A turnkey 300L micro brewery system engineered for stable brew-day rhythm, hygienic operation, and scalable expansion. Built around a 300L brewhouse (MT/LT + KT/WT) with 500L HLT, 6×300L fermentation tanks, 800L glycol tank, a 3P air-cooled chiller delivering -5°C glycol, plus a 50L portable CIP station and digital control cabinet.







300L / Brew
6 × 300L ( +25% headspace )
Typical workflow: milling → mashing/lauter → boil/whirlpool → cooling/oxygenation → fermentation → CIP cleaning → control & utilities.
To issue an accurate quotation and layout drawing, we recommend buyers confirm these items:
We can provide layout suggestions, utilities lists, and integration notes to reduce on-site commissioning time.
Below are the practical configuration items and parameters commonly reviewed by engineers, integrators, and purchasing managers. This avoids “marketing-only” descriptions and provides decision-ready data.
The core set includes MT/LT + KT/WT and a 500L Hot Liquor Tank (HLT). The mash/lauter tun is specified below with real dimensions and material thickness.
Key Parameters: 300L; Φ960×2300 mm; inner shell SUS304 TH=3mm; outer shell TH=2mm; interior polishing 0.4 μm (8K optional).
Key Parameters: Configured per heating method and process targets (steam/electric, hop load, boil intensity). Final geometry and ports confirmed with your process sheet.
Key Parameters: 500L HLT included for stable sparging and consistent hot water availability.
Procurement focus: sanitary finishing, pressure rating, cooling jacket design, and validated testing. These fermenters are built with dimple plate jackets and 0.4 μm interior finish, supporting stable fermentation repeatability for craft production.
| Parameter | 300L Fermenter (each) | Buyer impact |
|---|---|---|
| Capacity / Headspace | 300L with +25% headspace | Prevents blow-off issues; supports stable fermentation volume control. |
| Dimensions | Φ860 × 2100 mm (customizable) | Helps verify ceiling height and layout fit. |
| Material / Thickness | Inner SUS304 TH=3mm; Outer SUS304 TH=2mm | Structural stability and long-term service life. |
| Insulation | 80mm PU insulation | Improves temperature stability, reduces chiller load. |
| Interior Finish | Polished to 0.4 μm; no dead corner | Sanitation, easy cleaning, lower contamination risk. |
| Pressure & Testing | Working pressure < 0.2 MPa; tank tested at 0.2 MPa; jacket tested at 0.4 MPa; 24h water & gas leakage test | Confirms integrity and safer operation in real brewery conditions. |
| Top/Bottom Geometry | Dished top; 60° conical bottom (customizable) | Supports yeast collection and efficient draining. |
| Manway | Top oval pressured manhole (side manway optional) | Maintenance access and operator usability. |
| Standard Fittings | PRV; pressure gauge; sampling valve; rotating racking arm; CIP spray ball; thermowell | Confirms a “complete” fermenter—not missing critical ports. |
| Cooling | 35% glycol at -5°C; dimple plate jacket on bottom & side wall | Temperature precision and fermentation repeatability. |
| Connections | Tri-clamp connections (DIN union optional) | Compatibility with sanitary piping standards. |
Buyer note: Fermenter quantity and jacket zones can be optimized based on your fermentation days and production cadence.
The cooling package is sized to support stable fermentation control with -5°C glycol supply. Below are the real parameters for the glycol tank and chiller.
Glycol loop control can be run in Auto/Manual mode at the cabinet. For procurement, this reduces commissioning risk and simplifies maintenance scheduling.
Built for hygienic cleaning cycles with sanitary finishing and a compact trolley layout—ideal for 300L breweries that need reliable cleaning without complex fixed CIP piping.
Engineer-friendly summary for fast evaluation—covering brewhouse, fermenters, glycol cooling, CIP, and control.
| Model | 300L |
| Max. Malt Feeding Quantity | 75 kg |
| Maximum First-Wort Concentration | 22 °P |
| False-Bottom Load | 200 kg/m² |
| Heating Method | Electric / Steam / Direct fire |
| Hot-Water Pump | 3 T/h, 1.1 kW |
| Wort Pump | 3 T/h, 1.1 kW |
| Glycol Water Pump | 4 T/h, 0.75 kW |
| CIP Pump | 4 T/h, 0.75 kW |
| Regulations / Conformity | CE / UL / ISO / TUV / ASME |
| Footprint | 35 m² |
| Total Power | 45 kW |
| Automation Level | Manual / Semi-automatic |
| Container Transportation | 1 ×20GP |
The control cabinet acts as the “brain” of your 300L production line—coordinating equipment, temperature, timing, and safety logic to ensure consistent product quality, reduced labor dependency, and predictable output. Upgrade to PLC + touchscreen is available for higher automation requirements.
| Item | Specification (Digital Type) |
|---|---|
| Function | Brewing system electric controlling |
| Cabinet Material | Plastic painting; floor type assembling |
| Control Panel | Digital panel |
| Electrical Parts | CHINT |
| VFD | DANFOSS with CE/UL (pump speed control; agitator speed optional by request) |
| Brewhouse Temp Controller | Anthone with CE/UL |
| FV Temp Controller | Anthone with CE/UL |
| Pump Controls | Mash/Wort pump on/off; pump speed adjusted by Danfoss VFD |
| Agitator Controls | Rake/agitator motor on/off; rotation speed adjusted by VFD (special request) |
| Heating Control | Tanks heating manual control by switch |
| Lighting | Tank light on/off control if installed |
| Glycol & Cooling Modes | Glycol water pump on/off Auto/Manu switchable; fermentation tanks cooling control Auto/Manu switchable; bright beer tanks cooling control (if have) Auto/Manu switchable |
| Display | Display temp of glycol water tank (controlled on chiller) |
Buyers often miss hidden costs in commissioning. This package includes standard spare parts and installation tools, and supports optional modules based on your heating and automation needs.
Explore other brewery equipment models by capacity to match different production goals and future expansion plans.
We’re not only a supplier—we support your brewery project from system configuration to commissioning and long-term operation. As a brewery equipment manufacturer, we focus on process compatibility, hygienic build quality, and scalable system design.
Configuration based on brewing workflows, not generic tank lists.
Layouts, utilities lists, and integration notes for your site.
Better cost control, faster response, clearer accountability.
Training, spare parts guidance, and expansion planning support.
Malt Handling → milling & transfer preparation
Brewhouse → mash/lautering + boil/whirlpool
Cooling & Transfer → heat exchange to fermentation temp
Fermentation → jacketed conical fermenters for stability
Conditioning (Optional) → BBT / maturation
CIP → clean-in-place hygiene standardization
Packaging (Future-ready) → keg/bottle/can integration
Choose a 300L micro brewery equipment layout that supports cleanability, stable fermentation temperature control, and planned expansion (more fermenters / BBT / packaging).
300L Brewery Equipment Is Designed for Small Commercial Brewing Operations That Need Higher Batch Stability Without Stepping into Full-Scale Production.
Answers for purchasing managers, engineers, and integrators evaluating 300L brewery equipment suppliers.
Yes. Power supply is customizable, and we can align sanitary connections (Tri-clamp/DIN) and layout routing based on your floor plan, ceiling height, and utility access points.
A multi-fermenter plan supports practical rotation across fermentation/conditioning and different beer styles. It improves brew-day utilization and reduces downtime caused by tank availability constraints.
The digital cabinet controls mash/wort pump on/off, pump speed via Danfoss VFD, rake/agitator on/off (speed optional), brewhouse temperature control, and fermentation cooling logic with Auto/Manual switching for glycol pump and tank cooling. PLC + touchscreen is available if you need higher automation.
Please provide:
Share your requirements and we’ll return a configuration list, layout-based quotation, and recommended options (heating method, automation, fermentation plan, and utilities matching).
We can design the 300L system to be packaging-ready (keg/bottle/can integration) to avoid future rework.
Fill in the essentials—our team will respond with a technical proposal.
Tip: Attach layout drawings and utilities list for faster engineering confirmation.