METO Equipment logo

2500L Fermenter ​

2500L Fermenter

(25HL Fermentation Tank)

A production-ready conical stainless steel fermentation tank engineered for stable temperature control, hygienic operation, and repeatable batch results. Designed with dimple jacket cooling, sanitary TIG welding, and validated pressure/leak testing for export-oriented brewery projects.

  • Engineer-friendly specs (capacity / size / thickness / tests)
  • Hygiene-first build (0.4 μm + CIP coverage)
  • Integration-ready (glycol / CIP / cellar piping)

Before You Source a 2500L Fermenter, Confirm These 3 Things

Purchasing teams don’t just buy a tank — they buy repeatable fermentation, hygienic uptime, and low commissioning risk.

1) Can engineering validate performance fast?

Clear capacity, dimensions, thickness, insulation, jacket area, and test parameters let engineers confirm site-fit and cooling logic without back-and-forth.

  • 25HL effective / 34HL total (+25% headspace)
  • Φ1560 × 3500mm for installation planning
  • 6.59㎡ jacket area for cooling response

2) Will sanitation reduce contamination risk?

Hygiene is a design outcome: polished surface, CIP coverage, sanitary connections, and fewer dead zones.

  • Interior polish 0.4 μm
  • 360° rotating CIP ball
  • Tri-clamp sanitary connections

3) Can safety & testing be documented?

Defined pressure/leak tests reduce project risk and help with customer acceptance, audits, and commissioning confidence.

  • Tank test: 0.2MPa
  • Jacket test: 0.4MPa
  • 24-hour leak test

For Engineering Teams

We can provide layout suggestions, utilities lists, and integration notes to reduce on-site commissioning time.

Quick Specifications

Fast confirmation for integrators and procurement: capacity, footprint, materials, cooling, finish, ports, and tests.

Item Specification
Fermenter Type Conical fermentation tank (60° cone bottom)
Capacity Effective 25HL (2500L) • Total 34HL (+25% headspace)
Dimensions Φ1560 × 3500mm
Material / Thickness Inner SUS304 3mm • Outer SUS304 2mm
Insulation PU 80mm
Cooling Jacket Dimple jacket on cone & cylinder • Area 6.59㎡
Surface Finish Interior polish 0.4 μm
Testing 24h leak test • Tank test 0.2MPa • Jacket test 0.4MPa
Working Pressure < 0.2MPa
Standard Ports Side pressure manway • PT100 • PRV & safety valve • 360° CIP ball • Sampling valve • Racking arm • 4″ dry hop port
Connections Tri-clamp sanitary connections

Cellar Fit & Installation Planning

A 25HL fermentation tank must fit your ceiling height, service access, and piping routes. These checks help integrators confirm feasibility quickly.

Space & Access Checklist

  • Overall footprint reference: Φ1560 × 3500mm helps confirm door clearance, lifting path, and placement.
  • Manway maintenance: side pressure manway supports inspection and cleaning access in production environments.
  • CIP & piping routes: plan sanitary tri-clamp lines for CIP return, vent, sampling, and racking arm operation.

Utility & Integration Inputs

  • Glycol connection readiness: dimple jacket on cone & cylinder (6.59㎡) designed for stable temperature control.
  • Temperature signal: PT100 probe supports control system integration for fermentation curves.
  • Safety devices: PRV & safety valve support safe operation under brewery pressure conditions.

Cooling & Temperature Control (Repeatable Fermentation)

Temperature discipline is the foundation of consistent beer quality. This 2500L fermenter uses dimple jacket cooling on both cone and cylinder to maintain stable fermentation behavior and predictable output.

  • Jacket coverage where it matters: cone & cylinder coverage improves heat exchange control across fermentation stages.
  • Defined jacket area: 6.59㎡ provides a clear reference for cooling capacity estimation and chiller matching.
  • Insulation for energy stability: PU 80mm helps reduce heat gain and supports stable setpoint holding.
  • Control-ready instrumentation: PT100 supports automated temperature management and fermentation curve tracking.

Tip for integrators: confirm glycol supply conditions, valve strategy, and control loop response time using the jacket area reference.

Sanitary Design & CIP Efficiency

Cleaning is not a “task”; it is a production uptime factor. The polished interior and 360° CIP coverage reduce dead zones and help shorten turnaround.

  • Interior finish: 0.4 μm polishing improves cleanability and reduces residue buildup.
  • CIP coverage: 360° rotating CIP ball supports full-surface cleaning impact.
  • Surface protection: cleaning & passivation enhances corrosion resistance and long-term hygienic stability.
  • Sanitary connections: tri-clamp interfaces simplify disassembly, inspection, and spare-part standardization.

Standard Configuration (What You Get)

Brewing uptime depends on fast, reliable cleaning. Sanitary finish, CIP coverage, and standardized connections help reduce contamination risk and shorten turnaround between batches.

Hygienic Surfaces

  • Interior polish: 0.4 μm for improved cleanability and reduced residue.
  • Sanitary build logic: fewer traps + smoother surfaces = lower microbiological risk.
  • Stainless construction: SUS304 inner/outer shells (3mm / 2mm) for durability and hygiene.

CIP Coverage

  • 360° rotating CIP ball: supports full-surface wash impact and repeatable cleaning cycles.
  • Tri-clamp connections: faster disassembly/inspection, standardized gaskets & fittings.
  • Production benefit: less downtime, faster turnaround, more predictable schedules.

Ports & Brewing Workflow (Built for Real Cellar Operations)

A fermentation tank should match how brewers actually work: sampling, transferring, dry hopping, and yeast management — all while staying sanitary and safe.

Standard Configuration Included

  • Side pressure manway for inspection & maintenance access
  • Sampling valve for QA checks and fermentation monitoring
  • Racking arm for controlled transfer and clarity management
  • 4″ dry hop port with solid end cap (isobaric device optional)
  • 360° rotating CIP ball for consistent cleaning
  • PRV & safety valve for pressure protection
  • PT100 temperature probe for control integration
  • Tri-clamp sanitary connections for standardized installation

Why This Matters to Procurement

  • Faster commissioning: standard ports reduce custom fabrication on-site.
  • Lower spare-part complexity: tri-clamp components simplify stocking and maintenance.
  • Operator efficiency: correct manway/port layout reduces labor and mistakes.

Safety & Testing (Commissioning Risk Reduced)

When sourcing a 2500L fermenter for an export project, buyers typically require defined tests and acceptance references. This tank includes clear pressure/leak validation parameters.

  • Tank pressure test: 0.2MPa
  • Jacket pressure test: 0.4MPa
  • Leak test: 24-hour leak test
  • Working pressure: < 0.2MPa
  • Protection devices: PRV & safety valve

Procurement note: these parameters help shorten acceptance discussions and support commissioning documentation when required.

Options & Customization (Project-Driven)

Procurement teams often need small changes to match site layout, process preference, or local standards. Share your requirements and we’ll align the configuration.

  • Additional ports or customized port orientation to match cellar piping routes
  • Dry hopping device selection (solid cap included; isobaric device optional)
  • Sensor & control interface alignment for your automation strategy
  • Glycol valve strategy and piping layout planning for stable cooling performance
  • Documentation package alignment for local inspections or third-party acceptance

Project Deliverables (What You Receive)

To accelerate procurement approval and site implementation, we prepare a clear deliverables checklist that supports installation planning and acceptance.

  • Final confirmed specification list (capacity / dimensions / materials / finish / ports)
  • Pressure and leak test references (tank 0.2MPa / jacket 0.4MPa / 24h leak test)
  • Port map alignment for sampling / racking / CIP / dry hop operations
  • Integration notes for glycol and CIP routing (based on project layout inputs)

2500L Fermenter Details

You May Also Like

Explore other brewery equipment models by capacity to match different production goals and future expansion plans.

Why Choose METO

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.

Process Understanding

Configuration based on brewing workflows, not generic tank lists.

Custom Engineering

Layouts, utilities lists, and integration notes for your site.

Factory-Direct Manufacturing

Better cost control, faster response, clearer accountability.

Long-Term Support

Training, spare parts guidance, and expansion planning support.

Quality Checklist (Typical)

1

Malt Handling → milling & transfer preparation

2

Brewhouse → mash/lautering + boil/whirlpool

3

Cooling & Transfer → heat exchange to fermentation temp

4

Fermentation → jacketed conical fermenters for stability

5

Conditioning (Optional) → BBT / maturation

6

CIP → clean-in-place hygiene standardization

7

Packaging (Future-ready) → keg/bottle/can integration

Buyer Tip

Choose a 2500L Conical Fermenter layout that supports cleanability, stable fermentation temperature control, and planned expansion (more fermenters / BBT / packaging).

Applications

2500L Fermenters Are Designed for Professional Brewing Environments Where Stable Fermentation, Operational Efficiency, and Future Expansion Matter.

Core Fermentation for Commercial Craft Breweries
The 2500L fermenter is primarily deployed as the main fermentation vessel in commercial-scale craft breweries, supporting stable batch rotation and predictable weekly production output. Its conical bottom structure, precise temperature control, and hygienic stainless-steel construction ensure consistent yeast performance, repeatable flavor profiles, and reliable fermentation cycles, which are essential for breweries supplying regional distribution or taproom networks.
Image description
Capacity Expansion for Growing Brewing Operations
For breweries transitioning from pilot or nano systems to true commercial throughput, 2500L fermenters provide the optimal balance between production scale, floor-space efficiency, and investment control. Multiple fermenters can operate in staggered fermentation schedules, enabling continuous brewing, improved tank utilization, and scalable production planning without immediately upgrading the brewhouse.
Image description
OEM / Contract Beer Manufacturing & Industrial Pilot Production
The 2500L configuration is also widely used in OEM beer production, private-label manufacturing, and small industrial brewing facilities, where reliability and repeatability are critical for commercial contracts. Its modular compatibility with bright beer tanks, filtration systems, and automated packaging lines allows breweries to move toward full industrial production workflows while maintaining strict fermentation quality control.
Image description

FAQ — 2500L Fermenter (Engineering & Procurement)

Questions buyers commonly ask when sourcing a 2500L fermenter / 25HL fermentation tank for production brewing projects.

Yes. Port layout and piping direction can be aligned to your cellar layout and workflow needs while maintaining sanitary tri-clamp standards.

This tank includes a 24-hour leak test, tank pressure test at 0.2MPa, and jacket pressure test at 0.4MPa.

The fermenter includes a 0.4 μm polished interior, 360° rotating CIP ball coverage, and sanitary tri-clamp connections designed for clean operation.

Dimple jacket cooling on cone and cylinder (6.59㎡) combined with PU 80mm insulation helps maintain stable temperature behavior. PT100 supports control integration for predictable fermentation curves.

Quantity, beer styles/temperature targets, glycol conditions, any extra port requirements, and a basic cellar layout or installation constraints.

Request a Quote (RFQ Checklist)

Share the information below and we can respond faster with accurate configuration confirmation. This helps reduce rework and speeds up purchasing decisions.

Required for Quotation

  • Fermenter quantity and production plan (current + expansion)
  • Target beer styles and temperature ranges
  • Glycol conditions and preferred valve/piping approach
  • Any extra ports or special workflow needs (dry hop / sampling / transfer)
  • Site constraints: ceiling height, access path, placement plan

Helps Us Respond Even Faster

  • Cellar layout sketch (even a simple one)
  • Preferred control approach (manual / semi-auto / integrated)
  • Local inspection or documentation expectations (if applicable)
  • Timeline target for delivery and installation window

Need packaging soon?

We can design the 2500L system to be packaging-ready (keg/bottle/can integration) to avoid future rework.

Request Your Proposal

Fill in the essentials—our team will respond with a technical proposal.

Tip: Attach layout drawings and utilities list for faster engineering confirmation.

Contact METO

Our team will reply using the contact details you provide. Please check your inbox and spam folder for our response.

*We respect your privacy. All information submitted is strictly confidential.

Your details will only be used to respond to your inquiry. We never send unsolicited emails or promotional messages.