAB → 1–6 L
03 / SCALE

De-risk scale-up

Translate biological performance into an integrated pilot and industrial process, connecting robust upstream operation with scalable downstream recovery.

PILOT → INDUSTRIAL SCALE
04 / RECOVER

Recover responsibly

Apply product-specific separation, purification and finishing routes with resource efficiency and environmental impact in mind.

GREEN DOWNSTREAM
DESIGNED FOR SUSTAINABILITY

Not an end-of-process claim.
A design variable.

We engineer sustainability into the process from the first feedstock decision to final product recovery—connecting renewable resources, biological conversion and responsible downstream technologies.

01 / ENERGY

Solar-powered operations

Production energy supplied from on-site solar panels.

RENEWABLE POWER
02 / FEEDSTOCK

Side streams become inputs

Agricultural residues and renewable carbon and nitrogen sources replace conventional inputs where technically suitable.

SUSTAINABLE C + N
03 / CONVERSION

Biology does the synthesis

Bacteria, yeasts and fungi convert selected resources into high-value biological products.

MICROBIAL MANUFACTURING
04 / RECOVERY

Recover with purpose

Product-specific separation and purification routes are designed around resource and environmental performance.

RESPONSIBLE DOWNSTREAM
FROM FEEDSTOCK SELECTION TO FINAL RECOVERYONE CONNECTED DEVELOPMENT LOGIC

03 / MATERIALS

PHA PORTFOLIO · MATERIAL DEVELOPMENT
MICROBIALLY SYNTHESIZED POLYESTERS

One biological family.
Multiple material profiles.

PHA is not a single polymer. By controlling biology, carbon source and process conditions, its monomer composition can be directed toward different balances of stiffness, flexibility and processing behaviour.

01 / COMMERCIAL PORTFOLIOAVAILABLE
HOMOPOLYMER

PHB

Poly[(R)-3-hydroxybutyrate]

A highly crystalline, biobased thermoplastic produced and stored intracellularly by microorganisms. Our core material platform for application development and high-purity biomaterial research.

R&D GRADEPHBR&DFine powder · 92–95% purity
COSMETIC GRADEPHBCOSNew product · coming soon
HIGH-PURITY GRADEPHBMED≥99% purity · research use
Request technical information
COPOLYMER DEVELOPMENT

Composition-led R&D pathways

02 / COPOLYMER IN DEVELOPMENT

PHBHV

3HB-co-3HV

PHBHV grades with different 3-hydroxyvalerate ratios are being developed to tune crystallinity, flexibility and processing behaviour.

IN DEVELOPMENT
03 / VARIABLE HV CONTENT

HV%

COMPOSITION-DRIVEN DESIGN

Multiple HV ratios will support application-specific material profiles rather than a single fixed copolymer composition.

DEVELOPMENT PROGRAMME
MICROORGANISM→MONOMER COMPOSITION→MATERIAL PERFORMANCEDESIGNED THROUGH BIOPROCESSING

04 / APPLICATION DIRECTIONS

MARKET NEED · MATERIAL VALIDATION
MARKET-LED MATERIAL DEVELOPMENT

Designed around
real application needs.

We develop PHB from the market requirement backwards—matching grade, purity, processing route and validation scope to the needs of each sector. Our focus is deliberately selective: applications where biological origin, biodegradability or high purity can create a defensible material advantage.

01 / CORE MARKETINDUSTRIAL
PLASTICS INDUSTRY

Compounds, packaging
& specialty articles

PHB as a biobased polymer input for rigid products, selected packaging structures, blends and compounds developed around defined processing and end-of-life requirements.

FORMPOWDER · COMPOUND DEVELOPMENT
PHB · APPLICATION DEVELOPMENT
02 / TARGET MARKETSPECIALTY
COSMETICS & PERSONAL CARE

Biobased functional
material concepts

PHB-based concepts for selected cosmetic and personal-care formats where particle properties, biological origin and formulation compatibility can provide differentiated value.

FOCUSPARTICLE · FORMULATION · VALIDATION
APPLICATION-SPECIFIC R&D
03 / HIGH-VALUE DIRECTIONPHBMED
BIOMATERIALS & LIFE SCIENCES

High-purity material
for advanced research

PHBMED for pre-commercial biomaterial studies, research prototypes and application-specific evaluation where purity and material traceability are critical starting parameters.

GRADE≥99% PURITY · RESEARCH USE
NON-CLINICAL · VALIDATION REQUIRED
OUR DEVELOPMENT LOGIC

Material selection → processing assessment → prototype → application-specific validation

NO UNIVERSAL-FIT CLAIMS

05 / PROJECTS & COLLABORATION

EUROPEAN R&D · INDUSTRIAL TRANSLATION
FROM CONSORTIUM TO INDUSTRIAL OUTCOME

Collaborative projects.
From research to scale.

Innovaplast participates in collaborative R&D programmes that connect circular feedstocks, microbial process development and pilot-scale validation—translating consortium knowledge into industrially credible biomanufacturing pathways.

01HORIZON EUROPE

From polyethylene waste to high-value chemicals & materials.

Developing integrated chemical and biological pathways that transform PE waste into value-added chemicals and new biodegradable, fully recyclable polyesters.

PE UPCYCLING · ZERO WASTEVIEW PROJECT
02EUROPEAN R&D
ReTREEaSURE

Forestry residues into biobased value.

Developing routes from residue-derived feedstocks to PHB and other high-value biobased products.

FORESTRY · PHBVIEW PROJECT
03EIT MANUFACTURING
INDUSTRIAL INNOVATION

Data-enabled biomanufacturing.

Using process insight to improve resource efficiency, production consistency and scale-aware decisions.

PROCESS DATA · EFFICIENCYVIEW PROJECT
SELECTED COLLABORATION NETWORK

Research · industry · technology

Aarhus University
AIMPLAS
AIPO
B4Plastics
Bio-based Industries Consortium
BioLynx
CNRS
EON
European Commission
Green Belt
Holoss
IMGGE
KelAda Pharmachem
Minds & Sparks
National Institute of Chemistry
Predictive Data Science
Sferikon
TEC Eurolab
TUS Midlands Midwest
University of Groningen
University of Münster
Utrecht University
Aarhus University
AIMPLAS
AIPO
B4Plastics
Bio-based Industries Consortium
BioLynx
CNRS
EON
European Commission
Green Belt
Holoss
IMGGE
KelAda Pharmachem
Minds & Sparks
National Institute of Chemistry
Predictive Data Science
Sferikon
TEC Eurolab
TUS Midlands Midwest
University of Groningen
University of Münster
Utrecht University
Aarhus University
AIMPLAS
AIPO
B4Plastics
Bio-based Industries Consortium
BioLynx
CNRS
EON
European Commission
Green Belt
Holoss
IMGGE
KelAda Pharmachem
Minds & Sparks
National Institute of Chemistry
Predictive Data Science
Sferikon
TEC Eurolab
TUS Midlands Midwest
University of Groningen
University of Münster
Utrecht University
Aarhus University
AIMPLAS
AIPO
B4Plastics
Bio-based Industries Consortium
BioLynx
CNRS
EON
European Commission
Green Belt
Holoss
IMGGE
KelAda Pharmachem
Minds & Sparks
National Institute of Chemistry
Predictive Data Science
Sferikon
TEC Eurolab
TUS Midlands Midwest
University of Groningen
University of Münster
Utrecht University
EUROPE · TURKIYE · INTERNATIONAL

Selected institutions within Innovaplast's collaboration ecosystem.

BUILD WITH US ↗

06 / WORK WITH US

MATERIAL · BIOPROCESS · CONSORTIUM
CHOOSE THE RIGHT ENTRY POINT

From a technical question
to a scalable collaboration.

Engage Innovaplast at the stage that matches your objective. We can support a focused material assessment, co-develop a biological production process or contribute industrial biotechnology capability to a larger R&D programme.

01 / DEFINE THE NEED→02 / BUILD THE EVIDENCE→03 / ADVANCE TO SCALE

07 / GOVERNANCE & CERTIFICATIONS

POLICIES · STANDARDS · ACCOUNTABILITY
VERIFIABLE CORPORATE PRACTICE

Standards made
visible.

We make key governance policies and current certification records accessible to partners, funders and stakeholders. Documents are provided with clear scope and revision information to support transparent evaluation.

01 / POLICYGEP
EQUALITY & INCLUSION

Gender Equality Plan

Our institutional framework for gender equality, inclusive participation, monitoring and accountable implementation. Published for the 2023–2027 period.

VIEW DOCUMENT · PDF↗
DOCUMENT CONTROL

Scope · issuing authority · revision · validity

VERIFIABLE BY DESIGN

08 / START A CONVERSATION

MATERIALS · BIOPROCESSING · COLLABORATION
READY FOR THE NEXT STEP

Move your next
biological process
forward.

Connect with us for PHB materials, scalable bioprocess development, pilot-scale validation or industrial R&D collaboration.

DIRECT INQUIRY
Start a conversation
info@innovaplast.com.tr

Materials · Process development · Collaborative R&D

FROM TECHNICAL QUESTIONTO A CLEAR DEVELOPMENT PATH