Newcomers register

PL

PL91

REC

Composites manufacturing and structural health monitoring by non-destructive testing of structures and objects.

SK

SK02

HES

Research and development of metals, polymers, silicate materials and textiles, combined with the focus on computational modelling and simulation, environmental engineering and industrial design.

RO

RO32

PRC

Lasers and laser-based systems manufacturer; non-conventional laser machine manufacturing process. Thin films deposition and nanosensing.

LU

LU00

PRC

3D scanning solutions, Computer Vision and Machine Learning, Robotics

UA

UA20

REC

Nanophysics and nanotechnologies, supercondacting resonator, quantum and cryocrystals; nanostructured superconductors; quantum sensors.

TR

TR51

REC

Photonic crystals, plasmonic and left-handed materials, electromagnetism, photonic crystals and metamaterials.

LU

LU00

PRC

The KOMBISORBON® process for the removal of Mercury, Cadmium and Dioxins from gaseous media, and the SULFACID® process for the conversion of Sox (Sulphur oxides) into H2SO4 (Sulphuric acid).

LU

LU00

PRC

SME working on energy storage and lithium battery projects. R&D interests includes battery pack applications; development of materials for lithium batteries; development of materials for supercapacitors, fuel cells and solar panels of the future; search of materials for storage of carbon dioxide and other gases (such as hydrogen) for propulsion systems and carbon footprpint reduction.

CZ

CZ05

OTH

Cluster focused on nanotechnology in textiles, (multi)functional textiles, personal protective textiles, design of customized textile structures, biotechnology and bio-based resources. Represents 36 members.

TR

TR41

PRC

Manufacturing of fine blanked parts (shims, washer and covers, flanges and plates) and precision-machined parts (rotors and housing, spacers, valves and nozzles, pump and injector bodies) for automotive industry. Industry 4.0.

UA

UA26

REC

Advanced technologies in welding and material joining. Strength, reliability and longevity of welded structures. Surfacing, coating deposition and surface treatment technologies. Technical diagnostics and non-destructive testing. Automation of welding and related technologies. Nano-structural systems, nanotechnologies and nanomaterials.

CZ

CZ01

PRC

The Center specializes in electrical, hydraulic and mechanical engineering to develop innovations in the fields of vehicle powertrains, industrial automation, power distribution, hydraulics, electronics and IT.

PL

PL91

PRC

Electronic devices manufacturing from recycled materials. Will to replace ABS, plastic packages, plans to build Printed Circuit Board factory with recovery metal materials like gold, copper etc. Interested in collaboration on silicon recyling

TN

TN01

PRC

Manufacturing of enamelling tanks, metal structures and parts. R&D on uniform and controlled deposits of enamel over flat metal surfaces using spray coating to show the feasibility of the enamel coating process in industrial scale, to improve the ability to control costs and product quality, solve environmental issues, limiting scrap and raw materials.

TR

TR10

PRC

Lithium-rich NMC cathodes, silicon anodes, conductive/flexible polymers, self-healing anodes - all processes starting from active material development and synthesis, preparation of electrodes to preparation and testing of coin-cell and pouch-cell.

SK

SK01

PRC

Modern technologies for welding, cutting and surface treatment of materials using laser, electron beam, arc sources and plasma.

UA

UA26

REC

Department of composite materials of IPMS NASU -has a great experience in the development of functional and structural polymer based composites reinforced by high strength carbon, aramide, glass fibers and technologies of their production.

TR

TR62

PRC

Manufacturer of polyethylene granules, packages, gloves with the use of recycled material. Interested to be an end-user in projects related to industry circularity, industrial symbiosis, advanced manufacturing, digital solutions for industry, energy efficiency, environmental protection, renewable energy.

TR

TR42

PRC

Motion and Control Systems, Robotic Systems, hydromechanics systems, automation systems, Factory Automation.

LV

LV00

PRC

A deep-tech start up, specializing in heat-spreading thermal interface materials (which are meta-materials) for cooling high powered, complex and compact electronics. Currently are in pre-revenue and in the market validation phase. Focuses on battery thermal management applications, however has also interest on power electronics applications. Interested in Horizon Europe projects, especially EIC programmes.

CY

CY00

PRC

Production and characterisation of metal hydrides, hydrogen storage units and systems, materials production and testing, hydrogen production by water electrolysis, utilising renewable energy sources such as photovoltaics and wind-turbines, metal hydride-based air conditioning systems (heat and cool), training on hydrogen storage materials, water purification/treatment.

RO

RO32

PRC

Special electric Machines, Robotics, Additive manufacturing, Smart materials, Circular economy, E-mobility, Space, Industry 4.0, Renewable Energy, Industrial automation, Electric Apparatus, Special electric Cables

GE

GE00

HES

Structural and electronic properties of low-dimensional systems, nanostructures and atomic clusters. Computer modelling of boron nitride nanostructures and low-dimensional boron systems, their electronic and scale-dependent structural properties.

AM

AM00

REC

Public research organization working in the field of laser physics, material science and other related areas. The main goal is reaching and maintaining excellence in fundamental and applied research, developments and innovation.

UA

UA26

REC

Investigation of vibration characteristics of materials and structural elements, Surface hardening techniques for aeronautical engineering components: Vacuum thermocyclic nitriding in plasma; PVD.

MD

MD00

REC

Fundamental and applied research in physics and physico-chemistry of condensed matter: crystalline, noncrystalline and nanostructured materialsi; electronics and quantum optics, design of high technologies and multifunctional electronic, optoelectronic and photonic devices. Theoretical study of quantum technologies in artificial or real atomic and opto/nanomechanical systems, respectively. Investigation of quantum coherence or quantum interference, quantum inseparability and control of quantum dissipasions.

SK

SK01

REC

Modelling of multi-physical phenomena in composite materials, development of advanced multiscale continuum mathematical-physical models, development of advanced computational methods for smart materials, complex research of silicate composites, development of advanced inorganic binders based on multicomponent cements containing admixtures, geopolymers and phosphate ceramics binders.

LV

LV00

REC

Research, development and innovation actions in the field of advanced manufacturing - sensors and sensor systems, IoT, I-IoT, robotics, Artificial Intelligence, Machine Learning, Computer vision, signal and image processing, automation, mobile agents, wearables, communication technologies, data acquisition, fusion, edge and cloud computing, ROS, embedded systems, FPGA, SoC, embedded intelligence, etc.

UA

UA26

REC

Nanochemistry, nanomaterials, science-intensive nanotechnologies of functional inorganic substances, materials, and coatings.

UA

UA26

REC

Synthesis, characterisation and application of synthetic polymers, polymer composites and nanostructured materials. R&D fields are: polymer chemistry, physicochemistry of polymer composites, technology of functional polymers, composites and polymers for biomedical applications, polymers of special applications, polymer blends, IPNs, polymer nanocomposites, bio-based polymers, biodegradable polymers, polymer recycling.

SK

SK01

REC

Research of new materials (composites, metallic foams, PM materials, intermetallics) and manufacturing technologies (gas pressure infiltration, diffusion bonding, powder metallurgy, directional solidification, additive manufacturing, metal foaming).

PL

PL41

REC

Research of simple and multifunctional dielectric materials in solid and liquid phases and advanced materials for molecular electronics, experimental and theoretical research of magnetic materials (both solid and thin layers) and organic multifunctional materials, research on metamaterials with properties resulting from their structure.

UA

UA26

REC

Applied materials science, the development of scientific bases for the method of porous materials structure change and processes of powerful electric current pulses interaction with condensed matter. Powder metallurgy, preparation of initial powder and consolidation of powders.

UA

UA26

REC

Production of modern materials and coatings on the surface of inorganic and organic substances. Production of metal-organic composites by electron beam deposition of directed steam flow of various metals on the surface of organic matrices of plant origin

RO

RO32

REC

Development of smart functional materials for biosensing, nanomaterials-based electrochemical sensors, catalytic nano- and micro-motors, template-assisted, electrochemical synthesis of hybrid (e.g., polymeric and metal) nanorods.

HR

HR03

HES

Research on advanced nanocomposite materials, study of the influence of CNT on thermal properties, development of cost effective and industrial scale technologies for the production of nanocomposites, testing and optimisation of materials and process parameters as well as the verification of the nanocomposite performance in pilot line settings

RO

RO21

PRC

Optimisation, automatisation and digitalisation of processes in the clothing industry as a step-by-step transition to a larger circular business model in fashion garments production that maximises the use of all its resources and exploits advanced manufacturing techniques

LV

LV00

PRC

Development of alternative technology for production of semiconductor silicon rods mostly for power rectifiers, with target to organize production of Si Single crystal by FZ method with diameter 300 mm (12”) comparing to current 8” as theoretical maximum by known technology.

UA

UA13

REC

Department of Hydrogen Technologies and Alternative Energy Materials at PhMI of the NAS of Ukraine (headed by Prof. Zavaliy) has 30 years of experience in the field of metal hydride materials science and hydrogen technologies. Previous work has involved research on new Mg-based hydrogen storage materials, metal hydride electrodes for Ni-MH batteries, and more recently on research of materials for hydrogen generation to supply Fuell Cells (FC).

UA

UA26

HES

Advanced materials, diffusion and structural phase transitions in micro-, meso- and nanoscaled materials and systems, as well as the development of technologies for new materials creation with predefined advanced properties.

UA

UA26

REC

Institute provides fundamental and applied studies in heterogeneous catalysis. That involves the synthesis of the catalysts, their characterization, and methods for determining catalytic properties. The main interest in applying for this specific topic is expertise in the methods of synthesis of novel catalysts and apparatus for providing hydrogenation/dehydrogenation reactions.

PL

PL91

PRC

Design of a simulator using VR and AR technology, dron system to optimize visual inspection procedure. Research on robotic systems and drons to optimize and speed up visual inspections, RFID solutions in wareshouses.

UA

UA26

PRC

Additive Laser Technology of Ukraine (abbreviated ALT of Ukraine) is a national manufacturer of modern systems for selective laser melting of metal powder (3D printers) designed to create metal products of any shape in the additive manufacturing process known as Powder Bed Fusion (laser melting of metal powder in an inert environment), as well as auxiliary equipment.

UA

UA09

HES

Development of technologies for processing machinery waste, technology of production of biocomposite and environmentally friendly materials. R&D in the field of Tools and Techniques of IoT for Automated Management Systems and Smart Industry 4.0 Technologies. R&D in new materials - polymer composites, ceramics, biocomposite and powder materials, protective coatings, etc. Strategic environmental assessment of facilities, territories, programs.

TR

TR51

PRC

Microsensors and components, including piezoresistive and capacitive pressure sensors, low-cost CMOS infrared detectors, accelerometers, gyroscopes, humidity sensors, temperature sensors, frost sensors, micro power generators, and various RF MEMS components.

IE

IE06

PRC

Design and manufacturing of freeform components and structured functional surfaces on a variety of materials for medical devices, bio-implants, optics, ICT, energy, etc. Precision and ultra-precision machining capabilities for high quality moulds for applications such as microfluidic chips and optical components, ultra-precision metrology and process chain development. MNA Innovation elaborates process chains and carries out equipment customization. Company is interested to work closely with partners to find the optimal design and advanced solutions to industrial processes and products.

UA

UA20

HES

Technologies and equipment for Cold spraying of protective and restorative coatings and plasma-ion coatings. Gas-Detonation and HVOF Spraying of Powder Coatings. Innovative methods and processes of composite structures manufacturing: hybrid joining technologies, optimised automated lay-up of large composite structures, manufacturing of smart composite structures with integrated sensors and metal parts, composite structures with increased thermal and electric conductivity.

RO

RO32

REC

Functional coatings, new materials as thin films and nanostructures for applications in sensors, clean energy generation; characterisation. Laser material processing; Thin films and heterostructures growth by laser-based techniques, i.e. radiofrequency assisted pulsed laser deposition (RF-PLD), matrix assisted pulsed laser evaporation (MAPLE), first demonstration of functional surface acoustic wave sensors coated by laser-induced forward transfer (LIFT); LIFT for sensor applications, material characterization by XRD, AFM, SE, SIMS, MALDI, UV-VIS, dielectric spectroscopy, electrochemical analyzer

RO

RO32

REC

Advanced materials, systems and applications in electrical engineering - 3d graphene photovoltaic cells, processing of polymeric materials, nanostructured materials.

RO

RO11

REC

Composite nanostructures with controlled properties for medical applications. Nanostructured materials for environmental applications. Functionalised hybrid nanostructures for applications in pharmaceutical industry and cosmetics. Composite nanostructures.

EE

EE00

REC

Development and safety assessment of nanotechnology-based materials, including antimicrobial, metal-chitosan nanocomposites; development of water purification systems and generation of new industry-relevant nanomaterials for different purposes. Evaluation of toxicity of chemicals and environmental samples which is especially useful for developers of environmentally safe chemicals and materials.

RO

RO32

REC

Advanced materials for micro-, opto- and nanoelectronics applications and sensors for health, security and environment applications: films and multi-layered structures with nanocrystals embedded in dielectric matrices photosensitive in short-wave infrared range (SWIR), with ferroelectric and charge storage properties. 2D-TMD based materials and heterojunctions with electro-optic properties for health and environment applications - development of demonstrators up to TRL 5.

RO

RO32

REC

Eco-nano-materials; Thermoplastic polymer and nano/micro particle-based fireproof protection sole for firefighters; Hybrid composite materials with thermoplastic matrices; New nanostructured polymeric composites.

TR

TR10

HES

Optimisation of industrial production, Industry 4.0, industrial 6G, human-robot collaboration, Quantum technologies, material science.

CZ

CZ07

HES

Interdisciplinary research in the field of emerging nanotechnologies, biotechnologies and biomedicine with the aim to develop new technologies for clean energy and sustainable environment.

SK

SK01

REC

Electrically conductive composites and nanocomposites, sensors for determining deformation, multifunctional composites, stable hybrid electrodes, materials for 3D printing, new types of nanofibers prepared by electrospinning, synthesis of inorganic (nano) particles and hybrids, preparation of nanofiber materials, computer simulations, surfaces modifications, structural transitions.

RO

RO32

PRC

Design of packaging equipment: extensible packaging equipment, packaging equipment with heat-shrinkable and heat-insulating foil for any type of product. Technologies: high precision lathe, hydraulic press, guillotine, bending machine, rolling machine, polishing machine, electric welding machine, argon welding machine, plasma cutting machine.

RO

RO32

PRC

Coordination of national and facilitation of international standardisation activities related to NMP, development of standards or other standardisation documents (like CWA).

RO

RO12

PRC

Technologies for micro-pilot scale production for various nanomaterials, like magnetic nanoparticles, magnetic nanoparticle clusters, magnetic nanofluids, nano-micro structured composite magnetisable fluids.

RO

RO32

PRC

Designing and improving vehicles and adapting engines and powertrains. Electric car components, batteries, autonomous self powered sensors, clean energy sources, smart factory.

RO

RO11

REC

Synthesis and characterization of (nano)materials with applications in conventional and modern technologies; behavior of (nano)materials in simulated physiological media; the fate and behaviour of nanomaterials in surface and groundwaters; testing of virgin and spent (nano)catalysts containing precious metals; obtaining advance materials capitalizing local natural resources (zeolites)

PL

PL71

PRC

GFRP system for production of seat components, compatible with idea of circular and clean industries (increased biodegradability, reduced production waste, eco-friendly raw materials).

SK

SK02

PRC

Manufacturer of power electronic modules and systems primarily in the medium output range (approx. 2 kW up to 10 MW), power semiconductor modules, soldering/sintering processes.

RO

RO32

PRC

Strong practical experience in process control and manufacturing systems., expertise in process analysis and advanced control, safety design, asset management and maintenance instrumentation, control strategy implementation, IoT smart sensors and actuators, communication networks.

TR

TR10

PRC

Fatigue sensor technology that senses material fatigue with no need of battery and ability to work for 10’s of years at a given location. Trying to adapt technology to sensing fatigue in composites. Solar energy technology that has potential to generate high temperatures for industrial applications, an enabler for material processing and industrial applications that require heat and can be used for solar rejuvenation/charging of depleted Boron cartridges.

AM

AM00

HES

RAU is a leading educational and scientific center in Armenia. The RAU has eight (8) institutes, one of which is the Institute of Engineering and Physics whose Department of General Physics and Quantum Nanostructures is making investigations of different optical, magnetic and thermodynamic properties of quantum nanostructures.

HU

HU22

REC

Research on the field of adaptive on-demand storage location assignment algorithms, adaptive production line feeding systems, computer simulation-based logistics system development.

PL

PL82

PRC

Cost effective and scalable approach to solid-state thin-film rechargeable batteries using vacuum evaporation enhanced by high-density plasma. Developing a new type of plasma evaporation vacuum manufacturing equipment.

UA

UA26

HES

Spintron devices for detecting and collecting energy of microwave signals, Corrugated Magnetic Nanoshells, functional nanomaterials.

MD

MD00

HES

Researches in nanotechnolgoies and advanced materials are carried out within two scientific centers of TUM: National Center Materials Study and Testing and Center for Nanotechnologies and Nanosensors.

UA

UA26

PRC

Increasing of natural gas and alternative heat carriers effectiveness use as basis for new energy- and resource saving technologies creation. Research in applied combustion theory, thermodynamic, interface heat- and mass exchange and new heat- and technological processes and equipment development on this basis. Nanotechnologies and nanomaterials. R&D in production and use of nanofluids to increase the safety and efficiency of power equipment.

RO

RO12

HES

Development, optimisation and testing of novel materials and systems for solar energy conversion to thermal energy (coloured solar-thermal collectors) and to electrical energy (thin film photovoltaics). Novel photocatalytic materials based on metal oxide semiconductor thin films.

RO

RO32

HES

Synthesis of a large range of advanced nanomaterials, including carbon based nanomaterials, metal and alloy nanostructures, oxide nanopowders, etc. involving different techniques such as: pulse laser deposition (PLD), electrochemical synthesis, etc.; morphological, structural and electronic characterization in real space and 3D at atomic and nanometric scale; design and macro-, micro-, nano-sensors and nano-device prototypes using nanoparticles and nano-objects.

RO

RO32

HES

Dept. of Analytical Chemistry and Environmental Engineering: analytical methods and applications in environmental chemistry; modern methods for water and soil analysis, carbon nanomaterials applied in environmental analytical chemistry

BA

BA00

HES

Production of composites filled with pure metal powders; Electrochemical deposition and dissolution of metals and alloys; Electrochemical deposition of metal powders; Synthesis and characterisation of smart nanocomposite materials.

HR

HR03

REC

Micro and nano sciences and nanotechnologies, synthesis and characterisation of advanced materials (Thin Films, Colloids, Polyelectrolyte, novel materials based on photoactive ceramic thin films with controllable inorganic film thickness and well-defined porous structures), Modelling and simulation of materials.

HR

HR03

HES

Fundamental and interdisciplinary research in mechanical engineering, naval architecture, electrical engineering and computer science, particularly in nanotechnologies, advanced materials and production technologies using progressive methodologies, experimentations and applications.

BA

BA00

HES

Advanced and secure network communications, 5G, application to Industry 4.0, quantum key distribution, quantum cryptography

AL

AL02

HES

Nanosensors, biosensors, nanomaterials

HR

HR04

HES

Polymer materials and polymer processing, advanced additive manufacturing, wood-plastic composite materials.

SK

SK03

REC

Testing and evaluation of degradation mechanisms (corrosion, fatigue); surface and volume analyses; surface treatments of modern and light alloys mainly applicable in the automotive industry.

HU

HU11

PRC

New refrigeration technology, 20X faster than vapor compression, High efficiency, Coefficient of performance (COP) 2, totally eco-friendly (zero GWP /ODP)

UA

UA26

HES

Interaction of electromagnetic radiation with matter, optics and photoelectronics of semiconductors, semiconductor materials science, physics of low-dimensional structures, opto-, micro- and nanoelectronic

UA

UA09

REC

Development of new materials and nanomaterials for renewable energy (thermoelectricity, photoelectricity). Materials and devices for energy storage (carbon nanostructures and ultrafine oxide materials for electrochemical capacitors and supercapacitors). Inorganic composite sorbents based on metal oxides and magnetic ferrite spinels.

IT

ITF1

PRC

Research and development of new solutions in the fields of advanced materials (patented material made by microcapsules of natural polymers containing a magnetophoretic ink, patented nanocarriers), advanced manufacturing (nanomaterials, mechatronics and photonics)