Ejektör Sistemleri
Jet pompalarının temel prensibi, bir nozül tarafından yüksek hızda gönderilen sıvı veya gaz jetinin, çevresindeki sıvı, gaz veya katı maddeye eklenerek hızlandırmasıdır.
Bu işlemin sonucu, yönlendirici ve eklenen (çekilen) akışkanların karışması, hızının azalması ve ikinci nozüldeki basıncın artmasıdır.
Bu prensibin pratikte uygulanması için temel olarak 3 ana parçadan oluşan basit bir aparatın eklenmesini gerektirir:
Ejektör sistemlerinin basit bir tasarımı vardır, güvenilirdir ve hareketli parçalar olmadan çalıştığından fazla bakım gerektirmez.
1= motive nozzle, 2 = diffuser, 3 = head, A = motive medium inlet connection, B = suction manifold, C = pressure manifold
Multi-stage steam jet vacuum pumps in graphite for corrosive applications.
Variable - Flow Ejectors are based on proven GEA jet pump technology and often used for heat recovery.
Steam jet cooling systems are based on proven jet pump technology and often used to cool a liquid directly without any additional refrigerant by means of flashing into the vacuum.
Combined Steam Jet and LRVP Systems are based on proven jet pump technology and often used to create and maintain the vacuum.
Explore the Potential of Jet Pumps
Jet pumps / Ejectors working principle
Michele Schneider's life took an unexpected turn when she married her husband Virlei, an aspiring dairy farmer, and the two started dairy farm Fazenda Inovação Schneider Milk in Brazil. Being a newcomer in dairy farming, Michele saw her passion for the animals and the farm grow quickly. And so did her workload.
In a dairy herd, every cow has her own story – and modern herd management tools help tell it. By tracking health, habits and needs, these smart systems let farmers care better, work smarter and keep milk flowing. It's the secret behind happy herds and successful, more sustainable dairy farming.