Engineering Project for an LPG Distribution Industry

Operational safety is a cornerstone of the liquefied petroleum gas (LPG) industry. In facilities that store, distribute, and operate with flammable products, fire prevention and suppression systems play a crucial role in protecting people, assets, and operations.

Driven by this commitment, MSE Engenharia is responsible for developing Fire Prevention and Suppression Systems (SPCI) projects for Nacional Gás units located in various regions of Brazil, including branches in Suape (PE), Paulínia (SP), Itabuna (BA), and Belém (PA).

Recognized as one of the country's largest LPG distributors, Nacional Gás maintains high standards of safety, operational reliability, and regulatory compliance at its facilities, requiring engineering solutions aligned with industry best practices.

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In LPG operations, safety is not just a regulatory requirement; it is an essential prerequisite for operational continuity and reliability.

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Specialized engineering for fire protection systems

The projects developed by MSE Engenharia encompass the adaptation, supplementation, and consolidation of existing fire suppression systems at Nacional Gás units.

The work involves analyzing current facilities, developing new technical solutions, and ensuring compatibility between protection systems and the operational characteristics of each plant.

These systems include:

• Hydrant systems;
• Sprinkler systems;
• Fire detection and alarm systems;
• Emergency signage;
• Escape routes;
• Fire suppression and control systems.

Each solution is developed considering the requirements of state Fire Departments, applicable technical standards, and specific requirements of the LPG sector.

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Efficient Fire Protection and Combat Systems projects result from the integration of engineering, technical standards, and operational knowledge.

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Detailed design with 3D modeling and coordination

In addition to developing detailed designs, MSE Engenharia uses 3D modeling as a supporting tool for interdisciplinary coordination and for validating proposed solutions.

3D modeling allows for visualizing systems within the plant's real conditions, facilitating clash detection and increasing the accuracy of design definitions.

This approach provides significant benefits, such as:

• Enhanced technical accuracy;
• Reduced rework;
• Improved system coordination;
• Optimized implementation process;
• Greater predictability during execution.

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Highlighting the Belém Unit

One of the main projects under development is located at Nacional Gás's unit in Belém, Pará.

The scope includes an on-site technical survey, review of existing Basic and Legal Projects, and full development of the Fire Protection and Combat Systems Detailed Design for a plant of approximately 30,000 m².

The work aims to ensure the installation's compliance with current regulations of the Pará Fire Department, in addition to meeting internal safety and operational reliability requirements.

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The updating and modernization of fire protection systems are fundamental to ensuring the safety of large-scale industrial operations.

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Technical Documentation and Regulatory Compliance

In addition to engineering projects, MSE Engenharia is responsible for preparing all necessary technical documentation to support the approval and implementation phases.

The scope includes descriptive memoranda, technical reports, specifications, executive detailing, and other documents required by competent authorities.

This documentation is essential to ensure regulatory compliance, traceability of adopted solutions, and efficiency during system execution.

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MSE Engenharia: Specialist in Fire Protection System Projects for Industrial Environments

MSE Engenharia's involvement in this project reinforces its expertise in developing fire prevention and fighting solutions for highly complex industrial facilities.

Through integrated projects, 3D modeling, and strict adherence to technical standards, the company helps strategic operations, such as those at Nacional Gás, maintain high levels of safety, reliability, and operational performance.

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Designing fire protection systems means creating conditions for people, facilities, and operations to function with maximum safety.