Innovación en heavy metal : Oportunidades ...

D-312empresa anónima / Estados Unidos 2829

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Seeking: Solution for Heavy Metal and Toxin removal

heavy metal, toxin, removal
- Resultado deseado
  
  We are seeking new technologies, methods or processes to enable the removal of heavy metals and toxins from waste streams in steel making. The waste produced during steel making contains many metal oxides and dioxins. The most toxic waste is when scrap is burned as this includes plastic, paint, etc.
  
  21/12/11 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  Potential Solution Areas
  
  o Metal separation/extraction solutions - enable recovery and recycling of heavy metals. Especially iron oxide as this weighs most and separated out could lower transportation costs.
  o Abatement/reduction of dioxins - precipitation
  o Pelletizing dust on site - make less volatile, enable re-use in liquid slag and easier to transport
  
  A solution that enables on-site management of the dust would be high value add.
  
  Background:
  
  Waste (Dust) constitutes a serious disposal problem for steel companies and it is of extreme interest to be able to address the costs of handling. Some companies do exist that can recover zinc, iron, lead, calcium and other minerals from the dust; however the remaining residual material must still be land filled in secure dump sites. The cost to transport and landfill due to its toxic nature is high. Furthermore, future legislation is expected to be more and more stringent, and may pose significant problems for steel producers.
  
  Constraints:
  
  Needs to be Cost Effective solution when compared to landfill - currently approx E60 per ton
  
  Desired Outcome
  Ability to treat dust cheaply so it becomes less reactive and non-toxic (removal of heavy metals). It would then cost less to landfill as it won't be classed as toxic waste, and it could be reused with slag or other application.
  
  Previously Attempted Solutions
  Currently nothing in the market on how best to treat dust on site, majority is shipped away for land fill.
  
  Leer más
D-493empresa anónima / Reino Unido 2012

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Buscamos métodos de fabricación para depositar una capa consistente de material inorgánico sobre un sustrato de metal grande

crucibles, vapor deposition
- Resultado deseado
  
  Nos gustaría descubrir un método de alto rendimiento, de alta precisión para depositar una capa gruesa de sal en un sustrato de metal con resultados reproducibles. Este método puede ser la deposición de vapor, que es lo que estamos usando actualmente, pero estamos abiertos a otras sugerencias y metodologías. Es la calidad del producto final lo que estamos buscando. Si seguimos con la deposición de vapor, mantener la calidad y la consistencia de la nube de vapor es de suma importancia
  
  02/02/13 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  We are depositing substantial quantities of material using physical vapor deposition techniques on a large metal substrate. We are seeking alternative methods to enable the creation of a thick layer of material, more effective vapour deposition techniques, or better and more precise ways of preparing crucibles for the vapour deposition process. We are open to all solutions that produce a high-yield, high precision method of depositing the thick layer of salt on the metal substrate with reproducible results. Reduction in cost of production (or increase in quality and production rate) would be a plus.
  
  A relatively thick layer of an inorganic salt — between 400 and 500 micrometers — must be deposited on a metal substrate with microscopic evenness and regularity. Substrates measure up to about 60 centimeters in diameter. These substrates require a substantial amount of the salt.
  
  Currently, up to a kilogram of a salt of an alkalihalide is melted electrically in a tantalum crucible within a vacuum chamber, and the vapor is deposited on the metal substrate.
  
  The crucibles are folded from a sheet of tantalum. The folds and the electrode attachment points of the crucibles are not consistent. As a consequence, the resistance, conductivity, and heating patterns of each crucible, and the vapor cloud it produces, varies from crucible to crucible, and the pattern of the cloud changes over time as any one crucible ages.
  
  Current production conditions include:
  
  ■ Material temperature: about 700°C
  ■ Amount of material: up to 1Kg alkalihalide
  ■ Primary electrical circuit:
  
  ◆Current: 10.7A
  ◆Voltage: 230V
  ◆Power: 2,450W
  
  ■ Through crucibles:
  
  ◆Current: 500A
  ◆Voltage: 4.5V
  
  We would like to discover a high-yield, high-precision method of depositing the thick layer of salt on the metal substrate with reproducible results. This method may be vapour deposition, as we are currently practicing; but we are open to other suggestions and methodologies. It is the high-quality end-product that we are after. If we continue with vapor deposition, maintaining the quality and consistency of the vapour cloud is of paramount importance, which may require higher-quality crucibles. Leer más
D-780empresa anónima / Reino Unido 2912

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Se buscan: materiales y/o procesos que permitan el mantenimiento/reducción de la temperatura de los líquidos en recipientes metálicos o de vidrio

metal containers, glass containers, glass bottles, metal cans, packaging, Beverage, beverages, aerogels, cooling hydrogels, foaming polymers, Coatings
- Resultado deseado
  
  A material that can be applied via printing to ensure the temperature of the beverage is kept below 10 degrees whilst being consumed.
  
  We are seeking material and process technologies that will insulate against heat gain or actively reduce temperature of liquids contained in glass bottles or metal cans. Solutions (e.g. phase change/insulation materials etc) that can easily be coated on to the inside or outside of the bottle or cans on a fast moving production line, whilst ensuring the premium look of the end product, would be of interest. Processes that enable the printing, coating, spraying of thick foam like or phase change materials are also of interest.
  
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  Detalles de la demanda :
  
  Un material que pueda ser aplicado a través de la impresión para asegurar que la temperatura de la bebida se mantenga por debajo de 10 grados, mientras se consume.
  
  Estamos buscando tecnologías de materiales y procesos que evitan el aumento de calor o reducen activamente la temperatura de los líquidos contenidos en botellas de vidrio o latas metálicas. Soluciones (por ejemplo, cambio de fase / materiales de aislamiento etc) que fácilmente puede ser recubierto sobre el interior o exterior de la botella o las latas en una línea de producción en movimiento rápido, garantizando al mismo tiempo el aspecto de primera calidad del producto final. Son también de interés procesos que permitan la impresión, recubrimiento, pulverización de espuma gruesa o materiales de cambio de fase. Leer más
D-651empresa anónima / Reino Unido 1390

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Buscamos tecnologías innovadoras, sistemas y/o materiales para el control de la energía cinética de productos que se mueven a través de procesos de fabricación y llenado de alta velocidad

high speed manufacturing, manage kinetic energy of cans, food and beverage cans
- Resultado deseado
  
  Estamos buscando tecnologías para reducir, gestionar y/o eliminar la energía cinética asociada con el transporte de componentes relativamente delicados a gran velocidad en torno a una planta de fabricación, sin deformación. Nuestro cliente requiere procesar latas de alimentos y bebidas de aluminio y de hojalata, y que sean transportadas durante la producción sin sufrir ningún daño. Los productos son pequeños (cilindro con un diámetro de 40 mm-70 mm y una altura hasta 200 mm) y delgados (grosor de la pared de ~ 100microns), ligeros (<10 g) y tienden a ser ‘bottom-heavy’
  
  26/12/12 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  Our client requires aluminium and tin plate food and beverage cans to be conveyed / transported during production without damage. Products are small (cylinder with a diameter 40mm-70mm and a height up to 200mm), thin (wall thickness of ~ 100microns), light-weight (<10g) and tend to be ‘bottom-heavy’ as there is a base, but no lid yet. The cans are moved around the production plant to enable forming, trimming, washing, internal coating, external decoration and lacquering and then eventually palletised for onward to delivery to the beverage manufacturer for filling. A can will travel through approximately 1km of conveying equipment, using a combination of systems – gravity-fed feeders, magnetic-, vacuum- and air- based conveyors.
  As the drive towards sustainability and competitiveness increases, can manufacturers are striving to take weight and cost out of their products - this inevitably leads to thinner cans, which are consequently less robust during the manufacture and filling processes. Combined with increasing production line speeds (machines process up to 2000 cans per minute), existing can handling solutions can be too aggressive, resulting in damage (primarily denting) to the wall, shoulder and base radius of each can.
  
  Damage can occur throughout the manufacturing process including the filling, and palletising and de-palletising steps. Key problem areas are where cans are required to accumulate, change direction or stop, in mass or in single file. Examples include: transition from “mass to single file”; can stops before a single stream process (external decoration or filling); storage areas and the interaction with directional guiding systems, gates and rails.
  
  Solutions could include:-
  
  - Management of transition from “en masse” to “single file” presentation of components
  - Energy management using magnetic, eddy current and linear drive technologies
  - Durable energy/shock absorbing materials – need to withstand 24/7 use and continuous product contact
  - Improved magnetic and air movement technology
  - Use of low friction materials for conveyor components to reduce energy (input and subsequent kinetic energy). Also combined use with high friction materials to provide ‘braking’ areas
  - Alternative materials for conveyor line manufacture – e.g. ceramics, carbon fibre, to enable easier manufacture and assembly of the plant
  - ‘Soft stop’ and buffering technology to slow down and contain products without damage
  - Improved guide rail materials – flexible but rigid (replace existing aluminium / UHMWPE combination)
  - Kinetic energy harvesting for high-speed manufacturing
  - Modelling and simulation software to understand interaction of product and process and optimise product movement
  - Production line control system – managing interaction between machines and conveyor systems and subsequent product flow
  
  We believe the solution, or elements of a solution, currently exist within other materials handling capabilities i.e. outside the can handling fraternity. These could, for example, be found in manufacturing industries such as:- Glassware (laboratory or lighting); Semiconductor; Pharmaceutical; Cigarette and Food. We are also interested in technology from outside the materials handling industry, including the use of advanced materials, robotics, advanced modelling techniques, and crowd control. Leer más

Buscador de innovación destacado Air Products and Chemicals

Sobre Air Products and Chemicals

Àreas de interés

Demandas tecnológicas

Política de open innovation

D-339empresa anónima / Estados Unidos 1207

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Insulation for gaseous reactor component that must withstand high temperatures

high temperature, reducing atmosphere, insulation, Iconel
- Resultado deseado
  
  This organization is seeking insulation for an internally cooled cylindrical component of a gaseous reactor. The end of the cooled cylinder inside the reactor is exposed to high heat fluxes of 1-3 MW/sq meter and an atmosphere consisting primarily of carbon monoxide and hydrogen. The aim is to lower the temperature of the exposed end of the cylinder by 100-200°C. The insulation should be durable, last at least one year and be able to adhere to or blanket a smooth metal surface.
  
  28/02/11 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  BACKGROUND
  Conditions inside the gaseous reactor are extreme. Ambient temperature runs about 1500°C at 50–60 atmospheres, with a wind velocity of about 100m/s. The process runs continuously. Projected working lifetime of the reactor between maintenance shutdowns is two years; but because the cylinder component has not been able to be insulated sufficiently, reactor operations require much more frequent shutdowns.
  
  The component is roughly cylindrical with one end placed into the high pressure, high temperature conditions. Only the 0.1–0.2 meter portion of the cylinder that extends into the reactor must be protected. (The entire cylinder is round on one end with a diameter of 0.4 meter, total length of about 3.5 meters and weight of 2,000 kg.) All surfaces are of convex curvature. Currently, the cylinder is cooled internally, and this brings the outer surface to a temperature of about 700°C. This organization needs to insulate the end of the cylinder that enters the reactor (about 0.1–0.2 meter) so as to lower the surface temperature by 100-200°C. Additional internal cooling is not an option.
  
  The failure mode of the cylinder is thermal fatigue, which is failure by cracking causing by alternating stresses caused by alternating temperatures.
  
  Thermal barrier coatings, and underlying bond coatings to increase their adherence to various substrates, are known. However, those known to work at high temperatures have been designed for oxidizing combustion atmospheres; those designed to work with reducing atmospheres are perhaps not well known at similar temperatures. Coatings which work at temperatures of 300-400° C are known to work in reducing (hydrogen-containing) gases with hydrogen sulfide. In petroleum refinery process equipment This application is unique in that it is both high temperature and reducing.
  
  CONSTRAINTS
  • Must tolerate extreme environment for two or more years: exposure to a gas temperature of 1500°C, carbon monoxide-hydrogen reducing environment at 50–60 atmospheres, modest but high-frequency temperature fluctuations of 2-3 cycles per second and significant pressure fluctuations also of 2-3 per second, continuous operation, and turbulence inside the reactor.
  • Must lower the surface temperature of the cooled component by 100-200°C.
  • Must survive exposure to humid conditions when exposed to ambient air, as well as shipping and handling by plant personnel.
  • Must be chemically inert to reactions with carbon monoxide and hydrogen.
  • Thermal conductivity must be no more than one-half of the value of zirconium oxide (2.4 Btu/(hr-ft-oF or 4.1 W/m-oC)
  • Coating must stick/adhere to a smooth metal surface made of Inconel (nickel-chromium-iron) and stainless steel (iron-chromium-nickel) alloys. The components contain high pressure cooling water at a temperature of 180oC.
  • Failure (loss/spalling) of any insulating coat should not present a problem to the substrate or process. The insulating coating cannot affect the substrate other than by reducing its temperature.
  • A “nice to have” feature of the material surface is an emissivity of no more than 0.3, relative to a black body of 1.0. (a good reflector of thermal energy). Lower values will be superior in terms of reflecting more thermal energy away from the component.
  
  POSSIBLE SOLUTION AREAS
  Industries of interest might be aerospace propulsion, space craft propulsion, fossil fired combustion facilities, petrochemical plants, chemicals plants, heating, ceramics, insulation, thermal radiation management, pulp and paper processing facilities, nuclear power plants, incinerator facilities, studies/equipment by power generation facilities and organizations and similar organizations.
  
  Field Of Use and Intended Application
  High-temperature gaseous reactor.
  
  Desired Outcome
  Ideally, a coating that can be applied to the cylinder component to drop its temperature by 100-200°C.
  
  A substitute material for the Inconel alloy that is more resistant to thermal fatigue (higher fatigue strength, lower coefficient of thermal expansion and/or higher thermal conductivity) might be another avenue.
  
  Previously Attempted Solutions
  Plasma spray zirconium oxide, such as that used on aero and land-based turbine engine blades. This coating also requires a bond coat. This coating has failed in previous tests in similar conditions. The suspicion is that it is because the coating is designed for high temperatures in an oxidizing atmosphere (a jet engine), while the chemical process in question is highly reducing with hydrogen and carbon monoxide and the oxidized bond coat may not be stable in contact with hot hydrogen and carbon monoxide.
  
  Refractory bricks have been considered. However, the insulation must be tolerant of mechanical abuse. Refractory bricks tend to break and crack, causing thermal expansion problems. Leer más
D-777empresa anónima / Reino Unido 6724

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Buscando tecnologías innovadoras de desalinización o componentes activadores que permitan reducir un 70% huella/peso de despliegue (por ejemplo, mejorar el equipo de pre-filtración o alternativas a la ósmosis inversa)

desalination, desalination technologies, filtration, filtration equipments, osmosis, reverse osmosis, membrane, Water
- Resultado deseado
  
  We are actively searching for reduced footprint / weight desalination technology. Whilst current solutions are able to match the required performance, they are too large and heavy for those requiring on-demand or temporary deployment. The client therefore requires enabling technology and or/equipment to allow a reduction in the size/weight, and therefore allow deployment of desalination capabilities to remote locations - the client is willing to consider options with increased power consumption to achieve required footprint and performance.
  
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  Detalles de la demanda :
  
  Estamos activamente buscando una tecnología de desalinización. Mientras que las soluciones actuales son capaces de igualar las prestaciones requeridas, son demasiado grandes y pesadas para aquellas que dependen de la demanda o son temporales. El cliente por lo tanto requiere de una tecnología que permita y/o equipo que permita una reducción en el tamaño/peso, y por lo tanto permita su instalación en ubicaciones remotas - el cliente está dispuesto a considerar opciones con mayor consumo de energía para lograr el rendimiento requerido. Leer más
D-507empresa anónima / España 1822

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Buscamos un material adecuado para fabricación de platos de ducha, que se puede cortar fácilmente y más ligero que las soluciones actuales

Bathroom, shower tray, material
- Resultado deseado
  
  El material debe ser adecuado para ser procesado de tal manera que permita un drenaje adecuado, debe ser fácil de cortar a la medida adecuada por el instalador, debe ser mucho más ligero que los productos actuales (arcilla refractaria fina, acero esmaltado, resinas de Corian o similar).
  
  El material debe ser preferiblemente homogéneo, de forma que después de ser cortado, no se requiera ninguna operación adicional para el acabado de los bordes (o solución adicional para ello). Propiedades antideslizantes seran muy apreciadas
  
  08/08/12 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  The existing materials (Corian, etc) are:
  
  - either difficult to be manufactured with the desired slope
  
  - or difficult for the installer to cut-to-size (special angle grinders, a lot of dust is produced). Ideally, tools for wood, or knives should be capable of doing the job
  
  - heavy to handle in large sizes (fine fire clay, enamelled stain-less steel)
  
  - when the anti-slip property is achieved via extremely rough surface, the overall product becomes difficult to clean
  
  - materials other than fine fire clay or enamelled steel (that are deemed to be intrinsecally hygienic) require some antibacterial coating
  
  Of course, the material proposed must be suitable for the bathroom environment in terms of water absortion and inalterable towards the body and product cleaning agents typically belonging to this environment Leer más
D-528GS AUTO INTERNATIONAL LTD / India 1654

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Buscamos proyectos/propuestas innovadoras con aplicacion en la industria de la automoción y el transporte

licensing, Automotive, product, technology, transportation, disruptive, vehicle, metals, materials,
- Resultado deseado
  
  Las propuestas deben tener aplicación en la industria de la automoción y del transporte. Tienen que ser respetuosas con el medio ambiente y probadas. Puesto que será un producto OEM, el potencial de aplicación debe ser en automóviles, camiones ligeros, autobuses, ferrocarriles, etc.
  
  22/05/12 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  The product and technology can have wider application in other industries also. The areas can be suspension systems, brake systems, Cast iron, aluminum or other materials with unique properties. As the trend in the automotive industry is towards light weighting so as to be fuel efficient, so the product has to meet that criteria also. The process technology has to be environment friendly as well as energy efficient. Since it will be an OEM product, the application potential should be in cars. light trucks, SUV, medium to heavy duty truck, buses, railways etc.
  
  The licensing partner should be already supplier to the leading Europeon, American or Japanese vehicle manufacturers whether as Tier 1 or Tier 2. Exclusivity of license is also desired
  
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Buscador de innovación destacado Reckitt Benckiser

Sobre Reckitt Benckiser

Àreas de interés

Demandas tecnológicas

Política de open innovation

D-164empresa anónima / Reino Unido 1036

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Innovative technology to selectively remove / filter carbon monoxide (CO) from exhaust streams

catalysts, encapsulation, combustion, metal oxides
- Resultado deseado
  
  We are searching for an innovative technology to selectively remove / filter carbon monoxide (CO) from exhaust streams that has the ability to work in various complex systems, be stable until use, but compact enough to use in personal respirators / masks (e.g. for industry workers, scuba divers, fire-fighters, etc). Solutions to reduce / remove CO have to be able to work in the presence of a wide range of other gases and particulates – i.e. not a clean environment.
  
  02/12/10 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  Carbon monoxide (CO) is a highly poisonous, colourless and odourless gas produced as a result of incomplete burning of carbon-containing fuels in combustion processes, and can occur in a number of industrial and domestic settings including: chemical manufacturing processes; furnaces, kilns and foundries; exhaust gas of internal combustion engines, motor vehicles and fuel cell vehicles; domestic space and combustion heaters; and smoke.
  
  We are searching for an innovative technology to selectively remove / filter carbon monoxide (CO) from exhaust streams that has the ability to work in various complex systems, be stable until use, but compact enough to use in personal respirators / masks (e.g. for industry workers, scuba divers, fire-fighters, etc).
  
  Carbon monoxide is one of a number of combustion gases and therefore solutions to reduce this have to be able to work in the presence of a wide range of other gases and particulates – i.e. not a clean environment.
  
  Whilst there are a number of technologies that can remove carbon monoxide under certain conditions (such as adsorption and catalysis), there are a number of environmental factors that affect the performance. Potential solutions to address these factors could be found in new catalysts, processes to improve efficiency of existing catalysts, etc:-
  
  Materials / Processes Properties
  • Emission control catalysts
  • Adsorption
  • Oxidation catalysts to convert carbon monoxide to carbon dioxide
  • Metals and metal oxides such as gold, palladium, platinum, titania, alumina, ceria, zirconia, iron oxide, zinc oxide and magnesium oxide
  • Nanoparticle based catalysts
  • Process to encapsulate reactive particles
  • Encapsulated liquids with permeable shell / membrane
  • Increase stability of oxidising agents (i.e. Hopcalite – copper manganese oxide - in presence of water vapour
  • Chemical additives for membranes, etc • High selectivity towards CO
  • Stable during storage – active only in presence of CO
  • Maintain performance under high flow rate (fast kinetics) – 1 litre/min
  • Able to function at room temperature Non-toxic / no toxic by-products
  • Low cost
  • Ideally in granular form, but could be powder / liquid
  • Compact – either in film, membrane or paper format or dense foam / granules
  • Ability to work in complex environment (in the presence of other gases and particulates)
  Leer más
D-737empresa anónima / Japón 3175

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Buscando antioxidante alternativo al BHT para desarrollar cosméticos, ropa, agroquímicos, combustibles y productos químicos aromáticos.

antioxidant/s, Oxidation, BHT, cosmetic, laundry, agrochemical, Fuel, aroma, fragrances, chemical, biodiesel, Ecolabel, Chemistry
- Resultado deseado
  
  The antioxidant candidate proposal shall act as primary antioxidants ,working as a free radical acceptor/scavenger and delay or inhibit the initiation step or interrupt the propagation step of autoxidation. It could be combined or have a synergistic activity when combined with secondary antioxidants. To have an alternative to BHT with a better “ecotox” and human health affectation profile.
  
  Global Japanese company with several industrial chemical products manufacturing sites worldwide. Personal Care, Laundry & Cleaning, Technical Applications markets, Oleo, Fragrances & Aroma Chemicals and Imaging Materials.
  
  06/02/13 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  La propuesta de antioxidante candidata actuará como antioxidante primario, trabajando como un radical libre aceptor y retrasando o inhibiendo la etapa de iniciación o interrumpiendo el paso de propagación de auto-oxidación. Podria ser combinado o tener una actividad sinérgica cuando se combina con antioxidantes secundarios. El objetivo es encontrar una alternativa al BHT con una mejor "ecotoxicidad" y perfil de afectación a la salud humana. Leer más
D-552empresa anónima / Alemania 2047

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Buscamos pequeñas moléculas orgánicas con potencial para convertirse en un agente terapéutico novedoso y que se incluirán en la libreria de cribado de compuestos de alto rendimiento utilizada para identificar estructuras para estas terapéuticas

Small organic molecules, in vitro screening, High Throuphput Screening, compound library
- Resultado deseado
  
  La compañía ha puesto en marcha un nuevo programa en busca de innovaciones terapéuticas. Invitamos a los interesados a presentar sus compuestos para ser incluidos en nuestra "high throghput screening library", que se utilizará en los esfuerzos para identificar nuevas terapias.
  
  Estamos buscando nuevos compuestos químicos orgánicos pequeños para probar en nuestras campañas de detección de actividad terapéutica potencial. Muchos de estos compuestos de otra manera no serían nunca probados para potenciales beneficios terapéuticos. En el caso de "match", compuestos específicos podrían convertirse en la siguiente nueva entidad química.
  
  Mediante la presente demanda tecnológica pedimos a los interesados enviar sus nombres, datos de contacto, afiliación y el espacio estructural de los compuestos potenciales. En base a su presentación vamos a decidir ponernos en contacto con usted. Antes de presentar cualquier compuesto (ya sea electrónicamente o físicamente), se le pedirá que firme un acuerdo que cubrirá la propiedad legal, intelectual y los aspectos comerciales de la transferencia de sus nuevos compuestos orgánicos hacia nosotros. Los participantes calificados (es decir, después de firmar el acuerdo), entonces deberán en una primera etapa presentar electrónicamente sus estructuras propuestas. Nosotros revisaremos su solicitud y confirmaremos por correo electrónico si los compuestos son de interés para nosotros. En ese momento, vamos a facilitar el envío de los compuestos hacia nosotros para el análisis final.
  
  30/06/12 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  Estamos ofreciendo una compensación escalonada financiera basada en las condiciones, en función de si puede darnos los compuestos de forma exclusiva o no. Si un compuesto se califica como un éxito en nuestras campañas de cribado, usted será compensado conforme a los términos del acuerdo. También contactaremos con usted para explorar la mejor manera de avanzar en esta oportunidad juntos. Leer más
D-382empresa anónima / Reino Unido 3070

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Demanda tecnológica >> buscamos sustituir el relleno de piedra caliza en materiales de construcción a partir de residuos "post-consumo"

limestone fillers, Construction, post consumer waste, indoor building, construction materials, industrial waste
- Resultado deseado
  
  Estamos buscando conocimiento, experiencia y capacidad de suministro de residuos "post-consumo" que puedan ser utilizados como componentes de relleno en la fabricación de nuevos materiales de construcción. El relleno es una gran parte del producto final, su contenido puede variar del 10 al 80%, y se utiliza para dar volumen o disminuir la cantidad de polímeros caros, resinas, etc. En la actualidad se utilizan para este proposito los rellenos de piedra caliza que se obtienen bien como material virgen o a partir de residuos industriales
  
  17/09/11 - El deadline de esta demanda ha caducado
  
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  Detalles de la demanda :
  
  Estamos buscando conocimiento, experiencia y capacidad de suministro de residuos urbanos que puedan ser utilizados como componentes de relleno en la fabricación de nuevos materiales de construcción.
  
  Cuando nos referimos a un material post-consumo estamos hablando de un "material recogido/recuperado a partir de productos que ya han sido utilizados para el propósito para el que fueron originalmente fabricados", o un "material acabado que normalmente se elimina como residuo después de haber completado su ... Leer más

Buscador de innovación destacado FLUIDRA

Sobre FLUIDRA

Àreas de interés

Demandas tecnológicas

Política de open innovation

D-250empresa anónima / Estados Unidos 1172

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Seeking: Carbon-based nanotubes that scale with better conductivity

Conductivity, conductance, CNT, carbo nanotubes
- Resultado deseado
  
  We're seeking carbon nanotubes for conductive applications that polymerized in bulk can offer better conductivity than carbon materials in use today, and which are lighter-in-weight than current non-carbon conductors.
  
  24/08/10 - El deadline de esta demanda ha caducado
  
  Compartir demanda
  
  Detalles de la demanda :
  
  BACKGROUND
  Conductive carbon technologies often are 'blue sky' technologies. They are laboratory-scale or even pilot-scale technologies that may not scale well and may be too expensive to use if they do. More specifically, carbon nanotubes offer exciting conductivity at the single nanotube scale. But many current nanotubes technologies lose conductance when scaled or polymerized in any significant bulk.
  We're actively looking for carbon nanotube solutions that offer
  - Conductivity approaching that of copper in polymer, bulk or similar scaled form
  - Lighter weight than existing metal-based materials.
  Of interest, but not a requirement, are technologies that are closer to volume commercialization and less expensive than many current carbon nanotubes technologies.
  We have a range of applications in mind at various currents and resistance levels, but they require better conductivity than the current generation of carbon solutions. Polymer-carbon hybrids would be of great interest, too.
  
  CONSTRAINTS
  - Low resistance
  - Light weight
  - Lower cost than current carbon conductive materials
  Additional characteristics not required, but of interest:
  - High durability (withstands hundreds or thousands of contact cycles)
  - Corrosion-resistant
  - Ability to scale production in a relatively quick time-frame
  
  POSSIBLE SOLUTION AREAS
  Polymer research
  Nanotechnology research
  Semiconductor research
  Metal-polymer hybrid research
  Nanotubes
  
  Field Of Use and Intended Application
  Automotive, aerospace, telecommunications, electronics.
  
  Desired Outcome
  Locate a technology that can provide a lower-cost, scalable conductive carbon solution.
  
  Previously Attempted Solutions
  Metals (gold, silver, etc) are too expensive. Tin- not as durable as preferred; corrodes too easily.
  Leer más
D-641empresa anónima / Brasil 1931

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Buscamos sustituto de STPP tripolifosfato de sodio

Phosphates free, detergents, cleaning, eco friendly, binders, hard water, Surfactants, sequestrants
- Resultado deseado
  
  Una compañía global está buscando sustitutos para los fosfatos que se utilizan actualmente en los detergentes domésticos para aumentar el rendimiento de limpieza y prevenir los efectos nocivos del agua dura.
  
  La solución debe proporcionar:
  
   La identidad de la solución tecnológica propuesta con especificaciones detalladas
   Los proveedores potenciales de los materiales y los costes indicativos si se conocen.
   Indicaciones de cualquier problemática relacionada con la formulación
   Disponibilidad de cantidades suficientes de muestras para el trabajo experimental.
   Capacidad de ser entregados en cantidades comerciales en enero de 2017.
  
  11/12/12 - El deadline de esta demanda ha caducado
  
  Compartir demanda
  
  Detalles de la demanda :
  
  Description:
  
  In Europe regulations restricting the use of phosphates and other phosphorus compounds in many consumer detergents are being adopted.
  
  The most widely used detergent phosphate is sodium tripolyphosphate (STPP), but various phosphates of sodium, potassium and other minerals are also used for specific applications. The reason why STPP is used in detergents is that it performs several very useful functions. Phosphates are able to soften water by deactivating water hardness minerals through sequestration (holding metal ions) or precipitation (removing metal ions from solution as insoluble materials). By binding the water hardening ions (Ca2+ and Mg2+) it prevents formation of filming and hard water deposits. An important functional property of phosphates is that they contribute to the overall detergency of a cleaner by providing and controlling alkalinity and preventing hard water interference with surfactants. Phosphates also exhibit a deflocculating property that helps to prevent formation of large particles of dirt which are easier to wash from the surface of substrates such as ceramics, glass and metal.
  
  Since phosphates fulfil a number of different functions; it may not necessarily be easy to replace them with a single ingredient formulated in the way STPP is currently used, however a single replacement solution for the problem would be preferred.
  
  Summary of Need /Scope of the Brief:
  
  To identify providers of alternative phosphate-free technology approaches for detergent applications that ideally have the potential for cost parity and performance parity with, for example, sodium tripolyphosphate.
  
  Providers are defined as:
  
  1. Universities with specific scale inhibition, or sequestering expertise,
  2. Startup and medium sized businesses
  
  Potential solutions from other industry sectors that can be adapted are also acceptable as are expert partners for collaborative work to design and synthesize custom chemistry that meet the criteria
  
  Detailed Technical Requirements:
  
  Provide alternative technology solutions to phosphate that may become cost parity and performance parity.
  
  The solution should provide:
  
   Identity of proposed technology solution with detailed specifications,
   Potential suppliers of materials and indicative costs if known.
   Indications of any formulation issues
   Availability of sufficient quantities of samples for experimental work.
   Should be able to be supplied at commercial quantities by January 2017.
  
  Magnetic, RF or electrochemical scale prevention devices are not in scope.
  
  Additional Information:
  
  1. Not be harmful for human use.
  2. Manufacturing process proposed should not be cost prohibitive
  3. Overall product cost appropriate for consumer use products
  4. Technology ideally to be REACH compliant
  5. Ideally offer scope for patent protection with the desired application and format if custom chemistry solution
  6. Have IP protection if a current product.
  7. Suitable for multiple formulation formats ( solids, powders, liquids, gels)
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D-198empresa anónima / Estados Unidos 1092

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Printed electronics technologies that enable thicker, higher-viscosity circuitry, good adhesion, etc

printing electronics technology
- Resultado deseado
  
  This organization seeks printing technology to produce higher-current miniature circuitry. Approaches of interest include reducing use of expensive inks, eliminating a plating step, and increasing adhesion to a variety of substrates. An additional area of interest is to enable multilayer structures for more complex circuitry.
  
  12/08/10 - El deadline de esta demanda ha caducado
  
  Compartir demanda
  
  Detalles de la demanda :
  
  BACKGROUND
  
  Applying print technologies such as inkjet to circuitry offers rapid prototyping and potentially inexpensive production opportunities for many electronic devices that range from RFID tags, through intelligent cables, to flexible displays and touch screens.
  
  Currently, this company prints their circuitry using a relatively low-viscosity ink that incorporates silver nanoparticles. They print in a single layer -- with some adhesion difficulties, depending on substrate -- and then electroplate on top of that in order to provide a trace that can handle higher currents. They are aware of several printing technologies that may be adapted to the process, such as variations on inkjet, metal-jet, gravure, screen, stencil, and laser transfer printing, each of which has advantages and drawbacks.
  
  They are looking for several possible technological answers:
  
  o An alternate ink material that may have lower viscosity but that can produce the trace thickness capable of handling sufficient current.
  
  o Higher silver loadings (on the order of 40-60%).
  
  o An inexpensive seed ink that could be electroplated (or used with electroless deposit) and then electroplated afterwards, but where the seed is much less expensive than the silver currently used. Finished thickness needs to be in the range of 50-70 microns.
  
  Key characteristics include good adhesion to a variety of substrates, including dielectrics and polymers including flexible substrates, as well as the usual properties of good ink: jettable, small drop volumes, and excellent control over surface tension and viscosity.
  
  CONSTRAINTS
  
  o The ability to print thicker traces to handle higher currents.
  
  o The ability to print multiple layers. Currently, later passes disturb traces laid down by earlier passes.
  
  o Higher silver loadings for the ink, or a different seed technology that is less expensive than silver.
  
  o Excellent control over surface tension and viscosity.
  
  POSSIBLE SOLUTION AREAS
  
  Graphic arts
  
  Micro-dispensing systems
  
  Nano- and nano-assembler technologies
  Leer más
D-786empresa anónima / Reino Unido 1069

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Buscando: un nuevo dispensador y método de aplicación fácil de usar para un producto adhesivo semi-sólidos

dispenser, dispensers, applicator, delivery method, adhesive, adhesives
- Resultado deseado
  
  We are seeking a neat, consistent, smooth, and non-messy way to dispense a professional adhesive without
  pouring or dropping "clumps" of adhesive. Neat and clean is a major goal.
  
  An adhesive and delivery method with the same bond strength as a pourable adhesive, but with much greater
  ease-of-use and application. Suitable for professional (primarily construction) work as well as consumer DIY and craft work in other formulations.
  
  Compartir demanda
  
  Detalles de la demanda :
  
  Estamos buscando una manera de dispensar un adhesivo profesional que sea limpia, consistente, uniforme, que no deje manchas y que no deje caer "pegotes" de adhesivo. El objetivo más importante es que sea limpio y cuidado.
  
  Un adhesivo y dispensador que tenga la misma fuerza de unión de un adhesivo vertible, pero con mucho mayor facilidad de uso y aplicación. Adecuado para uso profesional (principalmente construcción), así como para los consumidores de bricolaje y artesanía. Leer más

Buscador de innovación destacado PANRICO SLU

Sobre PANRICO SLU

Àreas de interés

Demandas tecnológicas

Política de open innovation

D-338empresa anónima / Reino Unido 1155

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Innovative technology to selectively remove / filter carbon monoxide (CO) from exhaust streams

Carbon monoxide, filtration, absorption, respiratory masks, combustion
- Resultado deseado
  
  Innovative technology to selectively remove / filter carbon monoxide (CO) from exhaust streams that has the ability to work in various complex systems, be stable until use, but compact enough to use in personal respirators / masks (e.g. for industry workers, scuba divers, fire-fighters, etc).
  
  Any potential solution must work at room temperature and also be able to work in the presence of a wide range of other gases and particulates – i.e. not a clean environment.
  
  31/03/11 - El deadline de esta demanda ha caducado
  
  Compartir demanda
  
  Detalles de la demanda :
  
  Carbon monoxide (CO) is a highly poisonous, colourless and odourless gas produced as a result of incomplete burning of carbon-containing fuels in combustion processes, and can occur in a number of industrial and domestic settings including: chemical manufacturing processes; furnaces, kilns and foundries; exhaust gas of internal combustion engines, motor vehicles and fuel cell vehicles; domestic space and combustion heaters; and smoke.
  
  Our client is searching for an innovative technology to selectively remove / filter carbon monoxide (CO) from exhaust streams that has the ability to work in various complex systems, be stable until use, but compact enough to use in personal respirators / masks (e.g. for industry workers, scuba divers, fire-fighters, etc).
  
  Carbon monoxide is one of a number of combustion gases and therefore solutions to reduce this have to be able to work in the presence of a wide range of other gases and particulates – i.e. not a clean environment.
  
  Whilst there are a number of technologies that can remove carbon monoxide under certain conditions (such as adsorption and catalysis), there are a number of environmental factors that affect the performance. Potential solutions to address these factors could be found in new catalysts, processes to improve efficiency of existing catalysts, etc:-
  
  Materials / Processes Properties
  • Emission control catalysts
  • Adsorption
  • Oxidation catalysts to convert carbon monoxide to carbon dioxide
  • Metals and metal oxides such as gold, palladium, platinum, titania, alumina, ceria, zirconia, iron oxide, zinc oxide and magnesium oxide
  • Nanoparticle based catalysts
  • Process to encapsulate reactive particles
  • Encapsulated liquids with permeable shell / membrane
  • Increase stability of oxidising agents (i.e. Hopcalite – copper manganese oxide - in presence of water vapour
  • Chemical additives for membranes, etc • High selectivity towards CO
  • Stable during storage – active only in presence of CO
  • Maintain performance under high flow rate (fast kinetics) – 1 litre/min
  • Able to function at room temperature Non-toxic / no toxic by-products
  • Low cost
  • Ideally in granular form, but could be powder / liquid
  • Compact – either in film, membrane or paper format or dense foam / granules
  • Ability to work in complex environment (in the presence of other gases and particulates)
  Leer más
D-664empresa anónima / Reino Unido 1520

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Buscamos la eliminación/decoloración selectiva de carotenoides en artículos de consumo

Carotenoid, bleaching, red food, beta carotene, lycopene, TOMATO, Detergency, laundry, dishwashing
- Resultado deseado
  
  La solución tecnológica proporcionada debe ser capaz de blanquear eficientemente "carotenoid-based red food soils" de artículos de consumo (ropa, recipientes de plástico para alimentos) cuando se incorpora en un detergente, y debe tener la selectividad suficiente para evitar daños en la ropa / colorantes o vajilla.
  
  La no eliminación de "red fruit soil" (por ejemplo, tomate, especias) es un problema importante para los consumidores de todo el mundo en el lavado de ropa/vajilla. Los intentos de resolver este problema han sido limitados por la fuerte asociación de los pigmentos carotenoides hidrófobos a textiles y plásticos, y a la dificultad de encontrar agentes blanqueadores selectivos capaces de decolor "carotenoid soils" sin causar otros problemas tales como la decoloración del colorante.
  
  Fabricante leader global de "fast-moving consumer goods". Activo en muchos segmentos de productos, como por ejemplo, lavandería y productos de limpieza, cuidado del bebé, cuidado de la belleza, cuidado de la salud. Fuerte presencia y escala global, con una importante inversión en I+D y fuerte compromiso en "open innovation".
  
  08/01/13 - El deadline de esta demanda ha caducado
  
  Compartir demanda
  
  Detalles de la demanda :
  
  Background details:
  
  1. The most important red fruit soils derive their colour from the fruits of tomatoes (Solanum lycopersicum) and various types of pepper (Capsicum annuum).
  2. The most important carotenoids that we need to remove/bleach are lycopene, beta carotene, phytoene, capsanthin and capsorubin.
  3. Classical detergent bleach technology based on hydrogen peroxide or peracetic acid formation is too hydrophilic to be effective on carotenoids.
  4. Diacyl peroxide bleaching agents are very effective but not stable enough and not very selective for carotenoids vs dyes.
  5. Metal catalyst bleaches are also effective but also suffer from a lack of selectivity.
  6. Carotenoid soils are usually associated with lipids and/or fatty acids and these could be a species that is targeted.
  7. A previous approach pursued has been to use carotenoid binding peptides to direct bleaching chemistry to the soils, although this has not been commercialized.
  8. Carotenoids break down naturally via thermal, photo and enzymatic mechanisms. It might be possible to use formulated additives to accelerate these processes and some enzyme classes have already been evaluated without success.
  
  The novel material or technology solution provided should:
  
  1. Deliver consumer-noticeable benefits in a single laundry or automatic dishwashing cycle
  2. Be suitable for incorporation into liquid and solid detergent forms, with good stability over a 6 month shelf life
  3. Be sufficiently well-targeted to avoid damage to the integrity of fabrics, dishware or appliance parts.
  4. Be effective at low addition levels, i.e. <5% in product and at a cost appropriate for a detergent that has a final cost to consumer of ~20c per dose. i.e. Catalytic approaches are likely to be the most successful.
  5. Have a good human and environmental safety profile.
  6. Be exclusive/proprietary with freedom to practise in our fields of use
  7. Perform well at low wash temperatures, e.g. 10-30C
  8. Exhibit good tolerance to other detergent ingredients, e.g. surfactants, bleaches
  9. Ideally perform well over the neutral and alkaline pH ranges up to pH 11
  
  The novel material or technology solution provided may:
  1. Operate by a soil removal or bleaching mechanism
  2. Be chemical or biochemical (e.g. enzyme or other protein) in origin Leer más
D-160empresa anónima / Estados Unidos 1050

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To improve thermoplastic, i.e. polyolefin performance properties by using additives, reinforcers, et

polyolefin, reinforce
- Resultado deseado
  
  Our client is looking to improve the performance properties of polyolefins, polyethylenes, and thermoplastics generally. Additives, ingredients, fillers, modifiers, agents and other methods are all of interest. We are open to new additives that enhance any of a long list of properties, or that can enhance the performance of additives already in use.
  
  21/07/10 - El deadline de esta demanda ha caducado
  
  Compartir demanda
  
  Detalles de la demanda :
  
  Any additive changes the balance of properties for a given plastic. Talc, wollastonite, and glass fibers are the most usual conventional additives. Typically, talc can comprise 10-30% of a polypropylene by weight. While talc produces a stiffer plastic, the resulting composite is relatively dense. Glass fiber can typically provide the same stiffness as talc at lower use levels. While this provides a less dense composite, it presents other challenges -- such as undesirable surface defects.
  
  Our client's focus is on finding new ingredients, modifiers, or agents that improve the balance of properties of a thermoplastic (in particular, a polyolefin) over what is currently used today. The list of properties of interest includes:
  
  o Lighter weight
  o Higher modulus
  o Increase tensile strength
  o Improve impact resistance
  o Improve heat resistance
  o Decrease density (while maintaining the same or greater strength)
  o Minimize shrinkage
  o Improve surface finish, feel, optical appearance, and similar aesthetics
  o Improve scratch resistance and surface hardness
  o Improve stiffness
  o Minimize or eliminate abrasiveness (causes problems during extrusion)
  
  Ideally, your proposed additive would provide new properties in plastics or improvements over anything currently available; or, your additive would maintain current-equivalent properties but at a greatly reduced weight or much lower cost. For example, we would be interested in a technology that would enable a lower-cost polymer resin to replace a higher-cost resin without sacrificing quality, or a resin that would provide equivalent performance to a high-cost resin, but at a lesser quantity.
  
  Early-stage technologies are acceptable, but it is preferred that you have reduced the technology to practice at least at the lab scale.
  
  CONSTRAINTS
  
  Safety is important to us. Any new ingredient should not create safety hazards when inhaled during mixing or cause harm during incineration or processing.
  
  Your additive must work with an extruder (or possibly a compounder). An additive that is too abrasive -- over 6.5 on the Mohs hardness scale -- may be harder than the steel in an extruder. We may make an exception for a true nano-scale additive.
  
  No restriction between organic or inorganic additives.
  
  We are NOT currently interested in new polymers (unless the polymer is added to polyolefins), new processes, or new machines.
  
  POSSIBLE SOLUTION AREAS
  
  Materials science in organics and inorganics.
  
  Solutions from paper/packaging industry, metal, ceramics, thermoset resins.
  
  Additives from other industries that might be dispersable into polyolefins.
  
  Field Of Use and Intended Application
  Durable goods, automotive parts, construction, decking, siding.
  
  Desired Outcome
  Ideally, you will provide one or more new additives that can provide enhanced or additional properties not currently available for polyolefins or polyethylenes.
  
  Previously Attempted Solutions
  We have tried, and remain interested in, new methods and approaches to more traditional materials such as clays, talcs, glass fibers, etc. Technology must bring new value to enhance current offerings such as novel dispersion technologies.
  Leer más
D-270empresa anónima / Reino Unido 1015

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Novel means to stabilise traditionally unstable actives such as hopcalite and manganese peroxide

Carbon Monoxide (CO), stabilisation of actives
- Resultado deseado
  
  We are looking for a novel means to stabilise in ambient atmosphere / temperatures traditionally unstable actives such as hopcalite and / or manganese peroxide, for use in Carbon Monoxide removal / adsorption. The technology will be used in a small, disposable consumer product requiring no power source.
  
  02/12/10 - El deadline de esta demanda ha caducado
  
  Compartir demanda
  
  Detalles de la demanda :
  
  Carbon monoxide (CO) is a highly poisonous, colourless and odourless gas produced as a result of incomplete burning of carbon-containing fuels in combustion processes, and can occur in a number of industrial and domestic settings including: chemical manufacturing processes; furnaces, kilns and foundries; exhaust gas of internal combustion engines, motor vehicles and fuel cell vehicles; domestic space and combustion heaters; and smoke.
  
  Our client is searching for an innovative technology to selectively remove / filter carbon monoxide (CO) from exhaust streams that has the ability to work in various complex systems, be stable until use, but compact enough to use in personal respirators / masks (e.g. for industry workers, scuba divers, fire-fighters, etc).
  
  Carbon monoxide is one of a number of combustion gases and therefore solutions to reduce this have to be able to work in the presence of a wide range of other gases and particulates – i.e. not a clean environment.
  
  Whilst there are a number of technologies that can remove carbon monoxide under certain conditions (such as adsorption and catalysis), there are a number of environmental factors that affect the performance. Potential solutions to address these factors could be found in new catalysts, processes to improve efficiency of existing catalysts, etc:-
  
  Materials / Processes Properties
  • Emission control catalysts
  • Adsorption
  • Oxidation catalysts to convert carbon monoxide to carbon dioxide
  • Metals and metal oxides such as gold, palladium, platinum, titania, alumina, ceria, zirconia, iron oxide, zinc oxide and magnesium oxide
  • Nanoparticle based catalysts
  • Process to encapsulate reactive particles
  • Encapsulated liquids with permeable shell / membrane
  • Increase stability of oxidising agents (i.e. Hopcalite – copper manganese oxide - in presence of water vapour
  • Chemical additives for membranes, etc • High selectivity towards CO
  • Stable during storage – active only in presence of CO
  • Maintain performance under high flow rate (fast kinetics) – 1 litre/min
  • Able to function at room temperature Non-toxic / no toxic by-products
  • Low cost
  • Ideally in granular form, but could be powder / liquid
  • Compact – either in film, membrane or paper format or dense foam / granules
  • Ability to work in complex environment (in the presence of other gases and particulates)
  
  Our client is a £multi-million company interested in advanced materials for the filtration / removal of harmful gases from exhaust streams. They are continually investing in product development and have appropriate R&D facilities to develop appropriate innovative technologies. Eventual products will have global markets and client is searching for innovative technology and processes, and will consider any reasonable commercial arrangements including licensing in, purchasing, strategic alliances and partnering arrangements.
  Leer más

Buscador de innovación destacado COPCISA

Sobre COPCISA

Àreas de interés

Demandas tecnológicas

Política de open innovation

D-263empresa anónima / Estados Unidos 1413

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Polypropylene filler technology that is better than talc filler in stiffness, heat resistance.

talc, filler, modulus, polypropylene
- Resultado deseado
  
  Our client wants to increase polypropylene stiffness and heat resistance, and decrease its weight.
  
  23/10/10 - El deadline de esta demanda ha caducado
  
  Compartir demanda
  
  Detalles de la demanda :
  
  (Similar improvements to polyethylene would also be of interest.) Specifically, they want a technology that is better than 10% talc-filled polypropylene in these specific ways:
  - 30% increase in flexural modulus
  - 10% increase in tensile strength
  - 30% increase in HDT (heat deflection temperature)
  - Equal or lower density than 10% talc-filled polypropylene (compound density of < 1.0 grams per /cc).
  Any improvements in these features should not degrade the material in other ways, such as tensile strength, impact resistance, surface finish, and so forth.
  
  BACKGROUND
  Plastic additives always demand a balance between performance and change to physical characteristics. This organization has been working with 10% talc-filled polypropylene (by weight). Talc produces a stiffer plastic and increases heat resistance, but increases plastic density to an unacceptable level for the application.
  Ideally, you have a new additive or a new approach to creating the required improvements to the polypropylene. Your solution may require the removal of some or all of the talc and replace it with another substance in order to achieve the improvements.
  Whatever your proposed solution, it should not adversely impact other properties of the polypropylene.
  Also of interest would be maintaining current stiffness, heat resistance, or density at a reduced cost or quantity.
  
  CONSTRAINTS
  - 30% increase in flexural modulus.
  - 10% increase in tensile strength.
  - 30% increase in HDT (heat deflection temperature).
  - Equal or lower density than 10% talc-filled polypropylene.
  - Safety is important to us. Any new ingredient should not create safety hazards when inhaled during mixing or cause harm during incineration or processing.
  - Your additive must work with an extruder (or possibly a compounder). An additive that is too abrasive -- over 6.5 on the Mohs hardness scale -- may be harder than the steel in an extruder. We may make an exception for a true nano-scale additive.
  - No restriction between organic or inorganic additives.
  - Preference for additives that have some performance data for thermoplastics.
  
  POSSIBLE SOLUTION AREAS
  Materials science in organics or inorganics.
  Solutions from the paper/packaging industry, metal, ceramics, thermoset resins.
  Additives from other industries that might be dispersible into polyolefins.
  
  Field Of Use and Intended Application
  Durable goods, automotive parts, construction, decking, siding.
  
  Desired Outcome
  Ideally, you will provide one or more new additives that can provide enhanced or additional properties not currently available for polypropylenes.
  
  Previously Attempted Solutions
  We have tried, and remain interested in, new methods and approaches to more traditional materials such as clays, talcs, glass fibers, etc. Technology must bring new value to enhance current offerings such as novel dispersion technologies.
  
  Leer más

5TH NEW PRODUCT DEVELOPMENT AND INNOVATION MANAGEMENT

3rd Annual Alliance Management for Open Innovation in Pharma

XXIV ISPIM Conference, 16-19 June 2013, Helsinki, Finland: Innovating in Global Markets:

The 6th ISPIM Innovation Symposium – Innovation in the Asian Century

Innovación en heavy metal : Oportunidades ... | Demandas

Innovación en heavy metal : Oportunidades ... | Demandas

heavy metal, toxin, removal

crucibles, vapor deposition

metal containers, glass containers, glass bottles, metal cans, packaging, Beverage, beverages, aerogels, cooling hydrogels, foaming polymers, Coatings

high speed manufacturing, manage kinetic energy of cans, food and beverage cans

high temperature, reducing atmosphere, insulation, Iconel

desalination, desalination technologies, filtration, filtration equipments, osmosis, reverse osmosis, membrane, Water

Bathroom, shower tray, material

licensing, Automotive, product, technology, transportation, disruptive, vehicle, metals, materials,

Las propuestas deben tener aplicación en la industria de la automoción y del transporte. Tienen que ser respetuosas con el medio ambiente y probadas. Puesto que será un producto OEM, el potencial de aplicación debe ser en automóviles, camiones ligeros, autobuses, ferrocarriles, etc.

catalysts, encapsulation, combustion, metal oxides

antioxidant/s, Oxidation, BHT, cosmetic, laundry, agrochemical, Fuel, aroma, fragrances, chemical, biodiesel, Ecolabel, Chemistry

Small organic molecules, in vitro screening, High Throuphput Screening, compound library

limestone fillers, Construction, post consumer waste, indoor building, construction materials, industrial waste

Conductivity, conductance, CNT, carbo nanotubes

We're seeking carbon nanotubes for conductive applications that polymerized in bulk can offer better conductivity than carbon materials in use today, and which are lighter-in-weight than current non-carbon conductors.

Phosphates free, detergents, cleaning, eco friendly, binders, hard water, Surfactants, sequestrants

dispenser, dispensers, applicator, delivery method, adhesive, adhesives

Carbon monoxide, filtration, absorption, respiratory masks, combustion

Carotenoid, bleaching, red food, beta carotene, lycopene, TOMATO, Detergency, laundry, dishwashing

polyolefin, reinforce

Carbon Monoxide (CO), stabilisation of actives

talc, filler, modulus, polypropylene

Our client wants to increase polypropylene stiffness and heat resistance, and decrease its weight.

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