Thanks to advances in macrocycles and chemical sensors, new possibilities are emerging for the rapid screening of contaminants directly in-line. Industrial integration, however, must contend with the complexity of food matrices
Thanks to advances in macrocycles and chemical sensors, new possibilities are emerging for the rapid screening of contaminants directly in-line. Industrial integration, however, must contend with the complexity of food matrices
The prospects for the food sector are promising, particularly in preservation, oxidation reduction, and integration with innovative processes. However, the transition from experimental applications to industrial solutions requires further validation
This technology has significant potential for food automation. The challenges lie in flexibility, hygiene, durability and cost-effectiveness. Only if these conditions are met will it be able to evolve from an innovative solution into a stable component of automated food production lines
From high pressures to electric fields: innovative technologies transforming the food industry, balancing efficiency, sustainability, and challenges for large-scale adoption
Steam production is a key element in food industry processes. Today, however, amid concerns about sustainability, energy costs, and new technologies, the sector is undergoing a profound transformation that is paving the way for more efficient and less impactful solutions
