Imbibe will be closed on October 3, 4, 17, 18, 25, and 26. Please expect delays in responses during this time.

Sugar Reduction 101 at Imbibe/IFT Breakfast

On Oct. 16, 2018, beverage development company Imbibe, in conjunction with the Institute of Food Technology (IFT), opened its facility for a panel discussion on sugar reduction and the technical challenges of creating beverages with a lower sugar content.

Featuring Imbibe staff Liz Sisel, ingredient technologist; Guy Affolaby, manager of regulatory affairs; and Aparna Oak, director of flavor innovation; and Ilana Orlofsky, marketing manager, the panel of experts discussed technical consider­ations for creating sugar-reduced beverages.

Bringing Back Flavor

The event started with an example of sugar reduction in practice. Attendees were asked to taste a sample of a sparkling coffee beverage at normal sugar levels and then compare it to another sample at 20% reduced sugar without any added flavors. After testing the samples, most attendees agreed that the reduced sugar beverage tasted different, as it featured a more rounded flavor profile. The panel went on to discuss how sugar reduction directly impacts the flavor of beverages.

Read the full article on Perfumer & Flavorist.

Keep Reading:

Next wave of RTD coffee: Less sugar, more function

“At Imbibe, we often talk about little luxuries and indulgence… and how these concepts shift based on context and individual preferences. “When it comes to ready-to-drink (RTD) coffee, one person’s idea of indulgence might be the rich taste of whole...
READ MORE

Flavor Matching: A Tool for Smarter Innovation

We replicate both the sensory profile and functional performance of an existing flavor so it delivers an equivalent experience in your finished product.
READ MORE

Imbibe Expands Taste Modulation Platform

Imbibe expands its SweetSense® line, delivering advanced taste modulation solutions to help brands overcome off-notes, enhance sweetness, and achieve clean label goals.
READ MORE
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.