Publications
Seeking Recyclable Closure for Paper Beverage Bottles |
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We are seeking technologies for a re-closable fiber-based closure for a paper beverage bottle that can be recycled in the paper stream. |
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 Glue-free and Plastic-free closure of paper packaging |
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We are looking for a technology to seal paper packaging materials (paper only with no plastic coating) without using traditional glues or any other additive. For a sustainable packaging application, we're looking for a technology to seal or crimp kraft paper without using glue or plastic coating applied on the paper. Ideally, we want to seal 100% untreated paper without adding any other chemicals. Our preferred solution would be a folding of the packaging material |
Coated meshes/filters for oil-water separation |
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The technology offer relates to hydrophilically coated meshes and their use for separating mixtures of water and a hydrophobic liquid such as oil. The meshes allow water to pass through while the hydrophobic liquid is held back, effectively separating the two phases. These meshes are lightweight, mobile, flexible, resistant to fouling and offer versatile application possibilities (horizontally, vertically, in cascades, different geometries etc.). Mesh and separated liquids can be recycled (benefit to e.g. oil sorption materials). No chemicals such as de-oilers are needed or used. Potential application fields: Industrial waste/process water, crude oil production, oil-spill accidents. |
Gait analysis technology for improved outcomes in neurological disease and injury recovery |
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> Gait analysis can be used to diagnose injury and disease > Take-home solution using inexpensive, lightweight sensors and artificial intelligence > Can potentially reduce falls and healthcare costs in vulnerable populations, a major source of medical expense nationwide in the United States |
Industrial production of humic and fulvic acid from biomethan digestate |
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Anaerobic digestion is a process able to degrade organic waste to methane using a diverse microbial community. However, not all organics present in the feedstock can be biologically degraded and the undegraded fraction are disposed to fields or incinerated. This fraction, called the digestate, is underexploited and represents an interesting source of humic substances as they remain undegraded during the AD process. Our solution consists of a series of process to extract and concentrate those humic substances, specially fulvic acid. The first step is the mechanical separation of the liquid and solid phases. Then the liquid fraction undergoes a serie of filtration to remove inorganic precipitates, large particules and impurities. Then the concentration is done by reverse osmosis where the water is removed, and the humic substance solution retained. This technology allows a recovery of 60% of the humic substances in a solution containing at least 50% of fulvic acids. Further concentration steps can be done if necessary to obtain a solution with a minimum concentration of 12% w/w. |
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