Established in 1995 as the first facility of its kind in Poland, Poznan Science and Technology Park (PPNT) is a leading hub for innovation and entrepreneurship. Operating within the Adam Mickiewicz University Foundation, its primary mission is to stimulate the regional economy by facilitating the practical application of scientific research in the business sector.
The PPNT offers a comprehensive range of services, including:
Research & Development: Advanced laboratory services in fields such as chemistry, biotechnology, and IT, providing specialized analyses and technical expertise. Currently we are mainly focued on modification or functionalization of polymer, textile, or construction materials, using ionic liquids, organosilicon derivatives and many other organic compounds. We also lead complex agrochemical experiments on plants and develop new biostimulators for industrial usage.
Business incubation: Support for early-stage technology companies and startups through consultancy, mentoring, and access to modern infrastructure.
Technology transfer: Assisting scientists and entrepreneurs in the commercialization of new technologies and participating in international research projects.
Infrastructure: High-quality office spaces, equipped laboratories, and conference facilities designed for a collaborative and innovation-friendly environment.
In addition to its business focus, PPNT is deeply committed to science popularization through its "Imagination Laboratory" (Laboratorium Wyobraźni), the first science center in the region, which aims to inspire younger generations through interactive exhibitions and workshops.
Junior Science Specialist
Poznan Science and Technology Park
Project cooperation
Research organisation is developing biodegradable biocomposites based on PLA and recycled cotton textile waste. The project focuses on scaling material solutions, improving performance and validating their applicability.
Junior Science Specialist at Poznan Science and Technology Park
Poznan, Poland
Expertise
Bio-based and biodegradable PCE flexibilizers for modification of bio-based polymers
Bio-based, biodegradable polycarboxylate ethers as flexibilizers for biopolymers. High reactivity, easy functionalisation and better phase compatibility in blends, efffective at ~5 wt%, stable above 200°C. Synthesis scale up possibility up to 100 kg/batch
Junior Science Specialist at Poznan Science and Technology Park
Poznan, Poland
Expertise
Multifunctional organosilicon additives for modification of polymers
Organosilicon additives for surface or bulk modification of polymers. Enhancing mechanical, thermal, flame-retardant, adhesive or antibacterial properties and resistance to moisture, UV or chemicals. Synthesis scale up possibility up to 100 kg/batch.
Junior Science Specialist at Poznan Science and Technology Park
Poznan, Poland
Expertise
Ionic liquids as latent hardeners and multifunctional modifiers for epoxy systems
Ionic liquids acting as latent hardeners and modifiers for epoxy resins. Enabling formulations with long storage stability. They can also improve mechanical, thermal and flame-retardant properties. Synthesis scale up possibility up to 100 kg/batch.
Junior Science Specialist at Poznan Science and Technology Park
Poznan, Poland
Expertise
Bio-based polyols as replacements for petrochemical polyols for viscoelastic polyurethane foams
Bio-based polyols replacing 100% of petrochemical polyols for polyurethane foams. Properties of obtained foams are comparable to commercial foams. Suited to mattresses, furniture and automotive interiors. Scale-up possibilities to 100 kg/batch.
Junior Science Specialist at Poznan Science and Technology Park
Poznan, Poland
Expertise
Bio-based monomers for epoxy resins from waste oils
Synthesis of bio-based epoxy monomers from waste oil. 30% of petrochemical (BPA-based) monomers already replaced, with thermal stability and mechanical strength comparable to commercial resins. Additives synthesis scale up possibility up to 100 kg/batch.
Junior Science Specialist at Poznan Science and Technology Park
Poznan, Poland
Expertise
Multifunctional organosilicon modifiers for bio-composite materials
Organosilicon modifiers for bio-composites with natural or recycled fibres. Three modes of action: compatibilizers at the fibre–matrix interface, matrix additives or agents for chemical fibre modification. Synthesis scale up possibility up to 100 kg/batch
Junior Science Specialist at Poznan Science and Technology Park
Poznan, Poland
Expertise
Tailor-made organosilicon coatings for surface chemical modification of materials enhancing “hydrophobic, hydrophilic, oleophobic, antibacterial, flame-retardant, anty-fog, anty-frost, self-cleaning properties or UV resistance.
Junior Science Specialist at Poznan Science and Technology Park
Poznan, Poland
Expertise
Tailor-made organosilicon modifiers for durable functionalisation of textile fibres
Durable modification of natural and synthetic fibres with organosilicon compounds. Provides flame-retardant, hydrophobic or antibacterial properties. Preserving biodegradability and circularity of natural fibres . Synthesis scale up to 100 kg/batch
Junior Science Specialist at Poznan Science and Technology Park
Poznan, Poland