Tank

When a tank ruptures or a fire breaks out in a refinery, it’s often not the first firefighting crew that decides whether the blaze is contained—it’s the low concrete wall standing quietly around the tank.That wall, known as a fire dike or bund wall, is the last line of defense protecting workers, the environment, and […]

1. Why Redundancy Is Essential Storage tanks usually contain hazardous media such as oil, acids/alkalis, liquid chlorine, or liquefied hydrocarbons. Any leakage can lead to catastrophic accidents.Therefore, regulations mandate redundant level measurement systems: At least two instruments based on different principles (e.g., radar + vibrating level switch) must be installed as backups. Independent alarm and

Calculating the volume of a storage tank used for instrument gas in chemical plants is a crucial step for ensuring the safe and efficient operation of equipment. Accurate volume calculations not only help in meeting operational requirements but also play an important role in adhering to safety standards and optimizing costs. Here’s an in-depth look

When it comes to industrial liquid storage solutions, selecting the appropriate type of tank is crucial for efficiency, safety, and cost management. Fixed-roof tanks and floating-roof tanks are two of the most commonly used storage options. Understanding their distinct characteristics, advantages, and limitations can help industries make informed decisions tailored to their specific needs. This

Tank farms, or storage tank areas, are critical facilities where large volumes of chemicals, petroleum products, or other hazardous substances are stored. Due to the high risk of accidents, fires, or spills, stringent safety measures must be in place to protect personnel, equipment, and the environment. Here is a comprehensive safety guideline for the operation

Introduction In industries such as petrochemicals, energy, and logistics, storage tanks serve as critical infrastructure. The spacing between tanks is not just a matter of preliminary or detailed design—it directly impacts site safety, operational efficiency, and future scalability. Although tank spacing may appear straightforward, it is in fact a highly systematic engineering decision. This article

In industries where liquid storage plays a vital role—such as oil & gas, petrochemicals, and bulk terminals—the accurate and reliable monitoring of tank contents is not just a best practice, it’s a necessity. This is where Tank Gauging Systems (TGS) come into play. What Is a Tank Gauging System? A Tank Gauging System (TGS) is

Nitrogen blanketing is a protective technique widely used in industries such as chemical manufacturing, oil & gas, pharmaceuticals, and food processing. It involves the controlled introduction of nitrogen gas into a storage tank to maintain a slight positive pressure, providing multiple safety and quality benefits. 🔍 1. Key Functions of Nitrogen Blanketing 1.1 Prevent Oxidation

Grounding is a critical aspect of safety design in industrial facilities—especially in environments that handle flammable or explosive materials such as petrochemicals. Among the many grounding practices, a widely adopted and even mandatory requirement is to equip storage tanks with two grounding wires. But why two? This article explores the technical, regulatory, and safety reasons

Introduction Liquefied hydrocarbon spherical tanks are widely used in the petrochemical industry for the storage of highly volatile and flammable substances such as liquefied petroleum gas (LPG), propane, and butane. Ensuring the safety of these tanks is critical, particularly in emergency situations such as fires or leaks. One essential safety measure is the emergency water