Regenerate |
• Food production associating plantation or cattle raising with agro forestry |
[48] |
• Integration of carbon capture and food/biomass production |
[49] |
• Use of alternative proteins in food formulation |
[50] |
Share |
• Shared food manufacturing facilities |
[51] |
• Food-sharing platforms to share surplus food |
[52] |
• Shared practices in food waste management |
[53] |
Optimize |
• Energetic optimization in food processes |
[54, 55] |
• Food production optimization with minimization of food losses |
[56] |
• Technologies to increase traceability and decrease food losses |
[57] |
Loop |
• Returnable packages technologies and management |
[58, 59] |
• Reutilization of food residues for production of other non-food materials, including biofuels |
[35, 60–63] |
• Extraction of bioactive compounds from food residues |
[64] |
• Extraction of macronutrients from food residues |
[65] |
Virtualise |
• Online food shopping technologies |
[66] |
• Food formulation using virtual reality |
[67] |
• Use of GIS (Geographical Information System), big data, and other 4.0 Industry technologies to monitor food chain, avoiding losses and increasing quality |
[68–73] |
Exchange |
• Replacement of non-renewable solvents or other feedstock by renewable/more sustainable chemicals for food production |
[74] |
• Food formulation by 3D printing |
[75] |
• Replacement of non-renewable energy sources by renewable ones in food processes |
[76] |