Optimize feedstock quality and boost profits
Biodiesel, renewable diesel, and edible oil producers face constant pressure to optimize plant operations amid fluctuating feedstock prices and quality.
Verza360® is a series of multifunctional, organic acid-based chelating agents that significantly reduce phosphorus and metals contamination while improving centrifuge efficiency during degumming. Seamlessly integrating into existing feedstock pre-treatment systems, Verza is a proven solution to optimize performance and lower your total cost of operation.
Highlights
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Improved oil water separation reduces losses and improves equipment reliability
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Enhanced phosphorus reduction minimizes feedstock expenses and extra pre-treatment steps
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Made in the USA from US-grown corn sugar using Solugen’s proprietary process
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Lower carbon footprint than traditional acids like citric and phosphoric
Solutions For
Degumming
Degumming is crucial in renewable fuel production and edible oil refining, removing phosphorus and metal contaminants to protect downstream processes and ensure product quality.
Verza360 replaces traditional citric and phosphoric acids with a more effective organic acid blend, targeting a broader range of metal contaminants for cleaner feedstock and improved overall performance.
The use of Verza360 in degumming can:
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Reduce reliance on bleaching earth and filter aid
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Handle feedstock variability more efficiently
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Enhance centrifuge operations with faster oil-water separation and improved yield
Products
Our line of organic acid-based chelants can be tailored to your needs. They are available as a raw material or as customized, synergistic blends with other materials.
Verza360 | Chemistry | Form | Performance |
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DA |
Glucaric acid based mixture | Liquid | ★★ |
DN |
Glucaric acid based mixture | Liquid | ★★★ |
Verza360 DA and DN have demonstrated superior performance to traditional acid degumming techniques. Verza360 DN provides added advantages, including enhanced metals reduction and improved oil-water separation. Performance benefits may vary depending on the specific system and feedstock.