Read four recent studies published in ACS journals highlighting innovative beverage developments that target health and sustainability.

An aerial view of various mugs of different sizes and colors on a wooden table, each with a different type of beverage such as coffee, tea, juice, milk, and water.

They hydrate our bodies, deliver crucial nutrients, and stimulate our senses, among other functions. Hot or cold, processed or natural, beverages are ubiquitous and constitute a multi-trillion-dollar industry globally. Four recent studies published in ACS journals highlight innovative developments involving tea, coffee, and cocoa-based beverages that target health and sustainability.

Stoking the Fire

Coffee roast levels impact compounds for quality and health

Coffee is one of the most consumed beverages in the world, popular for its energy-boosting caffeine, diverse flavors and aromas, and even health and nutritional qualities. In a new study, researchers explored the optimal roast levels of the beverage for several properties. Their findings, reported in ACS Food Science & Technology, show that the roast level of coffee affects the intensities of specific compounds, which could unlock new product development focused on health and quality.

Sipping More Nutrition with Your Tea

Hempseed Enhances Protein in Kombucha

Could your favorite tea-based drink provide you with important macronutrients in addition to the rich antioxidants and polyphenols you get from it? A recent study explored using hempseed to raise the level of protein in kombucha, a fermented tea beverage originating in Asia but rapidly growing in popularity worldwide. Published in ACS Food Science & Technology, the study found that hempseed-enriched kombucha boasted substantially enhanced protein content and functionality, making it a nutritionally superior beverage.

Lighting Up the Circular Economy

Kombucha-based bioleaching supports yttrium recycling

Beyond health, kombucha may also hold potential for the sustainable recycling of critical minerals such as yttrium, a rare earth element used in fluorescent lamps and various high-tech applications. Kombucha contains organic acid-producing microorganisms which can be harnessed to recover yttrium from waste through bioleaching. The results of a model experiment based on this novel approach and published in the Journal of Chemical Education suggest that kombucha could be an environmentally friendly alternative to traditional extraction methods.

Promising a Clean Break with Synthetics

Citrus fiber improves the shelf-life of cocoa-based dairy beverages

With sustainability increasingly driving consumer choices, researchers are studying nature-derived ingredients for solutions in the beverage industry. One study in ACS Omega investigated the potential of citrus fiber as a “clean label” alternative to synthetic stabilizers in cocoa-based dairy beverages. It demonstrated that incorporating citrus fiber effectively improved the stability of the beverages, meeting both consumer demand for recognizable ingredients and industrial need for reliable shelf-life performance.

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