Farms.com Home   Ag Industry News

$36 Million boost for low-emission ethanol tech

$36 Million boost for low-emission ethanol tech

By Farms.com

The U.S. Department of Energy is taking a proactive step towards greener biofuel production by investing $36 million in technologies that decrease emissions from synthetic nitrogen fertilizers applied to ethanol-producing crops like corn and sorghum.

This initiative is part of a larger effort to address the significant role of agriculture in the nation's greenhouse gas emissions, which is notably influenced by the use of nitrogen fertilizers.

This investment aims to support projects that can innovate ways to reduce fertilizer usage while preserving or even enhancing the yields from these biofuel crops.

The significance of this move is underscored by the broader implications it has for the ethanol industry, which is increasingly pressured by the expanding electric vehicle market to reduce its carbon footprint.

The funding is especially timely given recent setbacks, such as the limitations imposed by the Treasury Department on ethanol's eligibility for sustainable aviation fuel tax credits.

By focusing on reducing the carbon footprint of the initial agricultural processes involved in ethanol production, the DOE seeks to align more closely with federal and state subsidies promoting lower-emission fuels.

Evelyn N. Wang of the DOE highlighted the importance of this initiative for the energy sector and the economy, pointing out that smarter fertilizer use could lead to significant reductions in energy emissions, benefiting both the environment and the operational costs for farmers.

This initiative represents a crucial step in aligning agricultural practices with environmental sustainability goals, fostering a healthier planet and a more resilient agricultural sector.


Trending Video

Expert Strategies for Successful Cotton Harvest in Wet Seasons

Video: Expert Strategies for Successful Cotton Harvest in Wet Seasons


Agronomy Service Representative Tripp Walker advises on different strategies to help promote plant growth in cotton to avoid possible challenges during a wet harvest season