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 | Seeking Free Water Carry-Over Measurement |
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To identify a measurement technique that can robustly and accurately quantify the amount of Free Water carryover (FWCO). Substantial quantities of water are used during the potato washing and slicing processes of PC production. Techniques are used to remove free water carryover (FWOC) before entering the fryer. Any excess water remaining, and water associated with the potatoes is released through the stack during frying. Whilst there are current techniques in place to remove the water used in wash and slice operations being carried over into the fryer, it is not 100% efficient and improvements are being investigated. It is estimated that FWCO can contribute up to 10% of the heating load required. Being able to further reduce the amount of water that is carried over by even a few percent will lead to significant reduction in energy requirement for the frying process and, in turn, reduce GHG emissions. To be able to determine the amount of water that is carried over a robust measurement technique is required. |
| | Seeking Interactive Scan Code Technologies for Consumer On-pack Promotions |
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We are seeking new on-pack promo scan code options for cans, labels, and closures that would: - Simplify consumer participation - Ensure integrity of promotion - Be more cost-effective - Be easier to produce and handle on existing manufacturing lines. |
| | 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). |
 | Innovative electrochemical reactor for economical and efficient regeneration of spent activated carbon |
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The University Institute of Materials of the University of Alicante has developed an ingenious electrochemical reactor that allows the regeneration of spent activated carbon from different industries with an efficiency between 90-100% quickly, selectively, very economically and in the same facilities where the spent activated carbon is located. Moreover, it is an environmentally friendly technology. This new reactor has two possible configurations and is very versatile, since it allows the regeneration of more than 100 kg. of activated carbon saturated with pollutants from different industries, such as: wastewater treatment, water purification, gas and liquid purification, metal recovery, food and beverage production, chemical and pharmaceutical industry, etc. It is looking for companies interested in acquiring this technology for its commercial exploitation through patent license agreements. |
 | Methods of Catalysis for Enhanced Methanol Production from Carbon Dioxide (CO2) |
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Composite materials comprised of phenyl polyhedral oligomeric silsesquioxane (POSS) and one or more metals for catalysis of CO2 hydrogenation. |
 | Functional actives for animal nutrition and hygiene based on synergistic mixes of plants already authorized as nutrients and feed additives |
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Alternatives to antibiotics made of edibles/feed additives with activities against multi-resistant bacteria, including many of high concern and/or interest in agriculture and aquaculture |
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