Using frozen meat requires an optimal defrosting process. The solution: defrosting under vacuum with ColdSteam!
ColdSteam is a highly controlled process using steam under vacuum to efficiently defrost meat without scalding or damaging it, nor cause denaturation of proteins. GEA pioneered this technique, and currently leads the market with the innovative ColdSteam.
ColdSteam: rapid and efficient GEA Food Solutions applies defrosting under vacuum in both tumblers and mixers. Fast defrosting under vacuum increases operational flexibility as it reduces lead-time in the production process. Compared to traditional defrosting techniques such as tempering chambers or microwave systems. ColdSteam delivers consistent results, no incomplete defrosting or hot spots. In other words, it enables meat processors to satisfy the increasingly higher demands of their customers.
What is ColdSteam?
At normal atmospheric pressure (1.0 bar), water boils at 100°C (212°F)
In a vacuum, it boils at a lower temperature. In a 95% vacuum (0.05 bar), the boiling point of water drops to 33°C (91.4°F)
The resulting steam also at this temperature condenses immediately on to the cold meat, and efficiently transfers its thermal energy, significantly speeding up the defrosting. The steam at 33°C does not scald or damage the meat, nor cause denaturation of proteins. The general benefits of vacuum, controlled, defrosting:
- Significant reduction of defrosting time
- Increased yield, no weight loss through purge (drip loss)
- Substantial reduction of manualhandling
- Increased operational flexibility
- Faster reaction to customer demands
- Verified food safety guarantee
- Top and easy to use hygienic design
- For high variety of products (bone-in and boneless meat & poultry, shrimps)

GEA Technology Center Bakel
Investitionen absichern!

Food Now Webinar
Donnerstag, 2. September 10:00 Uhr MESZ oder 17:00 Uhr MESZ/11:00 Uhr EDT

GEA Food Now
Bleiben Sie auf dem Laufenden
Produkte
Zeigt 3 von 3 an

GEA ColdSteam T
Besseres Auftauen und Temperieren von Fleisch- und Geflügelprodukten mit dem ColdSteam T von GEA: Er ist schneller, sicherer, effizienter und optimiert die Gesamtausbeute.

GEA InsightPartner® for food processing and packaging equipment
By providing instant access to real-time equipment data, InsightPartner helps food processors manage their production better. Our cloud-based solution provides advanced analytics and comprehensive insights based on continuous data monitoring.

GEA RemotePartner for food processing and packaging equipment
GEA RemotePartner combines digital machine access and remote support to help you swiftly identify the root cause of any equipment issue and get instant assistance from GEA experts. The result: faster issue diagnostics and resolution, enhanced machine performance, greater efficiency and minimal downtime.
Downloads
Zugehörige Videos
GEA and CIAL Alimentos | Creating quality food that families trust
GEA Insights

The breakthrough that changed spray drying
In 1976, NIRO engineers responded to a competitive challenge by rethinking what spray drying could do. Their idea became the multi-stage dryer MSD. Fifty years later, the same fundamental principle helps turn liquids into the powders used in essential nutrition products and important medicines around the world. Refined through decades of engineering expertise, customer insight and continuous development, MSD is a story of innovation with lasting impact.

Das Ganze im Blick: Wie Anlagen dauerhaft besser laufen
Eine effiziente Maschine macht noch keine effiziente Produktion. Echte Verbesserungen beginnen oft damit, den Blick über die einzelnen Anlagenelemente hinaus zu richten und zu verstehen, wie sich Prozesse, Energiesysteme und betriebliche Entscheidungen gegenseitig beeinflussen. Ein solcher ganzheitlicher Ansatz hilft beim Identifizieren von Potenzialen, die sonst verborgen bleiben.

Wie eine neue Ventiltechnologie die Produktion von Lebensmitteln und Getränken verändert
In der Lebensmittel- und Getränkeindustrie werden Ventile traditionell mit Druckluft betrieben. Die GEA Hydract®-Antriebstechnologie betätigt Ventile dagegen mit Wasser in einem geschlossenen, digital gesteuerten Kreislauf. Das Ergebnis: Ventile lassen sich präzise in jeder gewünschten Position halten und in fein abgestuften Schritten steuern. Dadurch sinken der Energieverbrauch und gleichzeitig steigt die Prozesskontrolle erheblich.
