Projects - Faculty of Chemical Technology | KTU https://fct.ktu.edu/projects/ KTU Fri, 03 Apr 2026 23:25:35 +0000 en-US hourly 1 Modulation of Organic Emissive Surfaces via Self-Assembly (MOONRISE) https://fct.ktu.edu/projects/modulation-of-organic-emissive-surfaces-via-self-assembly-moonrise/ Thu, 02 Apr 2026 23:24:21 +0000 https://fct.ktu.edu/projects/modulation-of-organic-emissive-surfaces-via-self-assembly-moonrise/ The MOONRISE project aims to create new types of organic light-emitting materials. Usually, making these materials creates a lot of chemical waste. To solve this, the project team will take a single light-emitting molecule and change its colors and properties by attaching it to surfaces like gold, glass, or metal oxide to form self-assembled layers. […]

The post Modulation of Organic Emissive Surfaces via Self-Assembly (MOONRISE) appeared first on Faculty of Chemical Technology.

]]> The post Modulation of Organic Emissive Surfaces via Self-Assembly (MOONRISE) appeared first on Faculty of Chemical Technology.

]]> Production of personalized bioactive films modified with carbonated calcium phosphates (BioGel) https://fct.ktu.edu/projects/production-of-personalized-bioactive-films-modified-with-carbonated-calcium-phosphates-biogel/ Mon, 30 Mar 2026 23:24:38 +0000 https://fct.ktu.edu/projects/production-of-personalized-bioactive-films-modified-with-carbonated-calcium-phosphates-biogel/ Chronic and complicated wounds remain a significant public health challenge due to prolonged healing, biofilm formation, and the increasing prevalence of antimicrobial resistance. Most currently used wound care solutions act non-specifically and are not adapted to the individual parameters of the wound microenvironment, therefore failing to ensure a differentiated therapeutic effect. The proposed project aims […]

The post Production of personalized bioactive films modified with carbonated calcium phosphates (BioGel) appeared first on Faculty of Chemical Technology.

]]> The post Production of personalized bioactive films modified with carbonated calcium phosphates (BioGel) appeared first on Faculty of Chemical Technology.

]]> Antibacterial Vitrimer Composites with Berry By-Product Fillers for Medical Applications (BERRYVIT) https://fct.ktu.edu/projects/antibacterial-vitrimer-composites-with-berry-by-product-fillers-for-medical-applications-berryvit/ Fri, 27 Mar 2026 00:24:37 +0000 https://fct.ktu.edu/projects/antibacterial-vitrimer-composites-with-berry-by-product-fillers-for-medical-applications-berryvit/ The aim of this project is to develop photocurable vitrimer composites suitable for external medical products by incorporating berry processing by-product fractions as bioactive fillers. Researchers at KTU will design vitrimers based on bio-derived monomers using a combined radical and cationic photopolymerization approach and will investigate the photocuring kinetics, rheological, thermal, and mechanical properties of […]

The post Antibacterial Vitrimer Composites with Berry By-Product Fillers for Medical Applications (BERRYVIT) appeared first on Faculty of Chemical Technology.

]]> The post Antibacterial Vitrimer Composites with Berry By-Product Fillers for Medical Applications (BERRYVIT) appeared first on Faculty of Chemical Technology.

]]> Synthesis and characterization of new N/C=O-type multi-resonance TADF monomers and polymers for electroluminescent devices https://fct.ktu.edu/projects/synthesis-and-characterization-of-new-n-co-type-multi-resonance-tadf-monomers-and-polymers-for-electroluminescent-devices/ Sat, 21 Mar 2026 00:25:20 +0000 https://fct.ktu.edu/projects/synthesis-and-characterization-of-new-n-co-type-multi-resonance-tadf-monomers-and-polymers-for-electroluminescent-devices/ The post Synthesis and characterization of new N/C=O-type multi-resonance TADF monomers and polymers for electroluminescent devices appeared first on Faculty of Chemical Technology.

]]> The post Synthesis and characterization of new N/C=O-type multi-resonance TADF monomers and polymers for electroluminescent devices appeared first on Faculty of Chemical Technology.

]]> Commercialization of a universal raw materials recovery reactor https://fct.ktu.edu/projects/commercialization-of-a-universal-raw-materials-recovery-reactor/ Wed, 28 Jan 2026 00:25:54 +0000 https://fct.ktu.edu/projects/commercialization-of-a-universal-raw-materials-recovery-reactor/ The project creates a versatile technological line for the efficient recovery of raw materials (gold, copper, silver, tin, aluminum, fiberglass, silicon and resins) from both WPCB and WPVP by combining several innovative processes. Unique solutions, such as specialized resin extraction from WPCB using Fourier Transform Infrared (FTIR) spectroscopic identification and thermomechanical delamination of WPVP, are […]

The post Commercialization of a universal raw materials recovery reactor appeared first on Faculty of Chemical Technology.

]]> The post Commercialization of a universal raw materials recovery reactor appeared first on Faculty of Chemical Technology.

]]> Nanofibrous nanocarriers of bioactive materials for medical devices and functional cosmetics https://fct.ktu.edu/projects/nanofibrous-nanocarriers-of-bioactive-materials-for-medical-devices-and-functional-cosmetics/ Fri, 16 Jan 2026 00:23:44 +0000 https://fct.ktu.edu/projects/nanofibrous-nanocarriers-of-bioactive-materials-for-medical-devices-and-functional-cosmetics/ The project aims to prepare for commercialization and certify an advanced system of nanofibrous biopolymers and functional exosomes, which is capable of stimulating tissue regeneration processes and helping restore components of the extracellular matrix. The system has significant practical potential in the medical and cosmetic fields, providing opportunities for innovative regenerative solutions.

The post Nanofibrous nanocarriers of bioactive materials for medical devices and functional cosmetics appeared first on Faculty of Chemical Technology.

]]> The post Nanofibrous nanocarriers of bioactive materials for medical devices and functional cosmetics appeared first on Faculty of Chemical Technology.

]]> Circular Economy and greener societal sustainability /2025 https://fct.ktu.edu/projects/circular-economy-and-greener-societal-sustainability-2025/ Sat, 10 Jan 2026 00:23:20 +0000 https://fct.ktu.edu/projects/circular-economy-and-greener-societal-sustainability-2025/ The post Circular Economy and greener societal sustainability /2025 appeared first on Faculty of Chemical Technology.

]]> The post Circular Economy and greener societal sustainability /2025 appeared first on Faculty of Chemical Technology.

]]> Green resins for laser 3D nanolithography of inorganics (GROL) https://fct.ktu.edu/projects/green-resins-for-laser-3d-nanolithography-of-inorganics-grol/ Thu, 11 Dec 2025 11:32:41 +0000 https://fct.ktu.edu/projects/green-resins-for-laser-3d-nanolithography-of-inorganics-grol/ The goal of the KTU part is to create new photosensitive resins, consisting of plant-derived materials and inorganic fillers, suitable for laser 3D printing. Tasks: development and research of photosensitive resins and ther characterization, as well as invstigation of the resulting photopolymeirs and their composites.

The post Green resins for laser 3D nanolithography of inorganics (GROL) appeared first on Faculty of Chemical Technology.

]]> The post Green resins for laser 3D nanolithography of inorganics (GROL) appeared first on Faculty of Chemical Technology.

]]> Novel electroactive organic derivatives for enhancement e?ciency of organic light emitting diodes (OLEDMATER) https://fct.ktu.edu/projects/novel-electroactive-organic-derivatives-for-enhancement-eciency-of-organic-light-emitting-diodes-oledmater/ Thu, 11 Dec 2025 11:32:40 +0000 https://fct.ktu.edu/projects/novel-electroactive-organic-derivatives-for-enhancement-eciency-of-organic-light-emitting-diodes-oledmater/ Further advances of organic light emitting diodes (OLED) substantially rely on development and studying of high-performance organic charge-transport and emitting materials, theoretical understanding of charge and energy transport in the organic systems and their well-balanced application in OLED devices. Thermally activated delayed fluorescence (TADF) process has recently emerged as one of the most attractive methods […]

The post Novel electroactive organic derivatives for enhancement e?ciency of organic light emitting diodes (OLEDMATER) appeared first on Faculty of Chemical Technology.

]]> The post Novel electroactive organic derivatives for enhancement e?ciency of organic light emitting diodes (OLEDMATER) appeared first on Faculty of Chemical Technology.

]]> Production of innovative solid CO2 binder based on calcium rich industrial wastes (PICOBIND) https://fct.ktu.edu/projects/production-of-innovative-solid-co2-binder-based-on-calcium-rich-industrial-wastes-picobind/ Thu, 11 Dec 2025 11:32:39 +0000 https://fct.ktu.edu/projects/production-of-innovative-solid-co2-binder-based-on-calcium-rich-industrial-wastes-picobind/ The project aims to develop an environmentally friendly technology for neutralizing calcium rich industrial wastes, transforming them into active components, and use them for the creation of innovative solid CO2 binders suitable for sustainable construction materials. The project aligns with key environmental objectives such as the reduction of CO2 emissions and the effective reuse of […]

The post Production of innovative solid CO2 binder based on calcium rich industrial wastes (PICOBIND) appeared first on Faculty of Chemical Technology.

]]> The post Production of innovative solid CO2 binder based on calcium rich industrial wastes (PICOBIND) appeared first on Faculty of Chemical Technology.

]]> A Next-Generation Biomedical Platform Enabling Molecular Radiation-Harvesting Centers for Dosimetry Applications https://fct.ktu.edu/projects/a-next-generation-biomedical-platform-enabling-molecular-radiation-harvesting-centers-for-dosimetry-applications/ Thu, 11 Dec 2025 11:32:38 +0000 https://fct.ktu.edu/projects/a-next-generation-biomedical-platform-enabling-molecular-radiation-harvesting-centers-for-dosimetry-applications/ The BioRHAD project proposes the development of a next?generation molecular dosimetry platform tailored for biomedical applications. It aims to address critical limitations in current radiation detection technologies by designing novel organic molecules that incorporate boron and gadolinium?based radiation?harvesting centers. These compounds will be integrated into sensor devices capable of real?time, multimodal detection of ionizing radiation […]

The post A Next-Generation Biomedical Platform Enabling Molecular Radiation-Harvesting Centers for Dosimetry Applications appeared first on Faculty of Chemical Technology.

]]> The post A Next-Generation Biomedical Platform Enabling Molecular Radiation-Harvesting Centers for Dosimetry Applications appeared first on Faculty of Chemical Technology.

]]> Edible fibrous polymer scaffolds for meat cultivation (CULTIMEAT) https://fct.ktu.edu/projects/edible-fibrous-polymer-scaffolds-for-meat-cultivation-cultimeat/ Thu, 11 Dec 2025 11:32:36 +0000 https://fct.ktu.edu/projects/edible-fibrous-polymer-scaffolds-for-meat-cultivation-cultimeat/ With the growing global demand for meat and animal-based proteins, and in light of challenges related to sustainability, ethics, and food safety, cultured meat is emerging as one of the most promising alternatives to traditional animal farming. The aim of the project is to develop bioactive, edible, plant-protein-based fibrous scaffolds optimized for muscle stem cell […]

The post Edible fibrous polymer scaffolds for meat cultivation (CULTIMEAT) appeared first on Faculty of Chemical Technology.

]]> The post Edible fibrous polymer scaffolds for meat cultivation (CULTIMEAT) appeared first on Faculty of Chemical Technology.

]]> Pyridine scaffold in hybrid derivatives: synthesis and evaluation of Novel Derivatives for Dual Antimicrobial and Antioxidant activities (PYRANCAM) https://fct.ktu.edu/projects/pyridine-scaffold-in-hybrid-derivatives-synthesis-and-evaluation-of-novel-derivatives-for-dual-antimicrobial-and-antioxidant-activities-pyrancam/ Thu, 11 Dec 2025 11:32:35 +0000 https://fct.ktu.edu/projects/pyridine-scaffold-in-hybrid-derivatives-synthesis-and-evaluation-of-novel-derivatives-for-dual-antimicrobial-and-antioxidant-activities-pyrancam/ The growing threat of antimicrobial resistance (AMR) highlights the urgent need for novel therapeutic agents capable of overcoming resistant pathogens. This project proposes the development of hybrid organic compounds that combine antimicrobial and antioxidant properties, targeting both microbial pathogens and the oxidative stress associated with infections. The research focuses on synthesizing a series of novel […]

The post Pyridine scaffold in hybrid derivatives: synthesis and evaluation of Novel Derivatives for Dual Antimicrobial and Antioxidant activities (PYRANCAM) appeared first on Faculty of Chemical Technology.

]]> The post Pyridine scaffold in hybrid derivatives: synthesis and evaluation of Novel Derivatives for Dual Antimicrobial and Antioxidant activities (PYRANCAM) appeared first on Faculty of Chemical Technology.

]]> Development of a Solar light-Activated Photocatalytic Reactor Based on a Novel ZnO–g-C?N?–PDA Nanocomposite for Quaternary Wastewater Treatment (PHOTOCELL) https://fct.ktu.edu/projects/development-of-a-solar-light-activated-photocatalytic-reactor-based-on-a-novel-zno-g-cn-pda-nanocomposite-for-quaternary-wastewater-treatment-photocell/ Thu, 11 Dec 2025 11:32:34 +0000 https://fct.ktu.edu/projects/development-of-a-solar-light-activated-photocatalytic-reactor-based-on-a-novel-zno-g-cn-pda-nanocomposite-for-quaternary-wastewater-treatment-photocell/ This project aims to develop and validate a solar-driven photocatalytic reactor model for quaternary wastewater treatment, based on a novel ZnO–g-C?N?–polydopamine (PDA) nanocomposite. The proposed photocatalyst is designed to degrade persistent micropollutants – such as pharmaceuticals and phthalates – commonly found in treated municipal wastewater, which are inadequately removed by conventional technologies. The research will […]

The post Development of a Solar light-Activated Photocatalytic Reactor Based on a Novel ZnO–g-C?N?–PDA Nanocomposite for Quaternary Wastewater Treatment (PHOTOCELL) appeared first on Faculty of Chemical Technology.

]]> The post Development of a Solar light-Activated Photocatalytic Reactor Based on a Novel ZnO–g-C?N?–PDA Nanocomposite for Quaternary Wastewater Treatment (PHOTOCELL) appeared first on Faculty of Chemical Technology.

]]> Chemical Disruption of the SOS Response: A New Strategy to Combat Antimicrobial Resistance inPseudomonas aeruginosa (BactoSOS) https://fct.ktu.edu/projects/chemical-disruption-of-the-sos-response-a-new-strategy-to-combat-antimicrobial-resistance-inpseudomonas-aeruginosa-bactosos/ Thu, 11 Dec 2025 11:32:33 +0000 https://fct.ktu.edu/projects/chemical-disruption-of-the-sos-response-a-new-strategy-to-combat-antimicrobial-resistance-inpseudomonas-aeruginosa-bactosos/ Antimicrobial resistance (AMR) in Pseudomonas aeruginosa (P.a) is a critical global health concern, driven by high mutation rates and stress-induced SOS signaling via the RecA/LexA pathway. This project proposes targeting bacterial evolvability by inhibiting this conserved DNAdamage response. In collaboration with U.S. and Italian partners, we identifi ed compound A12, a small molecule that binds […]

The post Chemical Disruption of the SOS Response: A New Strategy to Combat Antimicrobial Resistance inPseudomonas aeruginosa (BactoSOS) appeared first on Faculty of Chemical Technology.

]]> The post Chemical Disruption of the SOS Response: A New Strategy to Combat Antimicrobial Resistance inPseudomonas aeruginosa (BactoSOS) appeared first on Faculty of Chemical Technology.

]]> Cinnamon-derived self-repairing photocured vitrimers (CINNAMAVIT) https://fct.ktu.edu/projects/cinnamon-derived-self-repairing-photocured-vitrimers-cinnamavit/ Thu, 11 Dec 2025 11:32:32 +0000 https://fct.ktu.edu/projects/cinnamon-derived-self-repairing-photocured-vitrimers-cinnamavit/ Living organisms possess the ability to heal themselves after injury, inspiring researchers to replicate such properties in materials for enhanced durability. This project aims to develop novel self-repairing vitrimers from cinnamon-derived compounds, leveraging green chemistry concepts to mitigate environmental and health impacts associated with conventional processes. Self-repairing materials are in growing demand across in industries […]

The post Cinnamon-derived self-repairing photocured vitrimers (CINNAMAVIT) appeared first on Faculty of Chemical Technology.

]]> The post Cinnamon-derived self-repairing photocured vitrimers (CINNAMAVIT) appeared first on Faculty of Chemical Technology.

]]> Novel structure design approach for high protein enteral feeding formulations to modulate digestibility and bioavailability of proteins (ENRICH) https://fct.ktu.edu/projects/novel-structure-design-approach-for-high-protein-enteral-feeding-formulations-to-modulate-digestibility-and-bioavailability-of-proteins-enrich/ Thu, 11 Dec 2025 11:32:31 +0000 https://fct.ktu.edu/projects/novel-structure-design-approach-for-high-protein-enteral-feeding-formulations-to-modulate-digestibility-and-bioavailability-of-proteins-enrich/ Enteral feeding (EF) is generally well-tolerated, even in critically ill patients. Although EF has been associated with fewer infectious complications, lower costs, and a reduced length of hospital stay, there are common complications related to the infusion of EF formulas, such as aspiration pneumonia and upper gastrointestinal intolerance symptoms. Furthermore, it is beneficial to carefully […]

The post Novel structure design approach for high protein enteral feeding formulations to modulate digestibility and bioavailability of proteins (ENRICH) appeared first on Faculty of Chemical Technology.

]]> The post Novel structure design approach for high protein enteral feeding formulations to modulate digestibility and bioavailability of proteins (ENRICH) appeared first on Faculty of Chemical Technology.

]]> The synthesis of bioactive carbonated hydroxyapatite and its application for bone tissue engineering (BIOCHA) https://fct.ktu.edu/projects/the-synthesis-of-bioactive-carbonated-hydroxyapatite-and-its-application-for-bone-tissue-engineering-biocha/ Thu, 11 Dec 2025 11:32:30 +0000 https://fct.ktu.edu/projects/the-synthesis-of-bioactive-carbonated-hydroxyapatite-and-its-application-for-bone-tissue-engineering-biocha/ The post The synthesis of bioactive carbonated hydroxyapatite and its application for bone tissue engineering (BIOCHA) appeared first on Faculty of Chemical Technology.

]]> The post The synthesis of bioactive carbonated hydroxyapatite and its application for bone tissue engineering (BIOCHA) appeared first on Faculty of Chemical Technology.

]]> Biopolymer based green thermoplastic foams with improved biodegradability for sustainable material technologies https://fct.ktu.edu/projects/biopolymer-based-green-thermoplastic-foams-with-improved-biodegradability-for-sustainable-material-technologies/ Thu, 11 Dec 2025 11:32:29 +0000 https://fct.ktu.edu/projects/biopolymer-based-green-thermoplastic-foams-with-improved-biodegradability-for-sustainable-material-technologies/ The exponential increase in the utilization of synthetic plastic use worldwide, as well as the waste generated afterwards, has been identified as one of the existential threats to the life of our planet. Being generated from renewable sources including animals, microbes and plant biomass, bioplastics are among the most viable and sustainable alternatives to the […]

The post Biopolymer based green thermoplastic foams with improved biodegradability for sustainable material technologies appeared first on Faculty of Chemical Technology.

]]> The post Biopolymer based green thermoplastic foams with improved biodegradability for sustainable material technologies appeared first on Faculty of Chemical Technology.

]]> Load-Responsive Polymer Scaffolds for Targeted Extracellular Vesicle Release in Cartilage Repair https://fct.ktu.edu/projects/load-responsive-polymer-scaffolds-for-targeted-extracellular-vesicle-release-in-cartilage-repair/ Thu, 11 Dec 2025 11:32:28 +0000 https://fct.ktu.edu/projects/load-responsive-polymer-scaffolds-for-targeted-extracellular-vesicle-release-in-cartilage-repair/ Human articular cartilage is an avascular, load-bearing tissue with a dense extracellular matrix (ECM) composed of collagens and proteoglycans. Its structure resists compressive forces but limits self-repair after trauma or disease, such as osteoarthritis (OA). OA affects over 500 million people globally, with its prevalence rising due to factors like age, obesity, and hormonal changes. […]

The post Load-Responsive Polymer Scaffolds for Targeted Extracellular Vesicle Release in Cartilage Repair appeared first on Faculty of Chemical Technology.

]]> The post Load-Responsive Polymer Scaffolds for Targeted Extracellular Vesicle Release in Cartilage Repair appeared first on Faculty of Chemical Technology.

]]>