Separation Technologies Technology Offers

UACOOPERA posted this:
Technology Transfer Office at uacoopera

Electrospinning system for large-scale manufacturing of aligned 3D fiber matrices Continuous electrospinning system and process for production of thick 3D matrices of aligned polymeric fibers. The matrices obtained with this technology can have aligned polymeric fibers with several patterns along the matrix’s thickness, which size depends solely on the number of layers of deposited fibers, on the fibers thickness and the compaction degree between layers. In this way, the present technology can be applied in varied areas, for the manufacture of products or structures, at the nanometric scale, that depend on high surface areas, such as biotechnology, pharmaceutics and tissue engineering.

Joshua D'Souza posted this:
Sales Engineer at MistyWest

Electrical, Mechanical and Software Engineering Services We are a team of scientists, engineers, designers and researchers who solve complex problems using innovative technologies and from a first principles of physics perspective. We offer electrical, mechanical, software and firmware, RF engineering and design services.

UACOOPERA posted this:
Technology Transfer Office at uacoopera

Separation of nucleic acids using chromatographic matrices functionalized with ionic liquids Novel multimodal chromatographic supports prepared by functionalizing matrices with ionic liquids, allowing the separation of RNA and DNA in a single chromatographic step with high selectivity, robustness and reproducibility. In comparison to other commercially available supports, a higher dynamic binding capacity for RNA was obtained.

UACOOPERA posted this:
Technology Transfer Office at uacoopera

Magnetic nanoparticles for selective enrichment of proteins in complex mixtures New method for preparing ion chelating magnetic nanoparticles, which allow selective protein enrichment, namely metalloproteases (MMPs) and His-tagged proteins, from complex mixtures.

UACOOPERA posted this:
Technology Transfer Office at uacoopera

Biopolymer based micro- and nano-particles for industrial and environmental applications Method for preparing hybrid materials based on biopolymer and silica, in the form of spherical particles with uniform size and smaller than 1 micrometer (µm), for several applications in environmental and industrial areas.

UACOOPERA posted this:
Technology Transfer Office at uacoopera

Removal of zinc from rainwater using a biomaterial This invention develops a process for the removal of zinc from waters, namely, rainwater, resorting to a low-cost biomaterial, resulting in water suitable for use in buildings. The process comprises three steps: (a) preparation of the adsorbent material; (b) removal of zinc from referred water; (c) removal of adsorbent material from the water, which is ready to use. The technology is simple, convenient, cheap and of easy application.

Centre Technology Transfer CITTRU posted this:

Method of isolation and purification of xanthophylls from diatom culture Xanthophylls, with their antioxidant, anticancer, anti-inflammatory and neuroprotective properties, found important applications in food and nutrition, cosmetic and environmental industries, as well as pharmacy and medicine. Diadinoxanthin (Ddx) and diatoxanthin (Dtx) are two pigments that belong to xanthophylls family. The availability of Ddx and Dtx on the market is low and up to date limited as they are sold exclusively in small quantities at extremely high prices to be used as HPLC calibration standards. The solution of the above mentioned problems is the 5-step method for the isolation and purification of Ddx and Dtx developed at the Jagiellonian University..

Universidad de Cádiz posted this:

Device for easy, quick and nondestructive fouling's evaluation in water treatment systems with membranes in spiral configuration.This device allows a faster diagnosis, more efficient and more economic than the alternative proceeding. Its design allows obtaining reliable and accurate information on the degree of fouling and biofouling that membranes of the unit are developing without sacrificing any of them. Its quick placement and removal allows distribute these devices in the facility to improve the management of the facility. It is possible even operate with difference type of membrane for doing comparative studies of resistance to fouling with a view to introducing future changes of the type of membrane in the desalinization plant

Universitat de València posted this:

BioCalibra: Device for activated sludge models calibration The device has the following advantages over existing techniques:  Improves WWTP simulations: allows simulation of calibrated WWTP with only the adjustment of influent characteristics.  High efficiency: allows the calculation of the most important set of parameters for the activated sludge model with the minimum of experimental effort  User friendly software: all elements are controlled by the calibration software that can be installed on any conventional computer.

Universitat de València posted this:

Nitrogen removal control system based on low-cost sensors This control system allows optimization of the activated sludge process since maintains effluent nitrogen concentration under limit values with minimum energy consumption. The most remarkable advantages provided by this technology are:  Cost reduction of initial investment and maintenance  Easier operation than nutrient analysers  Lower time response  Lower aireation energy consumption  Lower pumping energy consumption

Universitat de València posted this:

Magnetic In-Tube Solid Phase Microextraction The device has the following advantages over existing equipment:  Allows quantitative extraction efficiency, solving one of the main drawbacks of IT-SPME systems  Broadens applicability of IT-SPME thus making available its advantages (automation, precision) to specific analyses that require high sensitivity of analytes estimation.

Universitat de València posted this:

Sample collection devices of atmospheric pollutants with high performance The main advantages provided by the invention are:  Simplicity and reproducibility in the synthesis of the new compound, due to one step synthesis process with simultaneous addition of all reagents. It isn’t necessary the removal of CDs, and it hasn’t intermediate compounds between silica and CDs.  It allows the access to VOCs without any post-treatment.  Adaptability of the compound to the requirements of each sample collection devices, adjusting the grain size by milling and using appropriate sieves.  Procedure cleaner, safer and more economic, since it reduces the generation of toxic waste and the risk of contamination of workers.  Reduce analysis time since desorption of pollutants retained in the sample collection devices can be thermal.  Retention of pollutants is more independent of environmental conditions than commercial devices.

biochemize sl posted this:

Technological platform focused on biocatalysis to perform chemical reactions capable to substitute manufacturing processes (technology needed, timing, yield, costs, risks) based on classical organic chemistry.Our biotechnology CRO designs, optimizes and develops industrial-scale bioprocesses for the production of active pharmaceutical ingredients and other molecules with high added value, by using the platform of scientific and technical biocatalysis and microbial fermentation, which has developed several novel reactions in this field are offered in chemical and pharmaceutical companies to collaborate in reducing the operating costs of their processes by applying these techniques.

xrqtc posted this:

Polymorphism Prediction in Crystal Systems of Technological Interest Current polymorphism studies are being carried out using one of the following three alternatives: atom-atom potentials, DFT (Density Functional Theory) calculations and ad-hoc potentials. However, all of them have serious disadvantatges. 1) with software that uses atom-atom potentials: Advantages: fast and capable of working with large molecules. Disadvantages: the "blind tests" carried out by the "Cambridge Crystallographic Data Centre" are giving a 50% maximum success in the predictions. 2) with software based on DFT calculations: Advantages: good results Disadvantages: they are computationally very slow, so they are only used for very simple molecules compared with drug molecules. In addition, they have errors predicting van der Waals interactions and weak hydrogen bridges if not corrected empirically. 3) with software using ad hoc potentials for each molecule obtained from systematic exploration of the surface potential of intermolecular interactions: Advantages: efficient and faster. Disadvantages: some potentials should be calculated for each molecule studied, which are complex and slow, and is not general. The approach presented here is new and unique because the potential Pixel has never been used before for drawing polymorphic predictions and it has shown to present the advantages of all the alternatives combined. This is the first research group which has brought the potential Pixel to this level of calculation. The potential calculations and the applicability of the methode based on pixels have the same quality that the sophisticated ab initio based potential calculations. Besides, this is much faster than DFT (Functional-Based Theory)-based and ad hoc potentials ..

CREB-UPC posted this:

Automatic system for electroporation of adherent cells growing in standard multi-well plates - In situ electroporation on standard culture plates. - Microelectrodes allow the use of low voltages (

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