ST. LOUIS – A motor oil with a high-oleic-soybean-oil base just took the next step toward commercialization. The oil, tested on more than one million miles in 100 Las Vegas taxicabs, delivered impressive results in tests by demonstrating the ability to extend the life of engines.
Certification
Biosynthetic Technologies, the company that developed this technology for the past five years, recently achieved certification from the American Petroleum Institute (API) on a motor oil containing 35 percent of a synthetic ester, called an estolide, made from high oleic soybean oil.
This certification is expected to facilitate commercialization of the technology. Farmers and other consumers may see this high-oleic-soybean-oil derived product in stores in as little as two years.
“This is a great example of the innovation brought forward by high oleic soybeans,” says Lewis Bainbridge, farmer from Ethan, South Dakota, and chair of the United Soybean Board’s (USB’s) Oil Action Team. “We have to be patient for these new products to come to the market, but this is certainly an encouraging step in the right direction.”
Demand
High oleic soybeans, currently grown in select areas of the United States, produce oil that delivers higher stability in high-heat situations. This characteristic makes this soybean oil more attractive to premium industrial users, such as motor-oil manufacturers.
That could result in big demand for U.S. soybeans and added profitability for U.S. soybean farmers.
Soy checkoff
The API certification verifies the motor oil formulated with the biosynthetic ester passed the rigorous standards required for motor oil use, clearing the way for use by motor oil manufacturers. The soy checkoff funded a project with Biosynthetic Technologies to achieve API certification.
“The motor oil market in the United States is approximately 1 billion gallons per year,” says Greg Blake, of the Irvine, California-based biosynthetic-oil manufacturer. “High oleic soybean based synthetic oils offer superior performance and benefits to the existing synthetic market and we expect that market to continue to grow.”
High temperatures
Motor oils made with the new, high-oleic-soybean-based estolide do not thin out at high temperatures to provide superior engine protection. The estolide also does not evaporate at high temperatures like some petroleum oils, adding yet another benefit to the motor oils.
These characteristics offer the potential for longer oil change intervals, as demonstrated in the field tests conducted on taxicabs in Las Vegas.
