8000L Stainless Steel Five-Vessel Brewhouse (Continuous Brewing Solution)
- Jun 06, 2026
- 150
- tiantai
Here is the advanced 8000L Stainless Steel Five-Vessel Brewhouse, designed for industrial-scale breweries seeking high efficiency, stable quality, and true continuous production capability. This brewhouse system integrates modern brewing engineering with intelligent automation to achieve maximum productivity with minimal operator intervention.
Unlike traditional batch brewhouse, this brewhouse is specifically engineered for continuous brewing operation, enabling breweries to reach up to 8 brewing cycles per day, significantly increasing output while maintaining consistent beer quality.
I. Brewhouse System Configuration Overview
The 8000L brewhouse consists of five main process vessels:
- Mash Tun
- Lauter Tun
- Buffer Tank (between Lauter Tun and Brew Kettle)
- Brew Kettle
- Whirlpool Tun
A key innovation of this brewhouse system lies in the Buffer Tank, which decouples lautering and boiling processes, enabling synchronized continuous operation.
II. Core Process Design: Continuous Brewing Architecture
Traditional brewhouses are limited by process bottlenecks, where lautering and boiling must wait for each other. Tiantai’s 8000L brewhouse system solves this by introducing a Buffer Tank between the Lauter Tun and Brew Kettle.
Key Advantages of Buffer Tank Integration:
- Decouples lautering and boiling stages
- Enables parallel processing of multiple batches
- Eliminates waiting time between process steps
- Stabilizes wort flow into the kettle
- Supports continuous multi-batch scheduling
As a result, while one batch is being boiled, the next batch is already being lautered, allowing true continuous production flow.
III. High Production Capacity
With optimized thermal management and process synchronization, the system can achieve:
- Up to 8 batches per day
- Stable wort quality across all batches
- Reduced downtime between brews
- Higher brewhouse utilization rate (>85%)
This makes it an ideal solution for medium-to-large commercial breweries, contract breweries, and rapidly expanding craft beer producers.
IV. Advanced Automation System
The entire brewhouse is controlled by a state-of-the-art PLC-based automation system, integrated with a touchscreen HMI interface for intuitive operation and real-time process monitoring.
Operators can control and monitor all key parameters, including temperature, flow rate, pressure, density, and mash conditions from a centralized control panel.
Automation Components Include:
- PLC (Programmable Logic Controller)
- Touchscreen HMI (Human Machine Interface)
- Pneumatic control valves
- Industrial sensor network
- Fully automated CIP interface
- Intelligent Sensor Integration
To ensure maximum precision and process stability, the system is equipped with a comprehensive sensor suite:
- Empty level switches for vessel protection
- PH monitoring system for mash control
- Automatic rake lifting system (lauter tun)
- Differential pressure sensors for lautering efficiency
- Foam detection sensors for kettle safety
- Turbidity meters for wort clarity control
- Flow meters for precise liquid transfer
- Temperature and pressure sensors across all vessels
These sensors provide real-time feedback to the PLC system, ensuring optimal process control at every stage.
V. Fully Automated CIP Cleaning System
For hygiene and operational efficiency, the 8000L system is equipped with a fully automated CIP (Clean-In-Place) system:
- Each vessel and pipeline can be cleaned without disassembly
- Programmable cleaning cycles for alkali and acid washes
- Automated valve control for circulation and drain
- Minimal labor requirements
- Consistent cleaning quality, reducing microbial contamination risk
This ensures compliance with strict food safety standards while maintaining continuous production schedules.
VI. Process Vessel Functions
* Mash Tun
Designed for efficient starch conversion with precise temperature control, supporting step mashing, infusion, or decoction methods.
* Lauter Tun
Equipped with an automatic rake system and adjustable speed/lifting functions, ensuring high extract yield and preventing stuck mash.
* Buffer Tank
Temporarily stores filtered wort from the lauter tun and ensures stable feeding to the brew kettle without interruptions, enabling continuous production.
* Brew Kettle
Designed for efficient boiling, hop dosing, and evaporation control, integrated foam sensors and automated boil intensity management ensure safe operation.
* Whirlpool Tun
Ensures effective trub separation and wort clarification through optimized tangential flow dynamics.
VII. Technical Summary
VIII. Key Advantages
- True continuous brewing capability
- High production efficiency and reduced downtime
- Fully automated operation with minimal manpower
- Stable and repeatable beer quality
- Intelligent sensor-based process control
- Flexible recipe adaptation
- Industrial-grade reliability
- Fully automated CIP for hygiene and efficiency
IX. Application Scenarios
This 8000L five-vessel brewhouse system is ideal for:
- Large-scale craft breweries
- Contract brewing facilities
- Industrial beer production plants
- Brewery expansion projects
- Export-oriented production bases
The Tiantai 8000L Stainless Steel Five-Vessel Brewhouse represents the next generation of brewing technology, combining continuous production architecture, advanced automation, precision sensor control, and a fully automated CIP cleaning system into one integrated solution.
By introducing a Buffer Tank between lautering and boiling, the brewhouse system fundamentally eliminates traditional batch bottlenecks, enabling breweries to achieve unprecedented efficiency and scalability, while maintaining hygiene standards and consistent beer quality.
X. Contact Us
If you are planning to expand your brewery or upgrade to a high-efficiency continuous brewing system, Tiantai Beer Equipment Company is ready to support your project with customized engineering solutions.
Contact us today to request a detailed quotation or technical layout design. Our engineering team will provide full support from system design to installation guidance.
Unlike traditional batch brewhouse, this brewhouse is specifically engineered for continuous brewing operation, enabling breweries to reach up to 8 brewing cycles per day, significantly increasing output while maintaining consistent beer quality.
I. Brewhouse System Configuration Overview
The 8000L brewhouse consists of five main process vessels:
- Mash Tun
- Lauter Tun
- Buffer Tank (between Lauter Tun and Brew Kettle)
- Brew Kettle
- Whirlpool Tun
A key innovation of this brewhouse system lies in the Buffer Tank, which decouples lautering and boiling processes, enabling synchronized continuous operation.
II. Core Process Design: Continuous Brewing Architecture
Traditional brewhouses are limited by process bottlenecks, where lautering and boiling must wait for each other. Tiantai’s 8000L brewhouse system solves this by introducing a Buffer Tank between the Lauter Tun and Brew Kettle.
Key Advantages of Buffer Tank Integration:
- Decouples lautering and boiling stages
- Enables parallel processing of multiple batches
- Eliminates waiting time between process steps
- Stabilizes wort flow into the kettle
- Supports continuous multi-batch scheduling
As a result, while one batch is being boiled, the next batch is already being lautered, allowing true continuous production flow.
III. High Production Capacity
With optimized thermal management and process synchronization, the system can achieve:
- Up to 8 batches per day
- Stable wort quality across all batches
- Reduced downtime between brews
- Higher brewhouse utilization rate (>85%)
This makes it an ideal solution for medium-to-large commercial breweries, contract breweries, and rapidly expanding craft beer producers.
IV. Advanced Automation System
The entire brewhouse is controlled by a state-of-the-art PLC-based automation system, integrated with a touchscreen HMI interface for intuitive operation and real-time process monitoring.
Operators can control and monitor all key parameters, including temperature, flow rate, pressure, density, and mash conditions from a centralized control panel.
Automation Components Include:
- PLC (Programmable Logic Controller)
- Touchscreen HMI (Human Machine Interface)
- Pneumatic control valves
- Industrial sensor network
- Fully automated CIP interface
- Intelligent Sensor Integration
To ensure maximum precision and process stability, the system is equipped with a comprehensive sensor suite:
- Empty level switches for vessel protection
- PH monitoring system for mash control
- Automatic rake lifting system (lauter tun)
- Differential pressure sensors for lautering efficiency
- Foam detection sensors for kettle safety
- Turbidity meters for wort clarity control
- Flow meters for precise liquid transfer
- Temperature and pressure sensors across all vessels
These sensors provide real-time feedback to the PLC system, ensuring optimal process control at every stage.
V. Fully Automated CIP Cleaning System
For hygiene and operational efficiency, the 8000L system is equipped with a fully automated CIP (Clean-In-Place) system:
- Each vessel and pipeline can be cleaned without disassembly
- Programmable cleaning cycles for alkali and acid washes
- Automated valve control for circulation and drain
- Minimal labor requirements
- Consistent cleaning quality, reducing microbial contamination risk
This ensures compliance with strict food safety standards while maintaining continuous production schedules.
VI. Process Vessel Functions
* Mash Tun
Designed for efficient starch conversion with precise temperature control, supporting step mashing, infusion, or decoction methods.
* Lauter Tun
Equipped with an automatic rake system and adjustable speed/lifting functions, ensuring high extract yield and preventing stuck mash.
* Buffer Tank
Temporarily stores filtered wort from the lauter tun and ensures stable feeding to the brew kettle without interruptions, enabling continuous production.
* Brew Kettle
Designed for efficient boiling, hop dosing, and evaporation control, integrated foam sensors and automated boil intensity management ensure safe operation.
* Whirlpool Tun
Ensures effective trub separation and wort clarification through optimized tangential flow dynamics.
VII. Technical Summary
| Item | Specification |
| Working Capacity | 8000L |
| Vessels | 5-vessel brewhouse system |
| Production Mode | Continuous brewing |
| Maximum Capacity | Up to 8 batches/day |
| Control System | PLC + Touchscreen HMI |
| Valves | Pneumatic automatic control |
| Key Sensors | PH, flow, pressure, foam, turbidity, level |
| Special Feature | Buffer tank for continuous operation |
| Cleaning System | Fully automated CIP system |
| Operation | Fully automated, minimal operator intervention |
VIII. Key Advantages
- True continuous brewing capability
- High production efficiency and reduced downtime
- Fully automated operation with minimal manpower
- Stable and repeatable beer quality
- Intelligent sensor-based process control
- Flexible recipe adaptation
- Industrial-grade reliability
- Fully automated CIP for hygiene and efficiency
IX. Application Scenarios
This 8000L five-vessel brewhouse system is ideal for:
- Large-scale craft breweries
- Contract brewing facilities
- Industrial beer production plants
- Brewery expansion projects
- Export-oriented production bases
The Tiantai 8000L Stainless Steel Five-Vessel Brewhouse represents the next generation of brewing technology, combining continuous production architecture, advanced automation, precision sensor control, and a fully automated CIP cleaning system into one integrated solution.
By introducing a Buffer Tank between lautering and boiling, the brewhouse system fundamentally eliminates traditional batch bottlenecks, enabling breweries to achieve unprecedented efficiency and scalability, while maintaining hygiene standards and consistent beer quality.
X. Contact Us
If you are planning to expand your brewery or upgrade to a high-efficiency continuous brewing system, Tiantai Beer Equipment Company is ready to support your project with customized engineering solutions.
Contact us today to request a detailed quotation or technical layout design. Our engineering team will provide full support from system design to installation guidance.
