Introduction to Carbon Dioxide Recovery Process

Carbon Dioxide Recovery Process – Brief Introduction‌ The carbon dioxide recovery process typically includes the following steps: Waste Gas Treatment‌: Carbon Dioxide Collection‌: Carbon Dioxide Concentration‌: Carbon Dioxide Condensation‌: Gas-Liquid Separation‌: Carbon Dioxide Storage‌: Carbon Dioxide Transportation‌: Carbon Dioxide Utilization‌:

Precautions for Liquid Argon Storage Tank Use and Maintenance

Low-temperature liquid storage tanks are essential equipment for storing cryogenic liquids, widely used across various industries.Classified by storage medium, these tanks include liquid oxygen, liquid argon, liquid nitrogen, liquid carbon dioxide, and LNG natural gas tanks. Structurally, they are categorized…

Liquid Oxygen Storage System Safety Inspection Protocol

I. Structural Integrity Check 1.Piping & Tank Condition 2.Insulation System Verification II. Medium Quality Monitoring 1.Weekly Mandatory Tests 2.Liquid Level Control III. Instrument Calibration IV. Safety Management 1.Restricted Zone 2.Valve Status 3.Grounding System V. Documentation Standards

Nitrogen Applications in Aluminum Processing

In aluminum processing, nitrogen enhances surface quality through these key methods: Inert Protection & Oxidation Inhibition‌ Nitrogen creates an inert environment during extrusion, effectively reducing surface oxidation that causes defects. This mirrors nitrogen-based atmosphere protection in metal heat treatment, significantly…

Description of the carbon dioxide storage tank

1.Double-Layer Vacuum Insulation System Inner Tank Material: Special alloy steel 6MnDR with -196℃ low-temperature impact toughnessOuter Shell Material: Q345R pressure vessel steel plateInsulation System: High vacuum between layers with pearlite sand filling or multi-layer wrappingInstrumentation: Equipped with pressure gauges and…

Installation Precautions for Cryogenic Storage Tanks‌

Cryogenic storage tanks, as essential pressure vessels in modern industry, require rigorous installation protocols to ensure operational reliability and equipment longevity. This guide outlines six critical technical aspects for engineering personnel.