Steam Heated 3 Vessel Brewhouse Product Introduction
The steam heated 3 vessel brewhouse is a complete stainless steel brewing system designed for efficient wort production in craft breweries and commercial beer operations. Featuring a three-vessel configuration—typically mash tun, lauter tun, and kettle/whirlpool—this brewhouse enables precise control over each stage of the brewing process.
Equipped with a steam heating system, this brewhouse ensures fast heat transfer, uniform temperature distribution, and energy-efficient operation. Compared with electric heating, steam heating provides better scalability and is ideal for medium to large-scale brewing applications.
Manufactured from high-quality stainless steel (SS304 / optional SS316), this brewing equipment ensures durability, hygiene, and long-term performance. It is widely used in craft breweries, microbreweries, and commercial beer production plants, offering a reliable solution for high-efficiency and consistent beer production.

Industry Pain Points
Breweries often face challenges in wort production:
- Low brewing efficiency due to outdated brewhouse design
- High energy consumption in heating systems
- Inconsistent wort quality affecting final beer taste
- Limited production capacity restricting business growth
- High labor cost from manual operation
- Inefficient heat transfer in traditional systems
- Difficulty scaling production with basic equipment
Our Solution
Our steam heated 3 vessel brewhouse addresses these challenges:
- Steam heating ensures efficient and uniform heat transfer
- Three-vessel design improves brewing flexibility and efficiency
- Precise temperature control enhances wort quality
- Optimized workflow reduces brewing time
- Scalable system design supports business expansion
- Durable stainless steel construction ensures long-term reliability
- Customizable configuration for different brewing needs
System Overview
The brewhouse system includes:
- Mash tun for mashing process
- Lauter tun for wort filtration
- Kettle/whirlpool for boiling and separation
- Steam heating system with control valves
- Plate heat exchanger for wort cooling
- Wort pump and piping system
- Control panel (manual or PLC optional)
- Platform and piping integration
Process Description
- Milling and mashing in mash tun
- Wort separation in lauter tun
- Boiling and hopping in kettle
- Whirlpool separation for solids removal
- Wort cooling through heat exchanger
- Transfer to fermentation tanks
- Cleaning and preparation for next batch
Why Choose This Equipment
- Increases brewing efficiency and production capacity
- Reduces energy consumption with steam heating
- Improves wort consistency and beer quality
- Supports continuous and scalable brewing operations
- Reduces labor through optimized system design
- Provides reliable and stable brewing performance
- Suitable for commercial and expanding breweries
Technical Specifications
| Item | Specification |
|---|---|
| Capacity | 500L – 5000L (customizable) |
| Material | SS304 / SS316 optional |
| Brewhouse type | 3 vessel brewhouse |
| Heating method | Steam heating |
| Control system | Manual / semi-auto / PLC |
| Insulation thickness | 50–100 mm |
| Surface finish | Polished interior |
| Brewhouse efficiency | ≥85% |
| Power requirement | Depends on configuration |
| Steam consumption | Customized |
| Cooling system | Plate heat exchanger |
| Pump | Stainless steel sanitary pump |
| Platform | Stainless steel operation platform |

Capacity / Output
- Suitable for small to large breweries
- Batch output based on system size
- Typical brewing cycle: 6–8 hours per batch
- Supports multiple batches per day
- Scalable for production expansion
Main Features
- Steam heating for fast and efficient heat transfer
- Three-vessel design for flexible brewing operations
- Stainless steel construction for hygiene and durability
- High brewing efficiency and stable output
- Integrated control system for easy operation
- Customizable configuration for different brewery sizes
- Reduced energy consumption compared to electric systems
- Compatible with full brewery systems
- Easy cleaning and maintenance
- Long service life
Engineering Advantages
- Optimized heat transfer design improves thermal efficiency
- Precise temperature control ensures stable brewing results
- Advanced welding and polishing meet hygienic standards
- Modular design allows flexible installation and expansion
- Reduced energy loss through insulated structure
- Efficient piping layout improves system performance
- Reliable operation under continuous production conditions
- Designed for long-term industrial use
Application Scenarios
- Craft breweries producing premium beer
- Commercial beer production plants
- Brewpubs with on-site brewing systems
- Microbreweries scaling production capacity
- Contract brewing facilities
- Brewery startup projects
- Expansion of existing brewing operations
- Turnkey brewery installations
Industry Applications
- Craft beer industry
- Commercial brewing industry
- Beverage production industry
- Alcohol manufacturing sector
- Brewing research laboratories
- Brewing education and training institutions
- Specialty beer production
- Export-oriented brewery production
FAQ
1. What is the price of a 3 vessel brewhouse?
The price depends on capacity, configuration, and automation level.
2. Why choose steam heating over electric heating?
Steam heating offers better efficiency, scalability, and lower long-term energy cost.
3. Is this system suitable for commercial breweries?
Yes, it is designed for both small and large-scale production.
4. Can the system be customized?
Yes, full customization is available.
5. What materials are available?
SS304 is standard, SS316 optional.
6. What is the brewing efficiency?
Typically above 85%, depending on operation.
7. Is automation available?
Yes, PLC control systems are optional.
8. Can it integrate with fermentation systems?
Yes, it works with complete brewery setups.
9. Is installation support available?
Yes, remote or on-site support can be provided.
10. What capacity should I choose?
Based on your production goals and daily output requirements.


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Get in touch with our engineering team.



