Industrial News
Understanding Storage Tanks: Classifications, Features and Applications

Understanding Storage Tanks: Classifications, Features and Applications

A storage tank serves as the linchpin for storing diverse oil products, standing as the focal point within an oil depot. The prevailing design of choice in the present era is the vertical cylindrical tank. In our discourse today, our aim is to provide a nuanced understanding of the intricate classification, distinctive characteristics, and installation methods associated with indispensable structures of these storage tanks. Major Classification of Storage Tanks   Storage tanks, essential in...

May 09, 2020 Industrial News
Vertical Pressure Vessels: Key to Efficiency and Environmental Protection

Vertical Pressure Vessels: Key to Efficiency and Environmental Protection

The vertical pressure vessel is a crucial apparatus for mass and heat transfer in vapor-liquid and liquid-liquid processes. Widely employed in industries like oil refining, petrochemicals, and pharmaceuticals, it facilitates material separation through key chemical engineering operations. The performance of this pressure vessel significantly influences production capacity, product quality, consumption quotas, and environmental considerations, impacting waste management and overall environmental...

Apr 27, 2020 Industrial News
Anti-Corrosion Strategies for Enhancing Petrochemical Storage Tank Integrity

Anti-Corrosion Strategies for Enhancing Petrochemical Storage Tank Integrity

Storage tanks serve as critical components in the storage and refinement of petrochemical products, playing an indispensable role in the overall process. However, the extended usage of these tanks exposes them to corrosion risks, originating from the petrochemical products and atmospheric substances. This corrosion poses a potential threat of oil leakage and, in severe cases, may lead to significant safety incidents, causing substantial losses for enterprises and adverse environmental impacts. Consequently,...

Oct 14, 2019 Industrial News
Exploring Pressure Vessels Classification and Safety Accessories

Exploring Pressure Vessels Classification and Safety Accessories

  Pressure vessels, essential components in various industrial applications, play a critical role in ensuring the safe containment and management of liquids, gases, and volatile substances. Understanding their diverse classifications, functional roles, and safety accessories is pivotal for designing, operating, and maintaining these pressure vessels effectively.   1. Pressure Vessels Classification: Based on Pressure   The categorization of pressure vessels is multifaceted, considering...

Oct 14, 2019 Industrial News
Titanium for Pressure Vessels: Properties, Welding and Processing

Titanium for Pressure Vessels: Properties, Welding and Processing

Titanium is a good material for manufacturing pressure vessels. Titanium stands out for its exceptional properties, including a low specific gravity (4.5), remarkable strength, and impressive resistance to extreme temperatures, crack formation, and corrosion, particularly in wet chlorine gas environments. The mechanical attributes and welding characteristics of titanium are intricately tied to its purity, with higher purity levels enhancing overall performance. Conversely, lower purity levels may...

May 17, 2019 Industrial News
Material Selections for Cryogenic Pressure Vessel Design (Part Three)

Material Selections for Cryogenic Pressure Vessel Design (Part Three)

6. Cold Deformation: Affecting Steel Toughness   Cold deformation adversely affects the toughness of steel, leading to a reduction in low-temperature toughness due to strain aging and an elevation in the brittle transition temperature. Notch toughness becomes paramount for large pressure vessels during utilization, considering potential embrittlement from processes such as cold deformation, cold pressing, and welding deformation. Additionally, the implementation of low-temperature annealing...

May 05, 2019 Industrial News
Material Selections for Cryogenic Pressure Vessel Design (Part Two)

Material Selections for Cryogenic Pressure Vessel Design (Part Two)

2. Chemical Composition   In the realm of cryogenic pressure vessels, adjusting the carbon content plays a crucial role in influencing material brittleness and the brittle transition temperature of the pressure vessel. To enhance low-temperature steel resilience, it is recommended to keep the carbon content below 0.2%. A contemporary trend favors the utilization of low carbon (< 0.15%) or micro carbon (< 0.06%) steel for improved performance.   Manganese acts as a pivotal element,...

Apr 29, 2019 Industrial News
Material Selections for Cryogenic Pressure Vessel Design (Part One)

Material Selections for Cryogenic Pressure Vessel Design (Part One)

The intricate process of designing cryogenic pressure vessels revolves around the meticulous selection of materials, leading to a set of corresponding constraints in the realms of manufacturing and construction. Specifically, the steel designated for the pressure components of cryogenic pressure vessels must meet the criterion of being killed steel. The evaluation of material performance involves considering the allowable stress at normal temperatures, specifically at 20 °C, and adhering to...

Apr 25, 2019 Industrial News
Advancements and Challenges in China Pressure Vessel Industry (Part Two)

Advancements and Challenges in China Pressure Vessel Industry (Part Two)

2. Deformation Challenges   Deformation in pressure vessels poses significant threats to their reliability and operational safety. The meticulous formulation and strict adherence to manufacturing processes and standards are paramount to ensuring that the quality of pressure vessels aligns with national regulations and various industry standards. The occurrence of deformation during the manufacturing process can be attributed to errors in the size of the blank, issues in the assembly process,...

Apr 18, 2019 Industrial News