Vertical Fermentation Tank
Working volume, top-head layout, outlet, and process connections arranged around the batch requirement.
Custom Fermentation Tanks
Custom Fermentation Tanks Built Around Your Process and Product
Stainless steel fermentation tanks designed around working volume, process temperature, agitation, venting, cleaning, product recovery, and connection with the equipment before and after the tank.
Product
Viscosity, solids, foaming and process sensitivity
Process
Batch sequence, residence time and operating range
Control
Temperature, agitation, gas and instrument review
Hygiene
Cleaning, drainage, finish and access review
Before Fermentation Tank Design
Start With the Risks That Affect Process Stability and Product Quality
Total volume is only one part of the project. Working volume, headspace, process sequence, temperature, agitation, venting, cleaning, drainage, and connected equipment should be reviewed before the main structure is confirmed.
Process Risk
Working volume and process conditions may not match the batch requirement
Batch quantity, working volume, required headspace, foaming tendency, process time, and allowable operating range should be checked before the tank structure is finalized.
Batch size, working volume, headspace, process time and operating range
Temperature Risk
Uneven temperature control may affect process consistency
Heat-transfer area, utility conditions, product movement, sensor position, and insulation can affect heating, cooling, and temperature uniformity.
Temperature range, heat-transfer duty, circulation and sensor location
Agitation Risk
Agitation may not match viscosity, shear, or batch geometry
Impeller type, speed, shaft length, baffles, liquid level, viscosity, and cleaning access need to work together for practical mixing.
Viscosity, shear sensitivity, impeller, speed, baffles and liquid level
Hygiene Risk
Residue, dead corners, and poor drainage may be overlooked
Internal finish, weld treatment, nozzle layout, bottom geometry, cleaning coverage, access points, and drainability affect changeover and daily operation.
Surface finish, welds, cleaning coverage, access and complete drainage
Process System Review
Stable fermentation depends on the complete tank system.
The vessel geometry, working volume, temperature control, agitation, gas handling, instrumentation, cleaning, outlet, and connected equipment should work as one process system. Reviewing them together helps reduce unstable batches, residue, and late interface changes.
Design goal
Maintain repeatable process conditions while keeping sampling, cleaning, drainage, product recovery, utility connection, and maintenance practical for daily operation.
Product
Product composition, viscosity, solids content, foaming tendency, shear sensitivity, and cleaning behavior guide the tank review.
Batch Process
Batch quantity, working volume, headspace, process stages, residence time, and expected operating range define the basic tank duty.
Jacket
Heating or cooling method, jacket coverage, circulation path, utility conditions, insulation, and sensor positions are coordinated with the tank structure.
Agitation
Impeller type, speed, motor arrangement, shaft length, baffles, seals, and operating liquid level are reviewed together where agitation is required.
Hygiene
Internal finish, weld treatment, spray devices, access openings, sampling, venting, outlet transitions, and complete drainage are reviewed where cleaning and changeover matter.
Typical Applications
Fermentation, Holding, Conditioning, and Process Integration
Fermentation tanks can support inoculation, controlled fermentation, maturation, conditioning, intermediate holding, or transfer to downstream processing. The final arrangement depends on the product, batch sequence, operating conditions, hygiene requirements, and connected equipment.
01
Controlled Fermentation
Maintain defined process conditions during the main fermentation stage.
02
Maturation or Conditioning
Hold the batch under controlled temperature and time before the next process.
03
Intermediate Product Holding
Provide hygienic buffer capacity between fermentation and downstream treatment or filling.
04
Seed or Process Preparation
Support controlled preparation, transfer, or scale-up steps within the process line.
Completed Products
Explore Fermentation Tanks We Have Built
Browse selected fermentation tank configurations with different working volumes, jacket arrangements, agitation systems, top-head layouts, cleaning devices, outlets, and process interfaces.
Jacketed Fermentation Tank
Jacket coverage, utility connections, insulation, and sensors arranged around the process duty.
Fermentation Tank with Agitator
Agitator, baffles, seals, drive arrangement, and working level coordinated with product behavior.
Insulated Fermentation Tank
Insulation and outer cladding arranged to reduce heat gain or loss and protect the jacketed structure.
Multi-Vessel Process Arrangement
Multiple vessels arranged around staged processing, transfer routes, utilities, and operating access.
Finished Fermentation Tank Before Delivery
Completed equipment photographed after dimensional, connection, finish, accessory, and cleanliness inspection.
Tank Structure & Project Delivery
Custom Process Structure Supported by Practical Engineering Review
The vessel body, heads, jacket, agitation, venting, cleaning, outlet, instruments, utility interfaces, and connected equipment are coordinated before fabrication so the finished tank fits the process, site, and delivery plan.
Custom Structure
Each main part is reviewed as part of the complete fermentation system.
Dimensions and interfaces are confirmed around working volume, headspace, temperature control, agitation, gas handling, cleaning, drainage, and the equipment before and after the tank.
Body
Diameter, straight section, top and bottom heads, product-contact material, working volume, headspace, and support arrangement.
Top Head & Vent
Top-head nozzles, venting, gas inlet, spray device, access opening, sampling, instrumentation, and optional sight or lighting interfaces.
Temperature Control
Jacket type, coverage, circulation path, supply and return connections, insulation, temperature sensors, and design conditions.
Agitation & Outlet
Agitator, baffles, shaft seal, drive support, bottom geometry, drainable outlet, valve, sampling, and downstream connection.
Engineering & Fabrication
From Initial Requirement to Delivery Preparation
Overall dimensions, working volume, headspace, process temperature, agitation, gas and vent connections, cleaning coverage, outlet centerline, instruments, utilities, and transport limits are checked before production to reduce late changes.
01
Requirement Review
Product, batch size, process sequence, temperature, time, agitation, gas handling, cleaning, utilities, discharge, and connected equipment are reviewed.
02
Drawing Confirmation
Main dimensions, heads, jacket, agitator, nozzles, venting, cleaning devices, outlet, support, utility connections, and interfaces are confirmed.
03
Fabrication
Manufacturing follows the confirmed vessel, jacket, agitation support, welding, finish, cleaning, drainage, and connection details.
04
Inspection & Packing
Key dimensions, process connections, agitation components, jacket circuits, outlet, finish, accessories, and documentation scope are checked before packing is arranged for shipment.
Documentation follows the confirmed order scope.
Confirmed Drawings
Material Certificates
Inspection Photos
Surface Finish Records
Packing Photos
Export Documents
FAQ
Frequently Asked Questions
Practical questions that often come up before a custom fermentation tank project moves into quotation and drawing review.
How is the required tank volume reviewed? +
Total volume is reviewed from batch size, working volume, required headspace, foaming tendency, additions during processing, agitation level, and the operating sequence. The final ratio depends on the confirmed process data.
Can heating, cooling, and insulation be included? +
Yes. Jacket type, coverage, utility medium, supply and return conditions, insulation, outer cladding, and sensor locations can be reviewed according to the process temperature and available utilities.
Can an agitator be integrated? +
Yes. Impeller type, speed, motor arrangement, shaft length, baffles, seal type, and operating liquid level can be coordinated according to viscosity, solids, shear sensitivity, and cleaning needs.
Can CIP cleaning and complete drainage be considered? +
Yes. Spray devices, cleaning connections, internal finish, weld treatment, access openings, bottom geometry, outlet position, and drainability can be reviewed as part of the confirmed cleaning scope.
Can gas, vent, sampling, and instrument connections be integrated? +
Yes. Gas inlet, process venting, pressure or vacuum protection interfaces, temperature and level instruments, sampling valves, sight ports, and control connections can be coordinated with the confirmed process scope.
What information is enough for an initial review? +
A product or medium description, batch size, required working volume, process temperature and time, agitation need, cleaning method, gas or vent requirement, and available utilities are usually enough to begin. Drawings can be added later if available.
Start Your Fermentation Tank Review
Start With the Product, Batch, and Process Conditions
Even if drawings are not ready, you can share your product, batch size, process temperature and time, agitation need, gas or vent conditions, cleaning method, utilities, discharge requirement, and available space for a first review.
We will help check the basic fermentation tank direction before moving into detailed dimensions, headspace, jacket, agitation, nozzles, cleaning, instrumentation, and fabrication details.
Helpful for a Faster Initial Review
- Product or medium, viscosity, solids, and foaming tendency
- Batch size, working volume, and required headspace
- Process temperature, time, and operating sequence
- Agitation, gas handling, cleaning, and utility conditions
- Drawing, layout, photo, or reference file