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 | Seeking Recycling technologies for biodegradable films |
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We are looking for solutions to convert bio-based packaging back to starting materials or other high-value added chemicals (no fuels). |
 | Seeking Numerical simulation of the cold forming process of small metallic parts |
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BIC is looking for advanced computer simulations that can accurately model the process of shaping small metal parts. Cold forming is a key step in the manufacturing of ballpoint pen tips, which poses technical constraints on the raw material such as low inclusion content and small dimensional variation. Numerical simulations have been identified as a promising tool to identify the most suitable tool geometry to perform the cold forming operation, allowing thus both to increase the tooling lifetime and to expand the materials compatible with it. The group has an extensive hands-on experience in cold forming but has not yet explored the use of numerical simulations in this context. By making the process less sensitive to the raw material characteristics, the group can broaden its supply sources, reduce the operating costs, and introduce new materials with a view to comply with the anticipated strengthening of safety regulations. |
 | Seeking Upskilling and Next-Generation Activated Carbon Fiber Technology |
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BACKGROUND P&G competes across many consumer-packed goods categories where malodor is a top consumer concern. We believe that incorporating volatile organic compound (VOC) adsorption technologies into products could serve our consumers’ needs for odor control. We have evaluated numerous adsorbent technologies and activated carbon fiber (ACF) is of particular interest. NEED DESCRIPTION We are seeking to consult and potentially partner with an expert in activated carbon fiber to understand the impact of precursors, processing conditions, and methods of incorporating ACF into textiles and/or nonwovens on volatile organic compound adsorption performance, durability, and large-scale manufacturability. As a first step, we are interested in the identified SME giving a seminar on the basics of ACF to educate the organization. Longer-term, we are interested in co-developing and testing various ACFs in our in vitro and in vivo methods to link the various parameters of ACFs to their odor control performance. Below are more specific descriptions of the expertise and capabilities we are seeking. |
 | Efficient and selective magnetic adsorbent for removal of purine compounds and nucleic acids from liquid matrices |
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New low cost magnetic adsorbents prepared from egg-shell membranes and deep eutectic solvents, which selectively and effectively remove purine compounds and nucleic acids from liquid matrices, such as fermented drinks and/or alcoholic beverages. |
 | Device for non-destructive and rapid permeability measurement |
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Many products require determination on how easily can fluids penetrate through the sample material. A precise and rapid measurement of the permeability is therefore crucial in many applications in the fields of freeze-dried products (pharmaceutical and food industry), textile industry, filter and membrane material manufacturers, additive manufacturing (3D printing), artificial bone implants, composite producers… Our innovation provides in-situ determination of the permeability, quick & real-time measurement (< 1 sec.), non-invasive, non-destructive method, and appropriate also for fragile materials. Applicable for: filters, membranes, freeze-dried products, textiles, composites, artificial bone scaffolds… |
 | Preventing Biofilm Formation by Enzyme Inhibitors |
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Biofilm is a complex colony of bacteria, which are attached together by extracellular polymeric substance. This setting provides the bacteria protection against environmental factors, improves their surface attachment, and plays a major role in resistance to treatment. Therefore, biofilms are difficult to eradicate, much more than single bacterial colonies. Biofilms can form on a variety of surfaces, both living and non-living, and can therefore be found in industrial, hospital, and natural settings. One such example of biofilm formation is Cystic fibrosis patients, who often develop chronic life-threatening infections in their respiratory systems and treatment is made problematic due to said biofilms. The research team of Dr. Kolodkin-Gal managed to disrupt the structure of biofilms and prevent their formation. This was performed by inhibiting enzymes that contribute to the properties of the extracellular matrix. When the extracellular matrix is compromised due to this treatment, the formation of the biofilm is disturbed, and it becomes more susceptible to treatment. This invention can therefore be a powerful tool to control, prevent, and destroy biofilms in a variety of settings. |
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