Zeakal PhotoSeed Corn Could Help Meet SAF Demand

ZeaKal recently announced groundbreaking PhotoSeed™ technology in corn, designed to improve the crop’s oil and sustainability profile without compromising yield or protein.

In first year replicated field trials, PhotoSeed increased corn oil composition by an average of 23 percent. PhotoSeed enhances a plant’s photosynthetic capacity, capturing more CO2 and sunlight. This additional carbon capture increases oil production without taking away the energy necessary to maintain modern yields. Despite tremendous demand, previous efforts to boost oil content without compromising yield have eluded agribusinesses. ZeaKal now introduces the first viable solution.

ZeaKal’s PhotoSeed hybrid corn, grown in collaboration with the Wisconsin Crop Innovation Center in a glasshouse setting.

Han Chen, co-founder and CEO of ZeaKal, emphasized the imperative for accelerated innovation to meet the escalating demand for sustainable corn oil production. “This trait technology allows us to elevate the overall value of U.S. corn and creates a differentiated, value-added product that addresses industry demand,” said Chen. “U.S. farmers need innovation faster if we hope to compete in a challenging global commodity market. While we cannot change sunlight availability and geography for our growers, we can bring a latitude advantage to them through genetics.”

Corn, occupying 90 million acres in the United States and ranking among the most crucial crops globally, serves as a cornerstone for food, feed, and fuel feedstocks. The FAO forecasts a 70% surge in global demand for sustainable food and feed, and other projections indicate that renewables will constitute 43% of total energy within a decade. Together, this underscores the urgency for plant-based energy, which offers inherent benefits for aviation fuel and renewable diesel that other innovations cannot offer.

Learn more in this interview with Chen:
Zeakal CEO Han Chen interview 10:55