Liquid Dosage
Insulin
With diabetes on the rise and the global insulin market estimated to be worth more than $32 billion by 2018, demand for GEA technologies for the production of this life-saving drug is already high and set to increase, particularly in new markets and emerging economies.
State-of-the-Art Solutions
GEA produces and supplies process systems for the production of liquid products for the pharmaceutical and biotechnological industries, and has a proven history of successfully installing plant for the production of insulin, including the engineering, delivery, commissioning and qualification of entire ultra-pure media systems as well as various process equipment and cleaning installations.
A worldwide technology leader in insulin production, GEA is able to supply the clean utility systems and manage the integration of all the main processes, including fermentation, harvesting, chromatography, filtration and freeze drying.
From Fermentation to Freeze Drying
The biosynthetic production of human insulin is done using bacteria or yeast cells. Following fermentation, or the conversion of chemical raw materials by micro-organisms, the biomass is extracted using a nozzle separator, washed, concentrated and finally precipitated to produce insulin crystals.
Centrifuges and process lines provided by GEA have an established pedigree in the clarification, separation, classification, concentration and fractionation steps. Nozzle separators also play an important part in the production process. Further, GEA chamber or self-cleaning separators can be used in the subsequent crystallization stages.
GEA is a single-source supplier of a variety of fermenters, media preparation, buffer storage, harvesting and cell rupture solutions, equipment for the purification and isolation of cells, separation (after both first and final crystallization), the production and distribution of WFI, CIP and freeze drying technologies, all of which can be installed and integrated into a state-of-the-art insulin production facility.
Produkte und Technologien
Zeigt 4 von 35 an
Absperrventile
Die aseptischen Absperrventile werden für die überwachte Öffnung und Schließung von Leitungen in UltraClean- und aseptischen Prozessanlagen eingesetzt.
Analyse-, Inline Steuer- und Messvorrichtungen
Durch die Verbindung von Prozessüberwachung per Online-Analysetools mit soliden Verfahrenstechnikprinzipien und fortschrittlichen Prozessmodellierungsmethoden können Prozesse aktiv überwacht werden, um Eingabevariationen zu kompensieren.
Aseptische Ventile & Komponenten
Aseptische Ventile erfüllen die besonders hohen Anforderungen innerhalb UltraClean- und Aseptischen Prozessen. Sie können sich darauf verlassen, dass Ihnen die höchste Qualität in Bezug auf hygienisches Design und Nachhaltigkeit angeboten wird.
Aseptisches Molchsystem
Ein aseptisches Molchsystem ermöglicht die Rückgewinnung von wertvollem Produkt aus den Produktleitungen. Dabei schiebt ein von steriler Druckluft angetriebener Molch das Produkt aus der Rohrleitung. Der an der Innenseite der Rohrleitung verbleibende Produktfilm kann dann mit der CIP entfernt werden.
GEA Insights
Achieving net zero with GEA's holistic engineering solutions
Industries across the board are working hard to meet net-zero targets while navigating stringent decarbonization regulations and legislation. At the same time, companies must balance growing demands for quality, product development...
Zu Tisch für … New Food: Ernährungsalternativen braucht das Land
Kaffee, Kakao, Milch, Fleisch, Fisch, Ei – alles Produkte des täglichen Lebens, die intensiver Landwirtschaft bedürfen. Nachhaltigere Alternativen sind gesucht und New-Food-Technologie macht diese möglich. Wir bitten Dr. Reimar...
Innovating patient care with aseptic spray drying
At GEA, our commitment to engineering for a better world fuels our pursuit of innovative solutions that enhance patient care and safety. One of our most promising ventures in recent years is aseptic spray drying – a technology...
