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 | Seeking Hair analysis tools & research for assessment of systemic health |
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We’re supporting an established developer and manufacturer of consumer health and personal care products exploring how hair analysis solutions could be used to assess systemic health (from consumer wellness to medical conditions), measuring everything from hormones and metabolites to proteins and inorganic elements. Solutions with the potential for use at home are of particular interest. We’re keen to hear from organisations working on solutions to measure relevant biomarkers, precursors and chemical elements from the hair shaft (not the hair follicle) linked to disease states, particularly those at proof-of-concept (or later) relating to : - portable or miniaturised analytical platforms for home use - lab-on-a-chip, immunoassay or laboratory based services with the potential for consumer use (in person or by a service) |
 | Innovative industrial solutions for processing more than 2,500 types of waste into locally demanded resources |
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DAVER-A! has developed a novel proposal for the processing of more than 2500 types of waste into energy, heat and fuel. The scalable waste processing solution comprises: 1. Used tires . 2. Heavy duty tires (quarry equipment). 3. RDF from MSW. 4. Chlorine-containing plastics (and other organics like pesticides). 5. Medical waste. 6. Waste from plant growing and animal husbandry, regardless of the content of antibiotics and other pharmaceuticals in them, as well as not recyclable waste from fish farms and meat processing plants. 7. Woodworking waste of any moisture and condition. 8. Liquid (highly diluted) chromium-contaminated tannery waste. 9. Liquid (highly diluted) waste of alcohol production - stillage and fugate. Waste processing products 1. Electric and heat energy from 100 kW to 10 MW with one module (linear scaling is possible). 2. Quality carbon black. 3. HQ-syngas for generators and boilers. 4. Dry food pellets. 5. Fuel pellets. 6. Table salt, chromium, sulfur, pure and distilled water. 7. Cryptocurrency. We do not pollute the environment, after processing, only mineral powder and CO2 emissions less than the most stringent standard. Please see attached documents for additional non-confidential information of the conversion processes. |
 | Artificial reefs for safe and sustainable marine habitat regeneration |
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A multidisciplinary group of researchers from the University of Alicante has developed a new system for the formation of artificial marine reefs and underwater structures with porous calcareous coating using electric current. The system is characterised by the fact that it starts from a lightweight metal base of any geometric shape –with the possibility of assembly– and the final structure can be easily transported and placed, or fabricated in-situ. During the processing stage, substances are released into the environment that favour the development of phytoplankton and are harmless to the habitat, thus establishing a greater diversity of marine species on the structure itself. This device allows the restoration of marine ecosystems, the purification of marine waters in aquaculture farms, as well as the sustainable exploitation of marine leisure (recreational diving). Companies interested in acquiring this technology for commercial exploitation through licensing agreements are being sought. |
 | Granular Biomass: Method for Wastewater Treatment |
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The issue with conventional methods for wastewater treatment is their high space usage and energy consumption, which result in elevated operational and installation costs. Granular Biomass offers a more efficient solution. Its continuous method uses granular biomass in a three-phase process: first, wastewater is mixed in an aerobic reactor with granular biomass; next, the treated water moves to a second similar aerobic reactor; and finally, the water flows to a decanter, where the treated water is separated through a supernatant. This method reduces the required space by 75%, energy consumption by 30-48%, and investment costs by 50% compared to current methods. |
 | Artisanal Engineered Soybean-Based Spirits |
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The Ohio Soybean Council (OSC) has partnered with METSS Corporation to prove that vodka, the purest of spirits, can be produced using soybeans or soybean meal. The result is an exceptionally smooth vodka for a market that seeks innovation. |
| | Soy-Based Cationic Surfactant with CO2 Sequestration |
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Airable Research Lab has synthesized a bio-based cationic surfactant that can replace more toxic products. The Airable product provides a secondary environmental benefit: a unique technology that sequesters greenhouse gases by consuming CO2 in synthesis. |
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