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Neohesperidin has emerged as a highly relevant natural ingredient. This flavonoid derived from citrus fruits is obtained through controlled transformation processes that maximize its ability to modify and improve the sensory profile of industrial foods and beverages. Thanks to its versatility and compatibility with different formulations, neohesperidin has become a functional alternative that optimizes the quality of the final product, helping companies respond to the growing demand for natural and sustainable solutions. In Frutech we know for the food, supplement, and functional beverage industries, incorporating neohesperidin means moving toward cleaner and more competitive production without sacrificing product performance or stability....

Citrus fruit peel has gone from being a simple agricultural waste product to becoming a strategic source of natural ingredients for various industrial sectors. Today, food, cleaning, cosmetics, and home care companies are harnessing the potential of this by-product to develop more sustainable, efficient formulations that are aligned with market demands. Thanks to bioprocessing technology and advanced extraction methods, citrus peel is used to obtain ingredients that not only improve the quality of the final products but also strengthen innovation. At Frutech, we know that for companies, incorporating citrus fruit peel derivatives represents a real opportunity to diversify products, optimize...

In the industrial sector, the quality and functionality of essential oils depend directly on the essential oil extraction methods used. Choosing the right technique influences not only yield and purity, but also the sustainability of the final product. Industries dedicated to food, cleaning, and the environment need to ensure processes that balance efficiency, cost, and environmental respect. That is why at Frutech we know that understanding the advantages and characteristics of each technique is essential to ensuring optimal results.   Steam distillation   Principles and advantages Steam distillation is one of the most traditional and widely used methods of extracting...

The chemistry behind essential oils is key to understanding their functional value and wide-ranging applications. Their effectiveness depends directly on their chemical composition, which determines their potential in areas such as cleaning, food preservation, and biological pest control. The food, cleaning, and environmental industries are leveraging the chemistry behind essential oils to develop safer, more sustainable, and higher-performance formulations. The right combination of compounds such as limonene, pinene, or cineole can transform the efficiency of industrial processes and replace traditional synthetic chemicals. At Frutech, you can learn more about essential oils that are tailored to your industrial needs.   Main...