For breweries planning to import equipment into the United States, compliance is more complicated than simply asking whether a supplier has “ASME” or “UL” certification.
A brewery is usually a combination of pressure vessels, stainless steel tanks, piping, pumps, heat exchangers, refrigeration equipment, electrical controls and utility systems. Different parts of the system may be subject to different codes, standards, certifications and local requirements.
The applicable requirements can depend on the equipment type, pressure rating, electrical configuration, state or local jurisdiction, installation conditions and intended use.
For this reason, a professional brewery equipment project should be reviewed through the following chain:
Equipment → Pressure Vessel → Electrical System → Documentation → Installation
This guide explains the major considerations US brewery owners and equipment buyers should discuss with their supplier before placing an order.
Does US Brewery Equipment Need ASME Certification?
Not every piece of brewery equipment automatically requires ASME certification.
The first question is whether the equipment is actually a pressure vessel or another type of pressure-containing equipment, and which requirements apply to that specific design and installation.
ASME’s Boiler and Pressure Vessel Code provides requirements for the design, fabrication, inspection, testing and certification of covered boilers and pressure vessels. ASME Section VIII, Division 1, for example, addresses pressure vessels operating at internal or external pressures exceeding 15 psig and includes requirements related to materials, fabrication, welding, examination, testing and certification.
This means a brewery buyer should not simply ask:
“Is the whole brewery ASME certified?”
A better approach is to identify which components may fall within the applicable pressure-vessel requirements.
For example, a project may contain:
- Pressurized fermentation tanks
- Tanks für helles Bier
- Carbonation vessels
- Steam-related equipment
- Pressure-rated piping
- Pressure relief devices
- Other utility or process vessels
The applicable code and certification route should be confirmed based on the actual equipment specifications and the jurisdiction where the equipment will be installed.
Why Pressure Rating Matters
Pressure rating is one of the first technical parameters to review.
The supplier should provide clear information about:
- Design pressure
- Working pressure
- Design temperature
- Test pressure
- Vessel volume
- Material specification
- Pressure relief protection
- Applicable design code
- Inspection and testing requirements
For pressure vessels intended to follow ASME BPVC requirements, the applicable ASME section should be identified rather than simply stating “ASME compliant.”
ASME’s certification program covers manufacturers’ or assemblers’ quality-control systems for applicable BPVC sections, including pressure-vessel certification under Section VIII.
ASME Certification vs. ASME-Designed Equipment
This distinction is important when comparing suppliers.
A manufacturer may design equipment using engineering principles or standards associated with ASME without necessarily supplying an ASME-certified pressure vessel bearing an applicable ASME Certification Mark.
For a US brewery project, the buyer should ask the supplier:
- Is the vessel designed to an ASME BPVC section?
- Which section and division apply?
- Is the manufacturer an ASME Certificate Holder where certification is required?
- Will the vessel carry the applicable ASME Certification Mark?
- Who performs inspection and certification?
- What documentation will be supplied with the vessel?
- Does the local authority having jurisdiction require additional inspection or approval?
These questions are much more useful than simply asking whether a factory “has ASME.”
What Does UL Mean for Brewery Equipment?
UL is another area where overseas buyers often misunderstand the requirement.
UL certification is primarily related to product safety and electrical equipment, but a UL mark on one component does not automatically mean that an entire brewery system is UL certified.
For example, UL Solutions explains that certification of an enclosed industrial control panel under ANSI/UL 508A covers the control panel itself, not the connected equipment or loads controlled by the panel.
This distinction is particularly important for automated brewery systems.
A brewery may include:
- PLC
- HMI
- Control cabinet
- VFDs
- Circuit breakers
- Contactors
- Relays
- Sensors
- Pumps
- Motoren
- Solenoid valves
- Heating equipment
- Refrigeration equipment
Each component can have its own applicable safety standard or certification requirements.
UL Listed, UL Recognized and NRTL Certification: What’s the Difference?
US buyers should also distinguish between a specific UL certification and the broader NRTL framework.
OSHA operates the Nationally Recognized Testing Laboratory program for certain workplace products. OSHA explains that NRTLs are private organizations recognized to test and certify products against appropriate consensus-based safety standards. Certain electrical equipment used in workplaces may require approval by an NRTL under applicable OSHA requirements.
UL is one OSHA-recognized NRTL, but it is not the only organization that can provide NRTL certification within its recognized scope. OSHA’s listings also identify other recognized laboratories and applicable standards.
Therefore, instead of telling a customer:
“Your brewery must have UL certification.”
A more accurate question is:
Which electrical components or assemblies require NRTL approval for the intended installation, and which certification standard applies?
That distinction can prevent unnecessary certification costs while helping ensure that the electrical system meets the customer’s actual requirements.
What About the Brewery Control Panel?
For an automated brewery, the control cabinet deserves special attention.
A typical brewery control system may include:
- PLC
- HMI
- Motor starters
- VFDs
- Circuit protection
- Power supplies
- Relays
- Terminal blocks
- Temperaturregler
- Durchflussmesser
- Level sensors
- Safety devices
ANSI/UL 508A is a key standard for industrial control panels. UL Solutions provides specific requirements for components used in industrial control panels, including requirements addressed through UL 508A Supplement SA.
However, a UL 508A-certified control panel does not automatically certify the entire brewery.
The equipment connected to the control panel may require separate evaluation depending on its function and installation.
This is why a US brewery project should define the electrical compliance scope before manufacturing begins.
Food-Contact Materials and FDA Considerations
Brewery equipment comes into direct contact with wort, beer, water, cleaning chemicals and other process materials.
This makes material selection and traceability important.
Stainless steel is widely used in commercial brewing applications. The FDA Food Code notes that domestic beer brewers commonly use stainless steel or stainless-steel-lined copper equipment for beer-contact applications.
However, saying that “FDA certifies the brewery tank” is generally too broad.
Instead, buyers should focus on the actual food-contact materials and their intended use.
For a brewery equipment project, it is useful to request:
- Stainless steel grade
- Material certificates
- Heat or batch identification
- Surface-finish information
- Gasket and seal material
- Valve material
- Hose specifications
- Food-contact declarations where applicable
- Cleaning and passivation procedures
For stainless steel tanks, the buyer may commonly specify materials such as 304 or 316L depending on the application.
The correct material should be selected according to the process, chemical exposure, temperature, cleaning method and required corrosion resistance.
What Is an MTC and Why Does It Matter?
MTC usually refers to a Material Test Certificate or material certificate.
For a professional brewery project, material traceability helps connect the material used in the finished equipment with its documented specification.
Depending on the project, documentation may include:
- Material grade
- Heat number
- Chemical composition
- Mechanical properties
- Manufacturer information
- Applicable material standard
- Certificate number
For pressure vessels, material documentation can become especially important because material selection is directly related to vessel design and code compliance.
A buyer should therefore ask:
Can you provide material certificates for the pressure-retaining and product-contact components included in the project?
This is a much more meaningful technical question than simply asking whether the tank is “food grade.”
Welding Documentation for US Brewery Projects
Welding is another area where documentation can become important, especially for pressure-containing equipment.
A professional supplier should be able to explain:
- Welding process
- Welding procedure
- Welder qualification
- Filler material
- Welding inspection
- Nondestructive examination, where applicable
- Weld identification and traceability
- Internal surface treatment
For equipment manufactured under ASME BPVC requirements, welding and welder qualification are addressed within the applicable code framework. ASME lists Section IX for welding, brazing and fusing qualifications within its certification requirements.
For brewery tanks that are not subject to ASME certification, the documentation requirements may be different.
Again, the correct approach is to define the project requirements first instead of applying the same certification package to every tank.
Pressure Testing: What Should Buyers Ask?
Pressure testing is an important part of pressure-vessel quality control.
The test method and acceptance criteria should be based on the applicable design code, equipment specification and jurisdiction.
Instead of relying on a generic statement such as:
“All tanks are pressure tested.”
Ask for specific information:
- What is the design pressure?
- What is the working pressure?
- What test pressure is specified?
- Which test standard or code is used?
- Is the test hydrostatic or pneumatic?
- Who performs the test?
- Is an inspection report provided?
- Are safety relief devices included?
- How are test results recorded?
ASME BPVC covers testing and inspection requirements within its applicable pressure-vessel construction framework, while its Section XIII addresses overpressure protection for pressurized equipment and related relief devices.
The exact test procedure should therefore be determined from the applicable code rather than using one fixed pressure multiplier for every brewery tank.
Electrical Documentation Buyers Should Request
A US brewery equipment package should ideally include clear electrical documentation.
Depending on the project, this may include:
- Electrical schematic
- Control-panel drawings
- Component list
- PLC and HMI information
- Motor specifications
- VFD specifications
- Wiring diagrams
- Terminal diagrams
- Cable information
- Short-circuit or protection information where applicable
- Control logic documentation
- Operation instructions
- Safety information
- Electrical test records
The documentation should correspond to the actual equipment shipped.
A common problem in international equipment projects is that the electrical drawings are created around one configuration while the final machine contains different components.
For US installations, consistency between the drawings, nameplates, control panel and supplied components can make commissioning significantly easier.
Local Installation Requirements Matter
US compliance does not end when the equipment leaves the factory.
The installation location may have its own requirements related to:
- Electrical installation
- Pressure vessels
- Boilers
- Gas systems
- Steam systems
- Refrigeration
- Fire protection
- Plumbing
- Ventilation
- Building permits
- Occupational safety
- Local inspection
The relevant authority may be a state agency, local building department, fire authority, electrical inspector, pressure-vessel authority or another authority having jurisdiction.
This is one reason a brewery equipment supplier should ask for the destination state and project location before finalizing the equipment configuration.
The same brewery design may require different project documentation depending on where it will be installed.
What Should a US Brewery Buyer Send to the Manufacturer?
Before requesting a final quotation, it is useful to provide the equipment supplier with as much project information as possible.
At minimum:
1. Target production capacity
Zum Beispiel:
- 500L
- 1000L
- 2000L
- 10 BBL
- 20 BBL
2. Beer production plan
- Brews per day
- Target annual production
- Beer styles
- Fermentation time
3. Equipment scope
- Sudhaus
- Gärbehälter
- BBTs
- Glycol system
- CIP
- Fräsen
- Boiler
- Verpackung
- Kontrollsystem
4. Utilities
- Electrical voltage
- Frequency
- Dampf- oder Elektroheizung
- Gas availability
- Water conditions
- Entwässerung
5. Destination
- State
- City
- Building conditions
- Installation environment
6. Compliance requirements
- Pressure-vessel requirements
- Electrical certification requirements
- Local inspection requirements
- Customer-specific standards
The more information available at the design stage, the easier it is to build a compliant equipment package.
A Practical US Brewery Equipment Compliance Checklist
Before placing an order, buyers can use the following checklist.
Pressure Equipment
☐ Identify all pressure-containing equipment
☐ Confirm design and working pressure
☐ Identify applicable ASME code requirements
☐ Confirm pressure relief protection
☐ Define inspection and testing requirements
☐ Confirm required certification marks and documentation
Materials
☐ Confirm stainless steel grade
☐ Request material certificates where required
☐ Confirm gasket and seal materials
☐ Define product-contact surface requirements
☐ Confirm surface finish requirements
Welding
☐ Define welding standards
☐ Confirm welder qualifications where applicable
☐ Confirm welding documentation
☐ Define NDE requirements where applicable
Electrical
☐ Confirm US voltage and frequency
☐ Confirm control-panel requirements
☐ Define NRTL/UL requirements with the project team
☐ Confirm component certifications
☐ Request electrical schematics
☐ Request control-panel drawings
Installation
☐ Confirm destination state and city
☐ Identify the local authority having jurisdiction
☐ Confirm electrical installation requirements
☐ Confirm pressure-vessel requirements
☐ Confirm boiler and gas requirements where applicable
☐ Confirm building and fire requirements
Why Compliance Should Be Discussed Before Manufacturing
One of the most expensive mistakes in international brewery projects is discussing compliance only after the equipment has been manufactured.
Changing the following items late in the project can be costly:
- Tank design pressure
- Manway configuration
- Safety valves
- Electrical components
- Control cabinet
- Motoren
- VFDs
- Cable specifications
- Heating system
- Gas system
- Documentation
- Nameplates
A better approach is to determine the compliance scope during the engineering stage.
The workflow should look like:
Project Requirements
↓
Equipment Selection
↓
Code & Certification Review
↓
Engineering Design
↓
Material & Component Selection
↓
Manufacturing
↓
Testing & Inspection
↓
Documentation
↓
FAT
↓
Shipment
↓
Local Installation & Commissioning
This approach reduces the risk of discovering a compliance problem after the equipment has already arrived in the United States.
How METO Approaches US Brewery Equipment Projects
For a US brewery project, the objective should not simply be to sell a standard tank or brewhouse.
The equipment should be configured around the customer’s:
- Production capacity
- Beer styles
- Automation requirements
- Utility conditions
- Pressure requirements
- Electrical requirements
- Installation location
- Documentation requirements
METO can work with customers to define the equipment configuration before production, including brewery capacity, fermentation capacity, cooling, CIP, heating, control systems and related process equipment.
For projects involving pressure vessels or specific US electrical requirements, the applicable standards and certification scope should be confirmed based on the actual equipment and installation conditions.
This is important because there is no single “US brewery certification” that automatically covers every component of a brewery.
Planning a Brewery Project in the United States?
If you are planning a new brewery, brewery expansion or equipment replacement project in the US, it is better to discuss compliance requirements before requesting a final quotation.
Send your:
- Target brewery capacity
- State and city
- Brewhouse size
- Number and size of fermenters
- Heating method
- Automatisierungsgrad
- Packaging requirements
- Required certifications or inspection standards
to the equipment manufacturer.
The supplier can then review the project scope and recommend an equipment configuration and documentation package based on the actual application.
Looking for brewery equipment for the US market? Kontakt zu METO with your project requirements and let our engineers review the equipment configuration before manufacturing begins.
