Die Verbesserung des Konzentrationssystems für Ginseng-Extrakt erhöht die Qualität von funktionellen Lebensmitteln.

Daedong Korea Ginseng, ein führender Hersteller von funktionellen Lebensmitteln auf Ginsengbasis, hat sich zum Ziel gesetzt, seine Produktionskapazität um 60 % zu steigern, um der stetig wachsenden Marktnachfrage gerecht zu werden. Das Unternehmen beschloss außerdem, eine neue Produktionsstätte zu errichten und gleichzeitig die Grundfläche seiner Fabrik zu optimieren. Zu den strategischen Zielen des Unternehmens gehörten die Verbesserung der thermischen Effizienz sowie die Vereinfachung des Betriebs und der Wartung seiner Konzentrationsanlagen für Ginseng-Extrakt. Die Lösung? Der Alfa Laval AlfaVap Inline, der speziell für die Konzentration von Ginseng-Extrakt angepasst wurde. Er ist kompakt und vormontiert, steigert die Produktqualität und Produktivität und senkt gleichzeitig die Arbeitskosten um 50 %, die Installationshöhe um bis zu 20 % und die Energiekosten um bis zu 10 %.

DATUM 2025-09-17

Established in 2002, Daedong Korea Ginseng produces raw ginseng, concentrated extract, ginseng extract powders, and fermented products under its brands and sells ginseng extract to food, personal care, and pharmaceutical manufacturers. Processing involves multiple drying and heat treatments. After the ginsenosides are extracted from the raw roots, the double-effect AlfaVap Inline effectively evaporates most of the process liquid to achieve highly concentrated red, white and black ginseng extracts before sterilization and packaging.

Better product quality with shorter retention times

Because ginseng is heat sensitive, heat stress can cause ginseng extract to become dark and turbid. Using the AlfaVap Inline evaporator minimizes the thermal impact on the product with no loss of organoleptic and functional properties.

With the Alfa Laval plate evaporation system, we achieve better ginseng flavour.
Mr. Lee Kumwoo, Production Manager at Daedong Korea Ginseng

“Ginsenosides, which are key ginseng components, are sensitive to heat. Unlike our previous evaporation system, the AlfaVap Inline has a shorter residence time, minimizing product heat exposure. Our ginseng concentrate now has a clearer, purer colour.”

For quality assurance, the onsite Daedong lab verifies the advantages of the double-effect AlfaVap Inline evaporator. For instance, the lab can determine the content of heat-sensitive ginsenoside Rg3, an essential component that enhances colour and taste.

Compact footprint, low capital expenditures

With the AlfaVap Inline, Daedong Korea Ginseng has greater flexibility to increase production capacity as global demand increases. Versatile and energy efficient, the AlfaVap Inline has a smaller footprint and is 20% lower in height than the shell-and-tube evaporation systems the company used, making the new system more economical to install, operate, and maintain. Preassembled and pretested before delivery, the skidded evaporator module typically requires only two days to install instead of the 30 days required by other systems.

The only work required on-site is connecting the unit to the utility lines, reducing the time and cost for installation and commissioning. All instruments and gauges are easily accessible to inspect and service from a built-in platform, simplifying maintenance requirements.

Same output in 30% less time using 10% less energy

With the AlfaVap Inline, Daedong can maintain its production capacity while reducing production time by up to 30%. The compact design and straightforward operation also minimize energy consumption, saving up to 10%. Moreover, the AlfaVap demonstrates high evaporator efficiency due to a good heat transfer coefficient and unique corrugated plate pattern, creating a turbulent flow that promotes a self-cleaning effect and minimizing cleaning frequency and downtime.

The energy savings directly translate into a 10% reduction in carbon footprint. More importantly, the compact, space-saving design of the AlfaVap Inline uses less steel, takes up less floor space, and reduces ceiling heights compared to conventional evaporators. Shrinking the facility’s overall footprint increases cost savings and reduces carbon emissions further. Moreover, it is more resource-efficient, enhancing processing efficiency and reducing waste.