Summary
20% of all meat and 35% of all fish produced is wasted. In Europe 5 mio tons of perfectly good meat and fish is wasted due to incorrect freshness evaluations and shelf-life estimations set by the industry. This corresponds to 17 bil € and 85 mio tons of CO2. Currently shelf-life is estimated from human senses or rule of tomb, but AmiNIC is developing a handheld user-friendly device that within seconds measures freshness and predicts correct and precise expiration dates for meat and fish. The device measures the concentration of freshness indicative volatiles and correlate the level of these with values in a pre-obtained database, containing prediction-curves, that will enable meat and fish handlings SMEs to easily predict correct expiration dates. The effect of correct and precise expiration dates will transmit down the value chain and prevent large amounts of these high-value and highly unsustainable products from being wasted. Quantitative and reliable assessment methods are in high demand, but development of such a game-changing technology requires highly-skilled employees, which, for SMEs, is hard to acquire. For AmiNIC, competences and expertise within in nano-sensing technologies is needed and this is only feasible with the means to employ suitable candidates within this field. This candidate will be trained in areas relevant to the development which will lead to fabrication of a novel and substantially improved sensing device and validation of this against current expiration date evaluation methods: human sensory analysis. AmiNIC is, and has been, collaborating closely with Universities and RTOs on the development and validation of this Key Enabling Technology, but competences and knowledge within nanosized semiconductor sensing units is necessary. The very topic-specific skills we need are not available on the national level and we will have to be acquired them from elsewhere in order for us to bringing this truly innovative product to the market by 2021.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/956364 |
| Start date: | 16-09-2020 |
| End date: | 15-09-2021 |
| Total budget - Public funding: | - 143 755,00 Euro |
Cordis data
Original description
20% of all meat and 35% of all fish produced is wasted. In Europe 5 mio tons of perfectly good meat and fish is wasted due to incorrect freshness evaluations and shelf-life estimations set by the industry. This corresponds to 17 bil € and 85 mio tons of CO2. Currently shelf-life is estimated from human senses or rule of tomb, but AmiNIC is developing a handheld user-friendly device that within seconds measures freshness and predicts correct and precise expiration dates for meat and fish. The device measures the concentration of freshness indicative volatiles and correlate the level of these with values in a pre-obtained database, containing prediction-curves, that will enable meat and fish handlings SMEs to easily predict correct expiration dates. The effect of correct and precise expiration dates will transmit down the value chain and prevent large amounts of these high-value and highly unsustainable products from being wasted. Quantitative and reliable assessment methods are in high demand, but development of such a game-changing technology requires highly-skilled employees, which, for SMEs, is hard to acquire. For AmiNIC, competences and expertise within in nano-sensing technologies is needed and this is only feasible with the means to employ suitable candidates within this field. This candidate will be trained in areas relevant to the development which will lead to fabrication of a novel and substantially improved sensing device and validation of this against current expiration date evaluation methods: human sensory analysis. AmiNIC is, and has been, collaborating closely with Universities and RTOs on the development and validation of this Key Enabling Technology, but competences and knowledge within nanosized semiconductor sensing units is necessary. The very topic-specific skills we need are not available on the national level and we will have to be acquired them from elsewhere in order for us to bringing this truly innovative product to the market by 2021.Status
CLOSEDCall topic
INNOSUP-02-2019-2020Update Date
27-10-2022
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