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Categories of Pressure Vessels Based on Pressure Levels

Categories of Pressure Vessels Based on Pressure Levels

Pressure vessels are categorized based on pressure levels, which include low pressure, medium pressure, high pressure, and ultra-high pressure: Low Pressure Pressure Vessels(Code L): Pressure ranging from 0.1MPa to less than 1.6MPa. Medium Pressure Pressure Vessels(Code M): Pressure from 1.6MPa to less than 10MPa. High Pressure Pressure Vessels(Code H): Pressure from 10MPa to less than 100MPa. Ultra-High Pressure Pressure Vessels(Code U): Pressure equal to or exceeding 100MPa.

Oct 10, 2020 Industrial News
What are the Requirements that Pressure Vessels Must Fulfill?

What are the Requirements that Pressure Vessels Must Fulfill?

Pressure vessels must exhibit specific performance characteristics suitable for the process, ensuring safety, reliability, ease of manufacturing and installation, advanced structure, convenient maintenance, and economic rationality. The design of pressure vessels should adhere to the following criteria: (1) Strength: This pertains to the container's capacity to withstand pressure or other external loads without cracking or undergoing excessive deformation. (2) Stiffness: This refers to the container's...

Sep 21, 2020 Industrial News
How to Specify the Medium in the Process Parameters of a Pressure Vessel?

How to Specify the Medium in the Process Parameters of a Pressure Vessel?

The term "medium" in the context refers to the substance contained in the pressure vessel, existing in a liquid, gaseous, or gas-liquid mixed state. The safety of pressure vessels is intricately linked to the nature of the contained media. Different characteristics of the media necessitate varied requirements for the material, manufacturing, and utilization of the container. Pressure vessels may contain flammable, explosive, corrosive, or toxic substances, requiring careful attention during...

Sep 14, 2020 Industrial News
How to Determine Temperature in Pressure Vessel Process Parameters?

How to Determine Temperature in Pressure Vessel Process Parameters?

1. Operational Temperature: It is the temperature of the working medium as measured by a temperature instrument during the pressure vessel's operation. 2. Design Temperature: Unlike the temperature the internal medium may reach, the design temperature of a pressure vessel refers to the metal temperature of the pressure component under the designated design pressure during normal operation. This value should not be lower than the maximum metal temperature the component may reach. For pressure...

Sep 07, 2020 Industrial News
Defining Pressure in the Process Parameters of a Pressure Vessel

Defining Pressure in the Process Parameters of a Pressure Vessel

In the specifications or standards for various pressure vessels, terms such as working pressure, maximum pressure, and design pressure are frequently encountered. Here are their definitions: (1) Operating Pressure: Operating pressure, also known as working pressure, denotes the pressure at the top of the container during regular process operations, excluding hydrostatic pressure. (2) Maximum Working Pressure: This refers to the highest pressure that the top of the vessel may experience during process...

Aug 31, 2020 Industrial News
What Are the Primary Process Parameters of the Container?

What Are the Primary Process Parameters of the Container?

The technological parameters for pressure vessels are established based on production technology requirements, serving as the primary foundation for pressure vessel design and safe operation. Key technological parameters include pressure, temperature, and the nature of the medium.

Aug 31, 2020 Industrial News
What Steels Are Commonly Utilized in Pressure Vessel Construction?

What Steels Are Commonly Utilized in Pressure Vessel Construction?

(1) Carbon Steel: Carbon steel refers to the iron-carbon alloy containing less than 2.06% carbon. It possesses suitable strength, plasticity, good process performance, and cost-effectiveness, making it widely employed for manufacturing general medium and low-pressure vessels. Commonly used low carbon steels include the Q235 series (Q235A•F, Q235A, Q235B, and Q235C) and Q245R, which is a type of boiler steel. Q245R exhibits similar performance to high-quality carbon steel with lower sulfur content,...

Aug 24, 2020 Industrial News
Optimizing Steel Selection for Pressure Vessels

Optimizing Steel Selection for Pressure Vessels

The choice of steel for manufacturing pressure vessels plays a pivotal role in ensuring the vessel's performance and reliability under varying operating conditions. Factors such as temperature, pressure, and media characteristics must be carefully considered to align with the specific requirements of the pressure vessel. Additionally, the selected steel should facilitate efficient processing and uphold stringent quality assurance standards. In the specific selection process, a holistic approach...

Aug 17, 2020 Industrial News
Ensuring Pressure Vessel Equipment Integrity: Standards and Indicators

Ensuring Pressure Vessel Equipment Integrity: Standards and Indicators

Understanding the standard for pressure vessel integrity is paramount to ensuring safe and reliable industrial operations. This concise guide outlines the key indicators, covering normal operation, performance, and equipment quality. By adhering to these standards, industries can guarantee the integrity of their pressure vessels, fostering a secure working environment. 1. Normal Operation and Performance   Operational indexes align with design requirements, ensuring the container meets production...

Aug 10, 2020 Industrial News