Organic Substances Technology Offers

Radoslaw Rudz posted this:
Licensing Manager at Centre Technology Transfer CITTRU

Hydrogel hybrid material for the reconstruction of bone defects The subject of the offer is an injectable, hydrogel hybrid material that can be used to construct a bioactive cell scaffold of a minimal invasivity. This scaffold may be located in place of a bone defect thus enabling reconstruction of bone tissue. Application: in tissue engineering for the reconstruction of orthopedic and dental bone defects.

Institut Català d'Investigació Química (ICIQ) posted this:

Photochemical metal-free method of amination of C-H bonds A new method for the metal-free amination of C-H bonds has been developed. The method uses readily available reagents (iodine, trilfuoromethylsuylfonamide, diacetoxyiodobenzene) and light to insert a sulfonamide moiety into a C-H bond. the method has been successfully used in the preparation of various APIs (memantine, rasagiline, sertraline). The method takes place in mild conditions and allows avoiding the use of transition metal catalysis and multiple-steps procedures. Partners are sought for the joint development of commercial applications of the method.

Yury Savinykh posted this:
Professor / PhD.

Effective natural stimulants for plants The product is made of environmentally friendly raw materials – peat or fir foot without the addition of synthetic chemicals. Stimulants are non-toxic, do not have mutagenic properties, show immunostimulatory and adaptogenic properties. The use of stimulants can increase the yield of grain and vegetables by 20 - 60 %, accelerates the maturation, the onset of biological and technological maturity by 3-6 days, reduces fungal and bacterial morbidity of plants by 2-4 times, helps to reduce storage losses, accelerates seed germination and increases their germination and activity of the initial growth, accelerates the growth of the root system and increases its mass by 1.2-1.8 times.

UATEC - Unidade de Transferência de Tecnologia posted this:

Ohmic heating reactor for chemical synthesis, the method and its applications In ohmic heating electrical energy is dissipated in heat with a very high efficiency (electrodes in contact with the reaction medium), resulting in fast and uniform heating and in the increase of charged species movement. As in the case of the heating with microwave radiation, electrical energy is transformed into thermal energy. However, on contrary of heating with microwave radiation (penetration depth of microwave radiation in absorbing media is limited) the penetration depth is virtually unlimited and the extent of heating is regulated only by the spatial uniformity of electrical conductivity throughout the reaction medium and the time spent in the ohmic reactor. Thus, the direct scaling of the ohmic heating for the pilot or industrial scale shouldn’t have the limitations presented by microwave radiation heating. It is also possible to reduce reaction times and increase the energy efficiency of chemical reactions

University of Vigo posted this:

Procedure for the extraction of biosurfactants contained in corn steep liquors Nowadays, most of the pharmaceutical and cosmetic products in the market contain chemically synthesized surfactants in its composition. In many cases, these surfactants are the same as those used in regular cleanup activities. In order to get more natural and biocompatible products, it would be interesting to include natural surfactants instead of chemical surfactants in the preparation of these pharmaceutical and cosmetic products. These biosurfactants are also present in the formulation of greener nanoparticles, replacing the chemical surfactants currently used in the preparation thereof. Most biosurfactants have antimicrobial activity, which would improve the properties of certain nanoparticles, as well as many pharmaceutical and cosmetic products. The main disadvantage of biosurfactants industrial production is related to the high cost compared to chemically synthesized surfactant production. The solution proposed by the Chemical Engineering research group at the University of Vigo, is the development of eco-friendly simple extraction of biosurfactant from a corn wet-milling industry byproduct, such as corn wash liquors, better known as "corn steep liquor (CSL)", which could compete in terms of cost production with its chemical counterparts.

Institute of Chemical Research of Catalonia posted this:

Valorization of HFC-23: trifluoromethylation reactions - clean production of trifluromethylcopper reagent - process works at room temperature and atmospheric pressure - inexpensive and abundant trifluoromethyl source - environmentally friendly process - low-cost reagents - valorization of fluoroform: a by-product of PTFE production - Versatile reagent allowing for a broad scope of reactivity

Institute of Chemical Research of Catalonia posted this:

Method for the preparation of linear polyacenes and building blocks of organic electronic components.A new synthetic method to access precursors of linear polyacenes has been developed. The method allows for the preparation of hydrogenated polyacenes which are readily converted into the corresponding polyacene. Prepared materials are useful starting materials in the preparation of organic field effect transistors (OFETs), used in organic electronics. The method paves the way to the preparation of more efficient OFET components.

Frederic Ratel posted this:
Licensing Manager at Institute of Chemical Research of Catalonia

Catalytic process for the preparation of carboxylic acids from haloalkanes or alkenes.A convergent process for the preparation of terminal carboxylic acids by carboxylation of mixtures of bromoalkenes or mixtures of olefins has been developed. The process is catalytic in nickel and allows preparing a unique product from a mixture of starting materials (regioconvergent process), which allows saving several synthetic and separation steps in processing and renders possible the use of the process with exhaust streams from crackers. The process is useful for the production of fatty acids.

Fundació URV posted this:

Environmentally friendly processing of thermosets by two-stage sequential aza-Michael addition and free-radical polymerization of amine-acrylate mixtures Environmentally friendly preparation of thermosets for applications on thermosensitive substrates. A two-step curing process, which consists in an Aza-Michael addition at room temperature, followed by UV radical polymerization of acrylates or methacrylates amine formulations without the need of adding solvents. The presence of amines in the structure suppress the radical inhibition by oxygen, which is a typical drawback in radical polymerizations. The invention allows leading the curing in two separate stages with a stable intermediate material, being the process controlled by the amount of amine in the formulation.

Fundació URV posted this:

Catalytic wastewater treatment for organic matter removal The catalytic technology allows you to remove high concentrations of COD (40.000-200.000ppm) at atmospheric pressure. All kind of organic compunds are removed (biodegradable and non biodegradable ones). The catalyst life is around 2-3 years. It is an exothermic process, so the energy needed for the process is just for the start up. The process works at 250-350ºC.

Universidad de Alcalá-OTRI posted this:

Process and device for an integrated treatment of vegetables wastes from agriculture explotation and wastewater originated.A Spanish research group from the Chemical Engineering Department of Alcalá University has developed a technology for an integrated treatment of vegetable wastes from agriculture exploitations, in which wastes are subjected to an integrated process producing a stable product. This product has less volume and is useful for industrial use. The group is looking for commercial agreements with technical assistance.

Universidad de Alcalá-OTRI posted this:

Heterogeneous NCH complex of palladium and their uses as recoverable catalysts.AA research Group from the Department of Organic Chemistry and Inorganic Chemistry at University of Alcalá (Spain) has designed catalysts suitable for organic synthesis processes based on supported N-heterocyclic carbene (NHC) complexes of palladium, which are magnetically separable after their use, reusable and resistant to metal leaching, and useful in carbon-carbon coupling reactions. The group is looking for companies in the chemical and pharmaceutical sectors to reach licensing agreements or collaboration and commercial agreements for technical assistance.

Fundació URV posted this:

Acrylic thermosets prepared by dual curing at room temperature fit for coatings and adhesives Formulations for the preparation of thermosets by dual curing, at room temperature in two stages, stable over time, from the reaction of amine compounds with 2 or more N-H bonds with a vinyl compounds with a minimum of 2 double α, β- conjugated bonds to carbonyl ester groups and further polymerization of vinyl groups in excess, with completely controlled characteristics of the material at the intermediate stage.

Universidad de Alcalá-OTRI posted this:

Treatment by ozone of water polluted by pesticides and other organics pollutants from agricultural activities A Spanish research group from Analytic chemistry and Chemical Engineering department of Alcala University has developed a technology based in a process with ozone to treat water polluted by pesticides and other organics pollutants from agricultural activities. With this process is possible to eliminate both the original pollutants and the intermediate products, producing the complete mineralization which allows a reuse of these waters. The group is looking for marketing agreement with technical assistance.

Universidad de Alicante posted this:

New family of dyes The main innovative aspects of this technology regarding current methods of synthesis are: • The indolizine dyes are obtained in one step from commercially available materials, unlike current procedures, which involve multiple steps. This is an advantage in the production process, as it reduces costs, increases the final yield and less waste is generated. • The procedure is based on a very simple treatment which produces indolizine dyes in yields higher than 70%. • The present invention does not require the use of inert atmosphere, dry solvents or physical activation (heat or radiation) to obtain the final product. • Unlike other methodologies for preparing indolizine dyes (requiring temperatures around 100°C), this process is carried out at room temperature and atmospheric pressure, which simplifies the method and decreases production costs. • This is an environmentally friendly technology because it does not use solvents such as dioxane, pyridine, chloroform or benzene, which are used in other methods and are characterized by their high toxicity and demonstrated carcinogenicity. • The selectivity of the reaction is very high. The indolizine dye is obtained with absolute control, obtaining a single isomer of the ten possible.

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