Implementation of Innovative Emulsion-Aerosol Fire Suppression Technology. Minimizing Hazardous Events at Tank Farm Loading Racks

Innovations in Fire Suppression: Transitioning from Traditional to Emulsion-Aerosol Systems

Ensuring fire safety at petroleum product supply facilities is a critical task requiring continuous technological improvement. Traditional fire suppression systems, such as powder, foam, or gas, have their limitations, especially in open areas and when rapid automatic response is needed. During the webinar, Vladimir Medvedev, Head of the HSE and Ecology Department at LUKOIL-Yugnefteprodukt, shares his experience in implementing the innovative emulsion-aerosol fire suppression technology, which became the answer to safety challenges at truck loading racks.

Risk Analysis and Prerequisites for Implementing the New Technology

The speaker analyzes the main risks associated with the traditional top loading technology for tank trucks. The key problem is the falling stream of petroleum product, which can create a static electricity discharge, leading to a flash or explosion inside the tank shell under certain conditions. Unfortunately, these risks have already materialized in practice, resulting in severe consequences.

An analysis of the causes showed that the main factors are:

• Human factor (personnel errors).
• Equipment malfunction and obsolescence (both moral and physical).
• Insufficient automation of protection systems (manual activation of fire suppression systems requires significant time).

Advantages of Emulsion-Aerosol Fire Suppression

In search of a more effective solution, the company turned its attention to emulsion-aerosol systems. The presentation details the advantages of this technology:

• Safety for humans and the environment: The extinguishing agent (emulsion) does not harm health upon skin contact and is environmentally safe, unlike powder systems.
• No negative impact on equipment: The emulsion does not cause corrosion and does not require complex cleaning after use.
• Economic efficiency: The implementation cost is comparable to traditional systems (foam, gas, powder), but the efficiency and safety are significantly higher.
• Automation and response speed: The system is equipped with flame detectors resistant to false alarms (e.g., from sun glare), ensuring instant automatic response to a fire.

Comprehensive Approach: From Technologies to Safety Culture

In addition to technical innovations, the speaker uses his company's example to demonstrate the importance of working with the human factor. The implementation of new technologies is accompanied by a set of organizational measures:

• Video briefings for drivers of contracting organizations before admission to a hazardous area.
• Use of 3D simulators to practice actions in emergency situations.
• Regular joint exercises with the Ministry of Emergency Situations (EMERCOM) and contracting organizations.
• Transition to bottom loading systems, which eliminates working at heights, minimizes exposure to petroleum vapors, and reduces the risk of static electricity generation.

What you will learn from this webinar:

• What hidden risks the top loading technology of petroleum products carries and how to minimize them?
• What is the fundamental difference between emulsion-aerosol fire suppression and traditional methods?
• How to organize effective training and control of contractors at hazardous production facilities?
• What technical solutions eliminate working at heights when loading tank trucks?
• How to evaluate the economic and environmental efficiency of new fire suppression systems?