The Innovation of CrystDry™ Technology

Our proprietary CrystDry™ Technology offers a breakthrough in Omega oil processing by converting over 90% of Omega-rich oil into powder form. Using algae oil as an example, CrystDry™ can turn more than 90% of algae oil into powder, achieving an unprecedented 30% DHA content. In stark contrast to traditional microencapsulated powders, which have low conversion rates (10–20% DHA) and rely heavily on additives like maltodextrin, starch, carbohydrates, or proteins, CrystDry™ eliminates the need for these excipients—delivering a cleaner, more potent product.

Moreover, CrystDry™ innovatively delivers DHA in a free fatty acid (FFA) form, which requires no enzymatic hydrolysis for absorption, ensuring 76% higher bioavailability. This optimized delivery system allows DHA to be absorbed directly through cell membranes, dramatically improving efficiency and effectiveness. By combining unparalleled DHA purity, superior absorption, and additive-free formulation, CrystDry™ offers manufacturers a competitive edge in creating next-generation Omega-rich products.


TRICAP™ Microencapsulation Technology

 
Graphical Demonstration of TRICAP™ Micro-encapsulation Technology

Graphical Demonstration of TRICAP™ Micro-encapsulation Technology

 

A majority of the bioactive nutrients in sea buckthorn comes in oil forms, including Omega-3-6-7-9, beta-carotene, and vitamin E. And their applications are limited to mainly softgel or ready-to-use oil.

With our advanced microencapsulation technology, Puredia incorporates the functional lipids from sea buckthorn with selected carbohydrates. This leads to the creation of a series of water-dispersible nutritional lipids powder, namely Omega Powder.

This technology provides formulators with more flexibility in formulation design and allows more convenient and innovative applications. The additional microencapsulation shell also protects the easily-oxidized nutritional lipids from oxidation and allows controlled release of the nutrients, ensuring the best bioavailability.

Below is a picture of the scanning electron microscopy (SEM) of Puredia SeaBerry® (Sea Buckthorn) Omega Powder, which shows the complete encapsulation of tiny lipid droplets into powder form.

SEM Image of Puredia SeaBerry® Omega Powder at 50μm

SEM Image of Puredia SeaBerry® Omega Powder at 50μm

SEM Image of Puredia SeaBerry® Omega Powder at 200μm

SEM Image of Puredia SeaBerry® Omega Powder at 200μm

Puredia Omegia® ingredients are made with Crystdry(TM) technology. The products include: Omegia® Powder, Omegia™ Oil and Puredia SeaBerry® OP2.0.

Puredia CardiOmegia™ ingredients are made with Crystdry(TM) technology. The products include: CardiOmegia™ Powder, CardiOmegia™ Oil and Puredia SeaBerry® OP2.0.

 


 
Puredia SeaBerry® ingredients are produced with Supercritical CO₂ Extraction. The products include: Omegia® Oil, CardiOmegia™ Oil, Puredia SeaBerry® (Sea Buckthorn) Fruit Oil, Puredia SeaBerry® (Sea Buckthorn) Seed Oil.

Puredia SeaBerry® ingredients are produced with Supercritical CO₂ Extraction. The products include: Omegia® Oil, CardiOmegia™ Oil, Puredia SeaBerry® (Sea Buckthorn) Fruit Oil, Puredia SeaBerry® (Sea Buckthorn) Seed Oil.

Supercritical CO Extraction

Puredia Supercritical CO₂ Extraction Production Facility

Puredia Supercritical CO₂ Extraction Production Facility

While the Sea Buckthorn is a powerful little fruit, it is also delicate. Extracting its essence can be tricky because even a small change in temperature during the process can have a significant impact on quality and nutrients. For that reason, we utilize Supercritical CO₂ extraction to ensure that every drop of oil, puree, and powder is as pure and potent as possible.

Supercritical CO₂ extraction is a clean, non-toxic process that we use to draw out the essence of the Sea Buckthorn. When the Sea Buckthorn berries or seeds are added to the CO₂ in liquid form, it pulls the oils out, retaining nearly all the vitamins, essential fatty acids, proteins, and other beneficial components. This meticulous process is well worth the work— unlike other extraction methods, it does not cause any heat or chemical damage to the berry because there is no risk of oxidation.