MSE Engenharia was responsible for the development of the Conceptual, Basic and Executive Projects for the expansion of auxiliary warehouses surrounding a self-supporting vertical warehouse of Coca-Cola FEMSA, in Itabirito, Minas Gerais.
The largest bottler in the Coca-Cola System by volume, with operations in 10 Latin American countries, Coca-Cola FEMSA relied on MSE Engenharia to expand its logistics and production infrastructure. The project covered a total area of approximately 12,000 m² and was designed to support both the storage of new products and the deployment of a new production line, ensuring increased capacity, operational efficiency and integration with existing structures.
The scope included complete engineering solutions for the adaptation of land, construction systems, building and industrial facilities, as well as security and fire fighting systems, ensuring performance, safety, and compliance with applicable technical standards.
Conceptual Design | Basic Project | Executive Project | Architecture | Earthworks | Storm Drainage | Structures and Side Enclosure | Industrial Floor | Hydraulic Installations | HVAC | Electrical Installations | Fire Protection and Fighting System
Definition of the guidelines and technical premises that guide the initial development of the project.
Development of technical solutions with definition of systems and construction criteria to make the project feasible.
Complete preparation of the drawings, details and technical specifications necessary for the execution of the work.
Design and detailing of spaces, considering functionality, technical standards and integration with other disciplines.
Adaptation and modeling of the terrain through cuts, landfills and leveling for the implementation of the building.
Design of rainwater collection and conduction systems, preventing flooding and ensuring the durability of the infrastructure.
Design of structures and specification of lateral closure systems, ensuring performance, watertightness and construction efficiency.
Dimensioning and specification of the industrial floor, considering loads, operational use and durability.
Design of water and sewage systems, according to technical standards and project needs.
Dimensioning of air conditioning and ventilation systems, aimed at thermal comfort and energy efficiency.
Design of electrical systems for power supply, energy distribution and meeting operational demands.
Fire prevention and fire fighting system design, in accordance with technical standards and legal safety requirements.
