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Vilnius University posted this:

Optical 3D Micro- and Nano-formation of Bioplastics The present technology allows printing complex 3D micro- and nano-structures from environmentally friendly plant-derived material – acrylated epoxidized soybean oil (AESO). Non-toxicity and high biodegradability enable application in biomedicine, micro-optics and nanophotonics.

Optical 3D Micro- and Nano-formation of Bioplastics

Vilnius University posted this:

Photonic Crystal Microchip Laser The present technology allows to significantly improve the beam quality and brightness of radiation of a microchip laser, by inserting a specially designed photonic crystal in the cavity of a microchip laser. Technology could be applied in various types of microlasers, including semiconductor edge-emitting lasers and vertical-cavity surface-emitting lasers.

Photonic Crystal Microchip Laser

Innotech Materials posted this:

Hydrophobic nanocellulose for sustainable packaging A hydrophobic nanocellulose has been developed to replace synthetic polymers including PE, PP, or PVC to reduce plastic waste. It is thermally stable, mechanically strong, and provides water vapor and oxygen barrier properties suitable for food packaging, so the nanocellulose would be an ideal material for sustainable packaging.

Hydrophobic nanocellulose for sustainable packaging

Unitat de Valorització de la URV posted this:
Licensing Manager at Fundació URV

New Catalysts for olefin and polar monomer copolymerization and olefin polymerization The present invention deals with the development of new homogeneous catalytic systems for the synthesis of functionalized polyolefins featuring the polar vinyl monomer into the main polymer chain. Currently, the two technologies applied for the industrial production of functionalized polyolefins are: i. radical polymerization and ii. post-polymerization functionalization. Both technologies are based on radical processes that require high temperature (473 K) and pressure (3000 bar of ethylene), thus implying high energy consumption, low cost efficiency and poor control over the macromolecule structure. The new homogeneous catalytic system developed within this invention enables the production of functionalized polyolefins under very mild reaction conditions, temperature of 308 K and ethylene pressure of 2.5 bar, with a high control of the macromolecule architecture.

Jorian Bos posted this:
Other at EIT Digital

R3 ECHORING - High-performance wireless technology for mission-critical industrial applications UNWIRE AUTOMATION, BE BOLD. Turn your wired industrial applications into a wireless connected system to make them saver, faster, more flexible, efficient, durable, up and down scalable.

R3 ECHORING - High-performance wireless technology for mission-critical industrial applications

Grant Instruments (Cambridge) Ltd posted this:

2D temperature gradient incubator: ideal for day/night experiements Our unique technology generates a two dimensional matrix of temperature to give all possible combinations from max-max to min-min. Ideal for day/night experiments to investigate temperature tolerance and effect on biological processes. Can be customised with individually-tuned LEDs for variable and precise lighting. Suitable for all small biological organisms such as seeds, bacteria, fungi, nematodes etc. Also good for accelerated ageing studies on physical and organic materials (plastics etc). IOT-capable for remote access or can be used standalone.

2D temperature gradient incubator: ideal for day/night experiements

Yissum - Research Development Company of the Hebrew University posted this:

Long-lasting Antiviral Coatings for Public Surfaces Received the IIA grant for corona virus projects - April 2020 Project ID : 46-2020-10900

Long-lasting Antiviral Coatings for Public Surfaces

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

ModuLys – modular toolkit for customize optical setups ModuLys is an affordable, yet advanced and modular toolkit for the construction of custom optical setups made of multi-purpose standardized units, with strong focus on ease of use. The unit concept, together with a unique lattice-based mounting solution reduces the complexity of individual setups, while maximizing flexibility and re-usability of components in a plethora of possible scenarios. Core of the proposed device is the alignment-free placement of optical components, e.g., light sources, lenses, filters, mirrors, and combined assemblies of the former on a two dimensional mounting platform (breadboard). Optical components are mounted into cubic units that can be positioned at pre-defined locations on the breadboard in a square-lattice arrangement. Complementary shapes on cubic units and breadboard allow for a tight fit of both, alleviating the need for component alignment.

ModuLys – modular toolkit for customize optical setups

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

ECON4SD-Strategies for future The ECON4SD project is specialized in developing and promoting the smart specialization strategies for modern sustainable constructions. Our multi-group team works with national and international partners from academia and industry to develop components and design models for resource and energy efficient buildings, to realize a great modularity, flexibility, adaptability and upgradability of modern eco-structures spanning their whole service life, to develop destruction-free structures and design guidelines of their re-assembly. These will lead to a reduction of total resources-related footprint of buildings and infrastructures.

ECON4SD-Strategies for future

ICN2 posted this:

Multipurpose stamped conductive graphene nano films A new method for the fabrication and easy patterning of flexible exfoliated graphene nano films which can work as electrochemical electrodes for different applications.

Multipurpose stamped conductive graphene nano films

Centre Technology Transfer CITTRU posted this:

Molecular Magnetic Materials (Solids And Liquids) Exhibiting A Ferromagnetic Effect.The subject of the offer is high-temperature, molecular magnetic materials (solids and liquids) exhibiting a ferromagnetic effect. Application: new magnetic coatings in the manufacturing of computer disks, storage medium in security systems (with the possibility of quick and fully irreversible erasing of memory by increasing temperaturę or photolytic action), fast-acting magnetic switches, super long solid magnets, magnetic paints and fluids, photosensitive magnets.

Molecular Magnetic Materials (Solids And Liquids) Exhibiting A Ferromagnetic Effect.

Arkadiusz Rudawski, PhD posted this:
Technology Broker at Cracow University of Technology

Multilayer Composite for Security Doors The subject of this invention is an innovative door structure that allows the use of polymer engineering materials for anti-burglar joinery. The innovation of the presented solution will also consist in obtaining high mechanical properties of this product through the use of carefully selected recipes of hybrid composites, which translates into great attractiveness and universality of potential application.

Arkadiusz Rudawski, PhD posted this:
Technology Broker at Cracow University of Technology

Construction adhesives for anchoring in concrete and masonry substrates The present invention relates to epoxy adhesives and vinyl ester adhesives for construction applications. They are characterized by high chemical resistance after solidification, very low primary and secondary shrinkage, also a short setting time at positive temperatures and a relatively short setting time at negative temperatures. The novelty in relation to commercial solutions is the composition of adhesives, which allows their application in temperatures below -10 C.

Alex Michine posted this:
CEO at MetGen

METNIN™ TECHNOLOGY IS A LIGNIN REFINERY - SUSTAINABLE PATH TO REPLACE OLD BASED CHEMISTRY IN HIGH VALUE END USER PRODUCTS METNIN™ Technology is developed to refine lignin to end-user specific characteristics. Our technology is agnostic to lignin source and provides the missing link in the value-chain between crude lignin and high value lignin fractions for specific end user products. Metnin™ is enabling lignin valorisation towards wide range of drop-in sustainable solutions in e.g. coatings, resins, plasticizers, polyurethanes, and moisture/humidity resistance packaging. MetGen’s technology has been proven in multiple pre-commercial installations and enables cost-efficient conversion of lignin into cascade of intermediate building blocks of specific molecular size.Basic engineering package, CAPEX and OPEX estimate available.

METNIN™ TECHNOLOGY IS A LIGNIN REFINERY - SUSTAINABLE PATH TO REPLACE OLD BASED CHEMISTRY IN HIGH VALUE END USER PRODUCTS

Ivan Rodriguez Rosello posted this:
Licensing Manager at Universidad de Alicante

Novel bioadhesive for wound closure in animals or humans The Adhesion and Adhesives Laboratory research group has developed a new biomaterial for use as adhesive or tissue sealant applicable to both animals and humans. This invention solves the disadvantages of the adhesives known so far presenting optimal properties such as biocompatibility with living tissues, high adhesive capacity, adaptable to the tissue of the wound being bond, absence of toxicity and tissue regeneration properties. The group is looking for companies interested in acquiring this technology for commercial exploitation.

Novel bioadhesive for wound closure in animals or humans

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