Innovación en question answering : Oportunidad...

O-948Universidad Carlos III de Madrid / España 551

Solicitar información>> Compartir tecnología>>
Objetivo el aprendizaje inclusivo. Utilizando las nuevas tecnologías dentro y fuera del aula

Education and training, e-Learning, voice recognition, communication, information
- Descripción de la oferta tecnológica :
  
  APEINTA propone el uso de las iniciativas de integración en el área de educación, dentro y fuera de las aulas, evitando las barreras de comunicación y de la información que podemos encontrar hoy en día, incluso en la educación. El uso de APEINTA presenta numerosos beneficios para todos los estudiantes, pero sobre todo permite el acceso a la educación a los estudiantes que tenían dificultades insuperables en el aula.
  
  Compartir tecnología
  
  Aspectos nuevos e innovadores
  
  APEINTA proposes the use of inclusive initiatives in the education area, in and out of the classroom, avoiding communication and information barriers that we can find even nowadays in the education. The use of APEINTA presents numerous benefits for all the students, but above all it allows the access to the education to those students who had insurmountable difficulties in the classroom. Leer más
O-661Laser Consult Ltd. / Hungr 1429

Solicitar información>> Compartir tecnología>>
Nueva tecnología para la creación de redes inalámbricas

Wireless; sensor network
- Descripción de la oferta tecnológica :
  
  Our partner, a Hungarian University has developed a new wireless mesh networking technology that is suitable for an array of applications from smart metering purposes to environmental monitoring, medical sensors, or automatization. They are interested in a sales agreement, a license agreement or a joint venture opportunity.
  
  Compartir tecnología
  
  Aspectos nuevos e innovadores
  
  Nuestro socio, una universidad de Hungría ha desarrollado una nueva tecnología de redes inalámbricas que es adecuada para una amplia gama de aplicaciones, desde fines de medición inteligente hasta la vigilancia del medio ambiente, sensores médicos, o automatización. Ellos están interesados en un acuerdo de comercialización, licencia o una oportunidad de negocio conjunto.
  Leer más
O-62CAPSULAE / Francia 1361

Solicitar información>> Compartir tecnología>>
Development of processes and products based on microencapsulation

Microencapsulation Delivery systems Stabilization of bioactives Cell/Enzyme immobilisation
- Descripción de la oferta tecnológica :
  
  Expert encapsulation technology company offering a complete product development service for its partners, including product design, encapsulation problem solving and process development & scale up.
  
  Compartir tecnología
  
  Aspectos nuevos e innovadores
  
  Microencapsulation includes all the technologies that allow the coating or entrapment of active ingredients inside individual particles ranging from few microns to few millimetres. Microencapsulation is used as potential solution to solve specific technological problems, leading in most cases to the development of new products or innovative processes.
  
  Encapsulation of an active ingredient has four main objectives that can be combined:
  
  • immobilisation (e.g., volatile compounds such as essential oils)
  • protection or stabilisation against adverse environmental factors (e.g., protection of vitamin E from oxidation, light, and high temperatures)
  • controlled/sustained release (e.g., release of probiotic bacteria during intestinal transit)
  • functionalisation or structuration (e.g., conversion of liquids to solids, taste or odor masking, improvement of powder flowability, visual aspect and marketing concept,…).
  
  Developing a process or a product based on microencapsulation supposes the selection of one method among a large number of technologies, the optimisation of the numerous operating conditions, the definition of a formulation. The solution must fulfil the particular conditions of the application, the project specifications, and respect the regulation. The process developed must be scalable to in-plant production, taking into account all the technological constraints of the industry, and at an acceptable manufacturing cost.
  
  Capsulæ accompanies its customers in the development of their microencapsulated products taking into account all the above essential parameters:
  
  - Analysis of the customer’s problem, and proposal of a detailed work schedule answering the technological and economical constraints of the project;
  - Feasibility study using the different technological approaches selected, and development/optimisation of the most suitable method to solve the problem;
  - Scaling-up and pilot-batch production for validation;
  - Support to industrialisation
  • via technological assistance on customer’s site for internalised production
  • via subcontracting for externalised production (access to Capsulæ’s network of subcontractors specifically selected).
  
  The wide range of micoencapsulation technologies mastered by the Capsulæ team allows a large flexibility regarding the solution proposed to the customers, at both technological and economical levels. This pluritechnology competence allows the development of custom-designed processes, taking into consideration all the specifications of the desired product, the final application and the targeted market.
  
  The Capsulæ’s expertise and know-how cover more specifically the following technologies:
  
  - Dripping technologies, allowing the production of “monodispersed” microcapsules with different final structures (solid beads, hydrogel beads, capsules with membrane,…);
  - Emulsification technologies, more specifically in a continuous mode using static mixers, with formation of capsules by gelation, coacervation, interfacial polymerisation or solvent evaporation;
  - Coating technologies, in fluidized bed or pan coater, using solutions or latex, hot melt materials and dried powders.
  Capsulæ innovates on these technologies as regards the formulation, the equipment, and the process control.
  
  Additionally, Capsulæ possesses a wide range of laboratory and pilot-scale equipments specifically dedicated to microencapsulation; the company has also access to a powerful and complete set of analytical and characterization tools (fully equipped physico-chemical and microbiology laboratories).
  
  Microencapsulation finds applications in all branches of the industry. We have developed an expertise and a unique know-how for the encapsulation of biologically active compounds, in particular for the following fields:
  
  • Food & Nutrition
  • Feed & Animal health care
  • Agriculture & Environnement
  • Personal & Consumer care
  Leer más
O-295Laser Consult Ltd. / Hungr 598

Solicitar información>> Compartir tecnología>>
Biological remediation of hydrocarbon contaminations

technology transfer, IP, technology offer, technology request, patent
- Descripción de la oferta tecnológica :
  
  Laser Consult Kft. has over a decade of experience in the field of technology transfer provided for companies, universities, non-profit organisations and other research institutes. Our mission is to create a value from the intellectual products of our clients and, as coordinators, connect their ideas to the market. The company provides assistance for domestic and international corporations in promoting their technology offers and demands via a complex technology transfer service package.
  
  Compartir tecnología
  
  Aspectos nuevos e innovadores
  
  Our partner, a Hungarian Inc. (Environment Protection Corporation) has developed a new procedure for the biological remediation of hydrocarbon contaminated soils. The corporation has an excellent research and development background, thus it is able to create the most efficient applicable process under the given parameters and conditions. The offered technology can be used by fuel distributors or companies who are interested in oil-processing.
  
  Effective cleaning and remediation of hydrocarbon contaminated soils, groundwater and waste is a significant global question of environmental protection. Owners of property contaminated with toxic chemicals are required under federal and state regulations to decontaminate the site or remove contaminated soil. Decontamination or removal of contaminated soil is costly; these high cleanup costs may exceed the value of the property and dramatically decrease the willingness of the property owner to initiate remediation. The offered technology is based on remedial methods that are significantly less expensive than those commonly used, such as removal of contaminated soils.
  
  During the controlled biodegradation of oil contamination microorganisms transform the hydrocarbon compounds to fatty acids and glycerids under adequate redox potential in the presence of nitrogen, phosphorus, potassium being in mobilized forms by special enzyme systems. These procedures are considered as environment friendly technologies.
  
  Different goups of hydrocarbons have dissimilar ways of biodegradation:
  For the guided biological degradation of the crude oil and its more complex derivatives (heavy-fraction, polyciclic, aromated, halogenated… etc) complementary and assisting synergic effects of specific bacterial strains are neccessary.
  Although the nutritive material of the crude-oil specific bacterium population is the oil compound itself, many other complementary substances and conditions are required (enhanced bioavaibility of contaminants, settling of additional oxygen, adequate C, N and P ration) for its optimal function.
  From time to time, bacteria are needed to be protected against a toxic material and/or PH, or its fluctuation, just as against non-wanted dispertion. The effectiveness and thrift of the intervention depends on the accurate harmonization of these conditions.
  Traditional hydro physical procedures used for the remediation of hydrocarbon contaminated ground water and soil provide good results in many cases. However their effectiveness is not satisfying in the concentration range close to the stricter limit values.
  The well-known cost-benefit data concerning these technologies shows, that the first 90 % of the exercise takes 10 % of the expenses and time while the last 10 % of the exercise requires the rest 90 % of the expenses and time.
  
  The aim of the company’s research was to develop a brand new complex technology which is based on the following elements:
  - Developing the most effectively starter culture containing applicable microorganism composition by information concerning the pollution and the external conditions (soil structure and composition, movement of groundwater, etc.) and by collected samples (in case of necessity pilot tests are done).
  - Elaborating the remediation plan of the biotechnological phase and obtaining the necessary permissions of authorities.
  - Elaborating the measured designed plan (in view of the application manner of the starter culture) and the monitoring system.
  - Producing the planned quantity of starter culture (in case of necessity the local production is possible by installation of our mobile fermentors).
  - Ensuring professional direction and management to the application of bacteria, regular monitoring and adjustment of the biodegradation process.
  - Preparing the final evaluation document and providing microbiological post-monitoring of the remediation.
  
  Innovative considerations
  Main advantages are that biotechnological intervention is locally applicable, effective under different concentration levels of contamination, non dangerous to human health, relatively fast, significantly cheaper than other procedures and there is no need to complicated and expensive infrastructure.
  The application of starter culture is feasible by spray, drainage, deep injection and flushing. It is a principle to use the already existing infrastructures.
  Microorganisms are chosen by pre-examination from culture collection strains. These adaptive strains are applicable to the actual pollution. All of them were selected from natural sources and they are officially registered. The company doesn’t use GMO-s.
  
  Special features:
  - non-pathogenic
  - having specific activity for the remediation of the actual contamination
  - resistant and widely applicable
  - not causing new contaminations
  
  Potential users
  
  The offered technology can be used by fuel distributors or companies who are interested in oil-processing.
  Leer más

3rd Annual Alliance Management for Open Innovation in Pharma

5TH NEW PRODUCT DEVELOPMENT AND INNOVATION MANAGEMENT

Innovación en question answering : Oportunidad... | Ofertas

Innovación en question answering : Oportunidad... | Ofertas

Solicitar información>> Compartir tecnología>> Objetivo el aprendizaje inclusivo. Utilizando las nuevas tecnologías dentro y fuera del aula

Education and training, e-Learning, voice recognition, communication, information

Solicitar información>> Compartir tecnología>> Nueva tecnología para la creación de redes inalámbricas

Wireless; sensor network

Solicitar información>> Compartir tecnología>> Development of processes and products based on microencapsulation

Microencapsulation Delivery systems Stabilization of bioactives Cell/Enzyme immobilisation

Expert encapsulation technology company offering a complete product development service for its partners, including product design, encapsulation problem solving and process development & scale up.

Solicitar información>> Compartir tecnología>> Biological remediation of hydrocarbon contaminations

technology transfer, IP, technology offer, technology request, patent

Usuario nuevo (registro gratuito)

Usuario registrado

Solicitar información>> Compartir tecnología>>
Objetivo el aprendizaje inclusivo. Utilizando las nuevas tecnologías dentro y fuera del aula

Solicitar información>> Compartir tecnología>>
Nueva tecnología para la creación de redes inalámbricas

Solicitar información>> Compartir tecnología>>
Development of processes and products based on microencapsulation

Solicitar información>> Compartir tecnología>>
Biological remediation of hydrocarbon contaminations