Photo: Steve Bond, Blue Sun Biodiesel
January 16, 2014
BY Ron Kotrba
Blue Sun Energy announced the implementation of the company's new enzymatic biodiesel processing technology at its 30 MMgy production facility in St. Joseph, Mo.
“We have fully commercialized the enzymatic process technology and the plant is operating at full commercial scale,” said Blue Sun CEO Leigh Freeman. “This process gives Blue Sun a clear competitive advantage in the market, allowing us to bring the absolute highest quality fuel to market using this industry leading technology. This achievement again shows Blue Sun’s ability to identify and commercialize the most relevant advanced technologies in fuel production.”
The process at the St. Joe refinery produces high-quality biodiesel, the company says, which is further improved by its state-of-the-art distillation system installed last year.
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“The process developed by Blue Sun for enzymatic transesterification improves the bottom line through lower costs and higher revenue,” said Sean Lafferty, vice president of technology and new business. “Blue Sun can use essentially any feedstock without limit to free fatty acid content. This reduces pretreatment requirements and costs significantly. Blue Sun’s feedstock advantage alone can yield a savings of 10 cents per pound of feedstock, or 75 to 80 cents lower cost per gallon of finished biodiesel.”
Blue Sun’s process is more efficient in methanol recovery and use, further reducing costs. Also, the value of the glycerin produced is much higher than in standard biodiesel operations—20 to 30 cents per pound versus less than 10 cents per pound traditionally.
Blue Sun engineers developed a unique proprietary process for enzymatic biodiesel production. This was necessary to overcome the hurdles typical in an entirely new manufacturing process.
“Commercial operations using the enzyme would not have been possible without the many discoveries and inventions of the skilled engineers at Blue Sun, and the support of our partner, Novozymes,” said Bruce Baughman, chief operations officer.
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This new process utilizes Novozymes’ Callera Trans L enzyme.
The company says this implementation represents yet another commercialization achievement for Blue Sun, which established the first high-quality biodiesel specification and in 2004 introduced the most advanced biodiesel under the trademarked brand Fusion.
Blue Sun says it will soon announce its next technology breakthrough, a major milestone in renewable diesel.
The Michigan Advanced Biofuels Coalition and Green Marine are partnering to accelerating adoption of sustainable biofuels to improve air quality and reduce GHG emissions in Michigan and across the Great Lakes and St. Lawrence Seaway.
The U.S. Energy Information Administration reduced its 2025 forecasts for renewable diesel and biodiesel in its latest Short-Term Energy Outlook, released April 10. The outlook for “other biofuel” production, which includes SAF, was raised.
FutureFuel Corp. on March 26 announced the restart of its 59 MMgy biodiesel plant in Batesville, Arkansas. The company’s annual report, released April 4, indicates biodiesel production was down 24% last year when compared to 2023.
Neste has started producing SAF at its renewable products refinery in Rotterdam. The refinery has been modified to enable Neste to produce up to 500,000 tons of SAF per year. Neste’s global SAF production capacity is now 1.5 million tons.
Tidewater Renewables Ltd. has reported that its biorefinery in Prince George, British Columbia, operated at 88% capacity last year. A final investment decision on the company’s proposed SAF project is expected by year end.