Projekti

U periodu od 2017-2023 IHTM je učestvovao u realizaciji ukupno 80 nacionalnih projekata (4 – Zeleni program saradnje nauke i privrede, 5 – IDEJE, 4 - PROMIS, 1 – COVID 19, 15– Fond za inovacionu delatnost, 28 – Osnovna istraživanja MNTRS, 10 –Tehnološki razvoj MNTRS, 10 – III MNTRS, 3 – ostalo). U istom periodu realizovan je i 61 međunarodni projekat (3 - Horizon Europe, 3 – Horizon2020, 2 – NATO, 1- SP4LIFE, 3 – EUREKA!, 5- DAAD, 2 – Dijaspora, 25 – COST i ostalo, 17 – projekata bilateralne saradnje).

Tekući nacionalni projekti
IHTM nosilac
- Razvoj MIP@MOF funkcionalizovanog elektrohemijskog senzora za kontrolu bezbednosti hrane
  Trajanje: 03.01.2024 – 31.12.2025.
  Rukovodilac: dr Vesna Stanković
  NIO nosilac: IHTM
  Finansijer: Fond za nauku Republike Srbije – program PROMIS 2023
- Kreiranje molekulskih magneta i katalizatora zasnovanih na kompleksima prelaznih metala
  Trajanje: 2022-2025
  Rukovodilac: dr Matija Zlatar
  NIO nosilac: IHTM
  Finansijer: Fond za nauku Republike Srbije – program IDEJE
- MEMSAERO - MEMS multisenzorski instrument za merenje aerodinamičkog pritiska
  Trajanje: 2022-2025
  Rukovodilac: dr Miloš Frantlović
  NIO nosilac: IHTM
  Finansijer: Fond za nauku Republike Srbije – program IDEJE
- Advanced Catalysts for Low Temperature Fuel Cells: From Model System to Sustainable Catalysts (AdCatFC)
  Trajanje: 2022-2025
  Rukovodilac: dr Sanja Stevanović
  NIO nosilac: IHTM
  Finansijer: Fond za nauku Republike Srbije – program IDEJE
- Physicochemical aspects of rhythmicity in neuroendocrine systems: Dynamic and kinetic investigations of underlying reaction networks and their main compounds (NES)
  Trajanje: 2022-2025
  Rukovodilac: dr Željko Čupić
  NIO nosilac: IHTM
  Finansijer: Fond za nauku Republike Srbije – program IDEJE
- Renewal of the Waste Oxygen-Evolving anodes from Hydrometallurgy and their improved Activity for Hydrogen Economy, Wastewater and Soil Remediation (OxyRePair)
  Trajanje: 2023-2025
  Rukovodilac: dr Vladimir Panić
  NIO nosilac: IHTM
  Finansijer: Fond za nauku Republike Srbije – Zeleni program saradnje nauke i privrede
- Modular, Bench-top Photoreactor for Microfluidic and Batch Chemistry Applications
  Trajanje: 2022-2023
  Rukovodilac: dr Bojan Bondžić
  NIO nosilac: IHTM
  Finansijer: Fond za inovacionu delatnost Republike Srbije – program Transfera tehnologije
- Dezinfekciono sredstvo inkapsulirano u polimeru. Potencijal za dezinfekciju širokog spektra mikroba i nekih patogenih vrsta koronavirusa
  Trajanje: 2023-2024
  Rukovodilac: dr Goran Janjić
  NIO nosilac: IHTM
  Finansijer: Fond za inovacionu delatnost Republike Srbije – program Transfera tehnologije
- Razvoj uređaja za ispitivanje filtera
  Trajanje: 2022-2023
  Rukovodilac: dr Aleksandar Grujić
  NIO nosilac: IHTM
  Finansijer: Fond za inovacionu delatnost Republike Srbije – Inovacioni vaučeri
- Kompletna Hemijska i UV dezinfekcija zaštitne opreme u cilju sprečavanju širenja hemijske i biokont
  Trajanje: 2022-2023
  Rukovodilac:
  NIO nosilac: IHTM
  Finansijer: Fond za inovacionu delatnost Republike Srbije – Inovacioni vaučeri
- Ispitivanje uticaja nutritivnih sastojaka na ekspresiju digestivnih enzima pčela (Apis mellifera)
  Trajanje: 2022-2023
  Rukovodilac:
  NIO nosilac: IHTM
  Finansijer: Fond za inovacionu delatnost Republike Srbije – Inovacioni vaučeri
- Razvoj HPLC-UV analitičkh metoda za određivanje sastava racemskih smeša derivata hlora
  Trajanje: 2022-2023
  Rukovodilac:
  NIO nosilac: IHTM
  Finansijer: Fond za inovacionu delatnost Republike Srbije – Inovacioni vaučeri
- Dekontaminacija voda zagađenih organskim polutantima u skladu sa UN Ciljevima održivog razvoja
  Trajanje: 2023
  Rukovodilac: dr Jelena Milić
  NIO nosilac: IHTM
  Finansijer: Projekat „EU za Zelenu agendu u Srbiji,“ Program Ujedinjenih nacija za razvoj (UNDP) i Ministarstvo zaštite životne sredine, uz podršku Delegacije EU u Srbiji - UNDP poziv „Izazov za inovativna rešenja za zelenu tranziciju srpske privrede"
IHTM partner
- New Synthetic Methods and their Applications for Rapid Total Syntheses of Complex Natural Products and Bioactive Molecules (New SMART Synthesis)
  Trajanje: 2022-2025
  Rukovodilac: dr Radomir Saičić
  NIO nosilac: Univerzitet u Beogradu – Hemijski fakultet
  Finansijer: Fond za nauku Republike Srbije – program IDEJE
- Environmental Identity of Primary School Students in Serbia (ELIPS)
  Trajanje: 2022-2025
  Rukovodilac: dr Milica Marušić Jablanović
  NIO nosilac: Institut za pedagoška istraživanja
  Finansijer: Fond za nauku Republike Srbije – program IDENTITETI
- Improving polymer waste recycling process
  Trajanje: 2021-2023
  Rukovodilac: dr Aleksandar Marinković
  NIO nosilac: Univerzitet u Beogradu – Tehnološko-metalurški fakultet
  Finansijer: Fond za inovacionu delatnost Republike Srbije – program Saradnje nauke i privrede
- Биомедицински потенцијал новоизолованих дитерпена латекса млечика (Euphorbia L.) sа станишта у Србији (МилкИнг)
  Trajanje: 2022-2025
  Rukovodilac: dr Slobodan Milosavljević
  NIO nosilac: SANU
  Finansijer: SANU
- A step to green polyester products: Sustainable solutions for everyday objects (Step2PolyGreen)
  Trajanje: 2023-2025
  Rukovodilac: dr Pavle Spasojević
  NIO nosilac: FTN Čačak
  Finansijer: Fond za nauku Republike Srbije – Zeleni program saradnje nauke i privrede
- Sustainable deployment of biomass catalytic gasification technology to increase the utilization of renewable energy in the Serbian industry (STABILISE)
  Trajanje: 2023-2025
  Rukovodilac: dr Dejan Cvetinović
  NIO nosilac: INN Vinča
  Finansijer: Fond za nauku Republike Srbije – Zeleni program saradnje nauke i privrede
- Phytoremediation for in situ treatment of agricultural soil and surface waters polluted with per- and polyfluoroalkyl substances – research on PFOS and PFOA as model compounds (PhytoPFAS)
  Trajanje: 2023-2025
  Rukovodilac: dr Vladimir Beškoski
  NIO nosilac: Univerzitet u Beogradu – Hemijski fakultet
  Finansijer: Fond za nauku Republike Srbije – Zeleni program saradnje nauke i privrede
- Cirkularna ekonomija kroz kaskadnu upotrebu otpadne biomase nastale nakon destilacije lekovitih biljaka u cilju razvoja inovativne bio-kozmetike
  Trajanje: 2023
  Rukovodilac: dr Danka Bukvički
  NIO nosilac: Univerzitet u Beogradu - Biološki fakultet
  Finansijer: Projekat „EU za Zelenu agendu u Srbiji,“ Program Ujedinjenih nacija za razvoj (UNDP) i Ministarstvo zaštite životne sredine, uz podršku Delegacije EU u Srbiji - UNDP poziv „Izazov za inovativna rešenja za zelenu tranziciju srpske privrede"
- Zelene tehnologije za dobijanje antimikrobnih kompozita za primenu u kozmetici
  Trajanje: 2023
  Rukovodilac: dr Miljana Mirković
  NIO nosilac: INN Vinča
  Finansijer: Projekat „EU za Zelenu agendu u Srbiji,“ Program Ujedinjenih nacija za razvoj (UNDP) i Ministarstvo zaštite životne sredine, uz podršku Delegacije EU u Srbiji - UNDP poziv „Izazov za inovativna rešenja za zelenu tranziciju srpske privrede"
Tekući međunarodni projekti
IHTM nosilac
- Boosting Institute of Chemistry, Technology and Metallurgy in Water Biomonitoring (BIOLAWEB)
  Trajanje: 2022-2025
  Rukovodilac: dr Miloš Ćirić
  NIO nosilac: IHTM
  Finansijer: Horizon Europe – Twining
- Smart Patch for Life Support Systems (SP4LIFE)
  Trajanje: 2020-2024
  Rukovodilac: dr Marko Spasenović
  NIO nosilac: IHTM
  Finansijer: NATO SPS
- Coupling of Ca metal anodes with metallic oxide cathodes for high energy Ca-O2 (Ca-air) batteries (CaO-Bat)
  Trajanje: 2022-2025
  Rukovodilac: dr Vladimir Panić
  NIO nosilac: IHTM
  Finansijer: NATO SPS
- Agricultural residues and plastic waste materials as a sustainable source of alternative fuels and valuable chemicals (AGRIPLAST)
  Trajanje: 2021-2024
  Rukovodilac: dr Gordana Gajica
  NIO nosilac: IHTM
  Finansijer: German Federal Ministry of Education and Research (Western Balkan Countries 2019)
- Confined molecular systems (COSYES)
  Trajanje: 2021-2025
  Rukovodilac: dr Sonja Grubišić
  NIO nosilac: IHTM
  Finansijer: Spanish national research project
- Razvoj bioaktivnih molekula za lečenje neuro-degenerativnih bolesti (BioMol4ND)
  Trajanje: 2021-2024
  Rukovodilac: dr Dejan Opsenica
  NIO nosilac: IHTM
  Finansijer: Croatian Science Foundation
- Mono- i poli- komponentni katalitički sistemi za prečišćavanje otpadnih voda i zagađenog vazduha od modelnih kontaminanata
  Trajanje: 2021-2023
  Rukovodilac: dr Nenad Radić
  NIO nosilac: IHTM
  Finansijer: Other international research - SASA
- Sustainable and Eco-friendly synthesis and recycling of advanced catalytic materials
  Trajanje: 2023-2025
  Rukovodilac: dr Jugoslav Krstić
  NIO nosilac: IHTM
  Finansijer: Other international research - SASA
IHTM partner
- Tvining projekat VERIFIN instituta za verifikaciju Konvencije o zabrani hemijskog oružja i Univerziteta u Beogradu - Hemijskog fakulteta (Centar za Instrumentalnu analizu - CIA) - Twinning VERIFIN CIA
  Trajanje: 2021-2023
  Rukovodilac: dr Ljubodrag Vujisić
  NIO nosilac: Univerzitet u Beogradu – Hemijski fakultet
  Finansijer: OPCW
Bilateralni projekti
- Development and testing of novel metallic oxide catalysts for ORR/OER reactions in metal/air batterise
  Trajanje: 2023-2024
  Rukovodilac: dr Miroslav Pavlović
  NIO nosilac: IHTM
  Bilaterala: Srbija-Nemačka
  Finansijer: DAAD, Ministartstvo, nauke, tehnološkog razvoja i inovacija RS
- Development of a novel sustainable recycling process for Dy from high-tech NdFeB magnets
  Trajanje: 2023-2024
  Rukovodilac: dr Vesna Cvetković
  NIO nosilac: IHTM
  Bilaterala: Srbija-Nemačka
  Finansijer: DAAD, Ministartstvo, nauke, tehnološkog razvoja i inovacija RS
- Computational design of magnetic anisotropy in transition metal ion-based molecular magnets
  Trajanje: 2023-2024
  Rukovodilac: dr Matija Zlatar
  NIO nosilac: IHTM
  Bilaterala: Srbija-Francuska
  Finansijer: “Pavle Savić” / “Hubert Curien Partnership”
- Band structure engineering design for construction of the heterojunction semiconductors for enhanced photocatalytic activity. Theoretical and experimental study
  Trajanje: 2023-2025
  Rukovodilac: dr Jasmina Dostanić
  NIO nosilac: IHTM
  Bilaterala: Srbija-Slovenija
- Development and characterization of PIN dosimeters
  Trajanje: 2023-2025
  Rukovodilac: dr Milija Sarajlić
  NIO nosilac: IHTM
  Bilaterala: Srbija-Slovenija
- Cavitation erosion testing of creep resistant martensitic stees for advanced application
  Trajanje: 2023-2025
  Rukovodilac: dr Milica Vlahović
  NIO nosilac: IHTM
  Bilaterala: Srbija-Slovenija
- Investigation of the influence of soil properties on growth and regeneration of sessile oak (Quercus petraea)
  Trajanje: 2023-2025
  Rukovodilac: dr Snežana Štrbac
  NIO nosilac: IHTM
  Bilaterala: Srbija-Slovenija
Individualno učešće istraživača
- Twinning microplastic-free environment (GREENLand)
  Trajanje: 2023-2026
  Rukovodilac: dr Nataša Stojić
  NIO nosilac: University Educons
  Finansijer: Horizon Europe – Twining
- An Innovative Analytical Platform to Investigate the Effect and Toxicity of Micro and Nano Plastics Combined with Environmental Contaminants on the Risk of Allergic Disease in Preclinical and Clinical Studies (IMPTOX)
  Trajanje: 2021-2025
  Rukovodilac: dr Tanja Ćirković-Veličković
  NIO nosilac: Univerzitet u Beogradu – Hemijski fakultet
  Finansijer: Horizon 2020
- Twinning to address the PFAS challenge in STwinning to address the PFAS challenge in Serbia (PFAStwin)
  Trajanje: 2022-2025
  Rukovodilac: dr Vladimir Beškoski
  NIO nosilac: Univerzitet u Beogradu – Hemijski fakultet
  Finansijer: Horizon Europe – Twining
- The Bio Innovation of a Circular Economy for Plastics (BioICEP)
  Trajanje: 2020-2023
  Rukovodilac: dr Jasmina Nikodinović-Runić
  NIO nosilac: IMGGI
  Finansijer: Horizon Europe
- Electron and proton transfer in respiratory complex I
  Trajanje: 2020-2024
  Rukovodilac: dr Dragan Popović (iz IHTM-a)
  NIO nosilac: University of California Davis
  Finansijer: National Institute of Heath, USA
- Catalysts and reactors under dynamic conditions for energy storage and conversion
  Trajanje: 2018-
  Rukovodilac: Prof. Dr. Jan-Dierk Grundwaldt (Karlsruhe Institute of Technology (KIT)),
  NIO nosilac: TMF
  Finansijer: DFG (The German Research Foundation)
- Molecular Materials for Integrated Quantum Light Sources on a Chip (ARTEMIS)
  Trajanje: 2023-
  Rukovodilac: Dr. Branko Kolarić (Serbia)
  NIO nosilac: Institut za fiziku
  Finansijer: 2022 EIC Pathfinder
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Arhiva projekata

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Rezultati istraživanja

Istaknuti rezultati
Patentne prijave
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Теме истраживања

Research Topics

Our research activities cover a wide range of areas. ICTM allows researchers to focus on projects that best reflect their interests and expertise, whether fundamental or applied research. This approach encourages innovation and multidisciplinary collaboration, enabling value creation by developing new technologies, advancing scientific knowledge, and contributing to society.

We aim to stimulate creativity and professional development through diverse research projects, contributing to a dynamic scientific community and shaping future trends in various disciplines.

The Institute's research areas include:

Chemistry and Chemical Engineering
Biotechnology
Microelectronics and Microelectronic Technologies

Chemistry and Chemical Engineering

a) Organic, Medicinal, and Bioorganic Chemistry
Focuses on the synthesis of organic compounds and synthetic transformations of natural products – processes that enable the development of new drugs and accompanying therapeutics. Contemporary methods of organic synthesis, as well as in silico techniques (molecular docking, structure-based drug design - SBDD, ligand-based drug design - LBDD) and QSAR/QSRR analyses, are applied in research, contributing to a better understanding and design of biologically active molecules.
b) Instrumental Analysis, Chemistry of Natural Products, and Metabolomics
This area includes advanced methods of isolating and structurally characterizing secondary and endogenous metabolites from plants, cells, tissues, or entire organisms. Innovative approaches in metabolomics allow for a deeper understanding of biological processes and the identification of new natural compounds.
c) Polymer Chemistry
Research and development of new materials based on polymers, polymer (nano)composites, and hybrid materials are particularly significant in environmental protection, especially in water and air purification applications.
d) Environmental Chemistry
This topic includes investigating the presence, fate, and dynamics of pollutant substances in water, soil, sediments, and living organisms. The goal is to conduct precise risk assessments for the environment and human health, develop effective bioremediation methods, and optimize biological treatments of contaminated sites.
e) Theoretical Chemistry and Molecular Modelling
Developing computational methodologies to understand the chemical behavior of molecules and the rational design of molecules with desired properties using quantum-mechanical calculations. These approaches enable the prediction of molecular behavior in the environment, studying transition metal complexes relevant for homogeneous and heterogeneous catalysis, magnetism, and applications in bioinorganic chemistry, and studying interactions in supramolecular structures.
f) Catalysis and Chemical Engineering
Design and synthesis of nanomaterials as catalysts and adsorbents, design of (micro)reactor systems, as well as modelling kinetics and nonlinear dynamics of heterogeneous catalytic processes, aiming for applications in sensors, environmental protection, renewable energy sources, food industry, and medicine.
g) Electrochemistry
Developing electrocatalysts with improved performance, lifetime, and cost for the oxidation of organic and inorganic compounds in low-temperature direct liquid fuel cells. Electrochemical deposition processes from aqueous electrolytes, melts, and ionic liquids are applied to create various structures on the nano and micro levels for use in industry and environmental protection. Research in multivalent metal-air and metal-ion batteries, with innovative preparation of cathode and anode materials.
h) Biochemistry and Bioanalytical Chemistry
This area encompasses research on the structure and function of biomolecules from microbiological, plant, animal, viral, and human sources (proteins, carbohydrates, nucleic acids, etc.) and developing methods for analyzing biological molecules, cells, and viruses.

Biotechnology

Industrial Biotechnology and Environmental Biotechnology

a) Innovative enzyme technologies for producing value-added food products, biofuels, and biomass-based materials. Technologies based on recombinant proteins (GMO) and the natural repertoire of enzymes (Non-GMO) are also used.
b) Sustainable methods for bioremediation: using natural resources such as microorganisms, enzymes, plants, and natural adsorbents to clean the Earth. Research on ecological stress of living organisms, biodegradation and metabolic pathways of xenobiotics; monitoring of metabolites in living organisms and the environment; phytoremediation and processing of contaminated biomass for biofuel production.
c) Land management with minimal degradation, ensuring clean water and biodiversity and providing long-term nature-based solutions to reduce the impact of climate change on land.
d) Research of therapeutic proteins: development and production of protein therapies that have the potential to advance medical approaches.

Microelectronics and Microelectronic Technologies

a) Sensors and Measuring Instruments
Development of innovative sensors and measuring instruments based on microelectronic and MEMS technologies, with applications in industrial processes, detection of chemical substances, biological agents, and monitoring of environmental parameters (air, water) and physiological states of the organism.
b) Microfluidic Platforms
This area includes developing, designing, and realizing microfluidic platforms applied in chemistry, biochemistry, biology, and medicine, contributing to more precise and miniaturized analyses and diagnostics.
c) Materials for Microelectronics Applications
Synthesis, development, and characterization of new multifunctional polymer materials, nanocomposites, and metal coatings obtained by electrochemical deposition. These materials have critical applications in modern microelectronics.

ICTM continuously nurtures an interdisciplinary approach to research, creating innovative projects that not only deepen theoretical and fundamental knowledge but also implement practical solutions in technology and industry. Our work aims to be aligned with the strategic scientific goals of the Republic of Serbia and the European Union, enabling the flexible development of all scientific disciplines and their integration into global research flows.

In the future, research topics will be further defined and expanded, following contemporary technological challenges and global scientific trends, ensuring maximum social and economic contribution through innovation and scientific progress.

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Centri

Aktivnosti instituta se odvijaju u šest specijalizovanih naučno-istraživačkih centara:

Centar za hemiju

se bavi osnovnim i primenjenim istraživanjama u oblasti organske hemije, biohemije, biotehnologije, hemije biomakromolekula, sintetičkih polimera, hemije životne sredine i računarske hemije.
Centar za elektrohemiju

se bavi fundamentalnim naučno-istraživačkim radom u oblasti elektrohemije i elektrohemijskog inženjerstva, kao što su kinetika elektrodnih procesa, korozija i zaštita od korozije…
Centar za katalizu i hemijsko inženjerstvo

se bavi aktivnostima u oblasti katalize, katalitičkih procesa i hemijskog inženjerstva, počev od osnovnih istraživanja i razvoja novih tehnologija, do primene rezultata u industriji.
Centar za mikroelektronske tehnologije

se bavi multidisciplinarnim istraživanjima u oblasti senzorike, mikroelektromehaničkih sistema (MEMS), nanonauka i nanotehnologija, fotonike i plazmonike i nauke o poluprovodnicima.
Centar za materijale i metalurgiju

se bavi istraživanjima u oblasti metalurgije praha i sinterovanih kompozitnih materijala.
Centar za ekologiju i tehnoekonomiku

je specijalizovan za rad u market inženjering i upravljanje razvojem u procesnim industrijama, projektovanje i inženjerizacija tehnolokih procesa, laboratorijska istraživanja i ispitivanja.