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WSU Uses Corn Tech To Make Advanced Air Filter

By Natalie Akane Newcomb

Scientists from Washington State University have found a way to create more sustainable and efficient air filters. It turns out corn was the key.

Most air filters on the market are made out of petroleum and glass. Those materials can lead to secondary pollution when the filters are thrown away.

WSU's new filter uses corn-based proteins. It’s special because it catches both particles like soot, and toxic chemicals like carbon monoxide at the same time. Current filters are more likely to address particulates in the air. They aren't as efficient when it comes to capturing chemicals in gas form. WSU's corn-based filters capture 99.5% of particulates, and 87% of formaldehyde in the air.

This adds up to a more environmentally friendly air filter.

“Particulate matter is not that challenging to filter, but to simultaneously capture various kinds of chemical gas molecules, that’s more significant,” said WSU researcher Katie Zhong in a statement.

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Beyond the Kernel: How Horning Builds Better Forage & Grain Processing | Part 2 with Leon Horning

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In Part 2 of our conversation with Leon Horning of Horning Manufacturing, we dig deeper into the technology behind better forage and grain processing.

Leon shares insights into kernel processing and KP scores, processor roll design, high-moisture corn, stationary roller mills, equipment efficiency, horsepower requirements, durability, and reducing downtime during harvest. We also explore Horning’s Straight Tooth, Sawtooth and Fibertech Chevron rolls, along with the Shredder Mill and other equipment designed around real-world farming needs.

It’s a practical conversation about how the right processing technology can help producers get more value from their feed, equipment, and harvest.