CE/PED and ASME requirements are based on different regulatory and technical systems. They should not be treated as automatically interchangeable. The correct option depends on the installation country, buyer specifications, vessel parameters, and local regulatory requirements.
| Comparison | CE/PED Air Receiver Tank | ASME Air Receiver Tank |
| Main Basis | European Pressure Equipment Directive 2014/68/EU | ASME Boiler and Pressure Vessel Code, commonly Section VIII |
| Common Project Market | European and applicable EEA projects | United States and projects specifying ASME construction |
| Main Scope | Design, manufacture and conformity assessment under applicable EU requirements | Design, fabrication, inspection, testing and certification under the applicable ASME Code |
| Product Identification | CE marking and relevant documentation where applicable | ASME certification marking and documentation where code stamping is specified |
| Selection Factors | Pressure, volume, medium, classification and European market requirements | Design pressure, construction requirements, destination and buyer specification |
| Interchangeability | Not automatically interchangeable with ASME | Not automatically interchangeable with CE/PED |
The PED applies to relevant stationary pressure equipment above 0.5 bar maximum allowable pressure, while ASME BPVC Section VIII provides construction requirements for applicable pressure vessels, including design, fabrication, inspection, testing, and certification.
Before ordering a CE pressure vessel, confirm the installation country and end-user specification rather than selecting a standard based only on price or availability.
A CE/PED air receiver tank is a stationary pressure vessel designed to store compressed air safely within an industrial system. The Pressure Equipment Directive 2014/68/EU applies to the design, manufacture, and conformity assessment of stationary pressure equipment with a maximum allowable pressure above 0.5 bar.
For European projects, the applicable compliance route depends on factors such as maximum allowable pressure, vessel volume, operating temperature, fluid classification, and intended application. A PED pressure vessel must therefore be evaluated according to its actual design parameters rather than selected only by tank capacity.
Stores compressed air and supports stable system pressure during changes in air demand.
Designed and assessed according to applicable European pressure-equipment requirements.
Available for air compressors, pneumatic machinery, manufacturing equipment, vehicle systems, and OEM installations.
Choosing a PED pressure vessel requires more than selecting a suitable volume. Buyers should confirm the operating parameters, installation conditions, destination market, and required documentation before placing an order. Please provide the following information for technical evaluation:
Specify the desired tank volume or provide compressor output and system air-demand information.
Confirm the normal operating pressure and required design parameters.
Provide the minimum and maximum expected operating temperatures.
Identify whether the vessel will store compressed air or another permitted medium.
Select carbon steel or stainless steel according to corrosion resistance, cleanliness, and environmental requirements.
Confirm whether the tank should be horizontal or vertical and provide the available installation space.
Specify port sizes, thread types, quantities, directions, and positions.
State the installation country, required CE/PED documentation, and any customer-specific standard.
YCZX provides standard and customized CE/PED air receiver tanks for different equipment layouts and operating environments. Buyers can select the tank capacity, material, orientation, connections, and mounting method according to their project requirements.
| Configuration Item | Available Options |
| Tank Capacity | Standard models from 10L to 100L, with customized capacities evaluated on request |
| Installation Type | Horizontal or vertical |
| Tank Material | Carbon steel or stainless steel |
| Working Pressure | According to confirmed system and design requirements |
| Tank Dimensions | Diameter, length and height can be adjusted for available installation space |
| Port Configuration | Customized quantity, size, thread type, direction and location |
| Mounting Design | Feet, brackets, base plates or application-specific supports |
| Surface Treatment | Coating and finishing options according to material and environment |
| Accessories | Safety valve, pressure gauge, drain valve and related fittings |
| Compliance Requirement | CE/PED documentation and assessment according to the project scope |
Send us your capacity, pressure, dimensions, material, port layout, installation direction, and destination market for technical evaluation.
PED is an EU directive covering applicable pressure equipment, while CE marking indicates that a product has been assessed against the relevant EU requirements that apply to it. The required assessment and documentation depend on the product category and conformity route.
Provide the tank capacity, working pressure, maximum allowable pressure, operating temperature, medium, material, orientation, dimensions, port layout, installation country, order quantity, and required documentation. Drawings or equipment layouts can help speed up technical evaluation.
A PED pressure vessel is pressure equipment evaluated according to the applicable requirements of European Directive 2014/68/EU. The relevant conformity route depends on factors such as maximum allowable pressure, vessel volume, fluid classification, temperature, and intended application.
Yes. Capacity, dimensions, carbon steel or stainless steel material, horizontal or vertical orientation, port positions, mounting brackets, surface finish, and accessories can be evaluated according to the project requirements.
The document package depends on the vessel category and agreed order scope. It may include drawings, material information, test reports, inspection records, nameplate details, instructions, conformity documentation, and Notified Body records where applicable.
Yes. Stainless steel tanks can be supplied for applications requiring improved corrosion resistance, cleaner surfaces, or operation in humid and demanding environments. The appropriate grade should be selected according to the medium, temperature, environment, and customer specification.
CE/PED tanks are developed for applicable European regulatory requirements, while ASME tanks follow the relevant ASME Boiler and Pressure Vessel Code requirements. The correct standard depends on the destination country, end-user specification, pressure parameters, and local rules.
Tank capacity should be selected according to compressor output, air consumption, allowable pressure fluctuation, operating cycle, and peak air demand. YCZX can review the system parameters and recommend an appropriate standard or customized configuration.
No. The applicable classification and conformity procedure depend on the vessel pressure, volume, medium, temperature, and product type. The project parameters should be reviewed before the documentation and assessment route are confirmed.
