Awakened Grains has introduced a patented processing technology designed to improve the nutritional and functional properties of whole grains for bakery and other food applications.
The Seattle-based grain technology company announced the development on 22 September 2026. Its process uses controlled germination and starch conversion to create flour for applications including bread, pastries, pizza bases, pancakes and other baked products.
Awakened Grains says the technology is intended to address a longstanding formulation challenge for industrial bakers: increasing the wholegrain and nutritional content of products without adversely affecting characteristics such as taste, texture and processing performance.
Controlled grain germination
The process controls germination and starch conversion before the resulting grain is processed into baking flour.
According to the company, germination can make components naturally present in grains more accessible while changing the functional characteristics of the ingredient.
Dr Mike Giroux, Plant Sciences Consultant to Awakened Grains, said controlled sprouting could make it possible to retain characteristics such as fibre and protein while producing flour with improved palatability.
Awakened Grains says a small consumer study conducted during development found that participants preferred products made using the processed flour to conventional wholewheat flour. As this was a company-reported small study, larger-scale independent testing would be required to establish how broadly those findings apply.
The technology is being commercialised initially through an application called Imperial Flour, which is available for licensing to baked goods manufacturers, ingredient blenders and dry ingredient businesses.
New formulation options
A second application, Power Flour, is also being developed. Awakened Grains says it is intended to provide higher protein and fibre levels with less starch than conventional bread flour.
The company has published more substantial nutritional comparisons for the planned ingredient, although these remain manufacturer claims until supported by detailed product specifications and independent formulation data.
For industrial bakers, the significance of the technology is its potential to offer another route to developing wholegrain and nutritionally positioned bakery products while retaining familiar processing and sensory characteristics.
It could be applicable across breads, cakes, pastries and other baked goods as manufacturers look to increase fibre and protein or alter carbohydrate composition without relying solely on added functional ingredients.
The licensing model is also notable, allowing bakery and ingredient manufacturers to incorporate the processing technology into their own production rather than purchasing only a finished branded flour.
