Mention soybeans, and most people think of commodities: cooking oil, soy milk, tofu. But these versatile legumes play a much larger—and growing—role in a green economy. Soy-based alternatives to existing products and processes can provide significant advantages in terms of cost, function, and sustainability.
Airable Research Lab has been at the forefront of soy-based research and development for over 20 years. We partner with companies to explore ideas for using soybeans to upgrade a product—or better yet, invent something entirely new! Through every commercial development stage, Airable Research Lab works hand in hand with our partners, developing solutions tailored to client needs.
Where Sustainable Solutions Start
Airable Research Lab leverages decades of experience and knowledge in the soybean industry to create innovative and sustainable solutions in research and product development through bio-based chemistry.
This bio-based technology replaces oil-based polyols used to produce adhesives, both rigid and flexible foams, and polyurethane coatings. The polyol can be used in a range of products—from furniture to vehicles to paints—at a similar price point to fossil-fuel-based solutions. Product performance, too, is superior, while the final product’s environmental footprint is reduced. Airable Research Lab teamed with Battelle Memorial Institute to develop the soy-based polyol, which received a 2007 R&D 100 Award, and ultimately licensed the technology to Emery Oleochemicals.
Airable Research Lab partnered with Battelle Memorial Institute to develop a bio-based alternative to materials traditionally derived from petroleum-based feedstocks. The soy-based additive provides the final products with flexibility and durability comparable to those that use phthalate esters—but with a path to sustainability. The soy-based plasticizer, which was licensed to PolyOne™ and branded reFlex™, has been used in a range of products—most recently Okabashi flip-flops.
One of the most commonly used polymers, high-density polyethylene (HDPE) benefits from the use of sustainable additives. Torrefied soybean hulls can serve as a cost-efficient feedstock for increasing HDPE’s toughness and biodegradability.
Founder & CLO
We would love to talk with you about your soy-based product needs or answer any questions you may have.