JRO04 Compact - Reverse Osmosis
JRO04 Compact - Reverse Osmosis
Reverse osmosis system for musts
The JRO04 Compact is a high‑efficiency reverse osmosis system engineered for gentle alcohol removal and is widely used in modern breweries for low-alcohol and alcohol-free beers. Its advanced membrane technology ensures high yields, low energy consumption, and reliable performance in space‑limited production environments.
Key Features and Benefits:
-
Reliable membranes – various membrane types available for different applications
-
High yields – maximised product recovery
-
Optimised performance – membranes, flows, and pressures tuned for efficiency
-
Energy‑saving operation
-
Efficient regeneration and conservation procedures – ensures long-term performance and membrane lifespan
Reverse osmosis system for musts
The JRO04 Compact is a high‑efficiency reverse osmosis system engineered for gentle alcohol removal and is widely used in modern breweries for low-alcohol and alcohol-free beers. Its advanced membrane technology ensures high yields, low energy consumption, and reliable performance in space‑limited production environments.
Key Features and Benefits:
-
Reliable membranes – various membrane types available for different applications
-
High yields – maximised product recovery
-
Optimised performance – membranes, flows, and pressures tuned for efficiency
-
Energy‑saving operation
-
Efficient regeneration and conservation procedures – ensures long-term performance and membrane lifespan
Reverse osmosis system for musts
The JRO04 Compact is a high‑efficiency reverse osmosis system engineered for gentle alcohol removal and is widely used in modern breweries for low-alcohol and alcohol-free beers. Its advanced membrane technology ensures high yields, low energy consumption, and reliable performance in space‑limited production environments.
Key Features and Benefits:
-
Reliable membranes – various membrane types available for different applications
-
High yields – maximised product recovery
-
Optimised performance – membranes, flows, and pressures tuned for efficiency
-
Energy‑saving operation
-
Efficient regeneration and conservation procedures – ensures long-term performance and membrane lifespan
