MSE Engenharia developed and executed the project for Eternit's new fiber cement tile factory in Caucaia, Ceará.
A Eternit, one of the leading companies in the construction materials sector, entrusted MSE Engineering the complete development of the project for its new fiber cement tile factory in Caucaia, Ceará. This project was carried out in the greenfield format, which means that it was built from scratch, on a totally new piece of land, without any pre-existing infrastructure.
Greenfield Project | Master Plan | Basic Project and Executive Project | BIM Projects | Architecture | Landscaping | Civil | Structural | Electrical Design | Hydraulic Design | Fire Design | Utilities Design | HVAC
In addition to the development of the project, the MSE Engineering was responsible for the complete execution of the work. The company ensured that all stages of construction were carried out with high quality and within the established deadlines, ensuring that the new Eternit factory was delivered as planned.
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O Greenfield Project for the new Eternit plant involved creating all the necessary infrastructure from the start. A MSE Engineering was responsible for planning and executing all stages of the project, ensuring that every detail was carefully considered to meet Eternit's specific needs.
O Master Plan was the basis for the development of the project. It defined the main guidelines and the fundamental technical parameters that guided all subsequent phases. A MSE Engineering prepared a detailed plan that considered the layout of the buildings, accesses, workflows, and all the utilities necessary for the efficient operation of the plant.
After the definition of the Master Plan, MSE Engineering It advanced to the Basic and Executive Projects. O Basic Project detailed the essential technical aspects, while Executive Project involved the preparation of all the detailed drawings and final technical specifications. These phases were crucial to ensure the quality and safety of industrial engineering project.
The use of technology BIM (Building Information Modeling) was fundamental for the integrated and efficient management of all phases of industrial engineering project. BIM allowed the creation of a detailed digital model that integrates all the disciplines involved in the project, facilitating collaboration between teams, reducing errors and rework, and optimizing time and costs.
A Architecture of the project was developed to integrate functionality and aesthetic efficiency. A MSE Engineering created a design that not only meets Eternit's operational requirements, but also maximizes the use of available space, providing an efficient and pleasant working environment.
O Landscaping has been carefully planned to create a pleasant and functional outdoor environment. A MSE Engineering applied landscape design techniques that improve the aesthetics of the place and contribute to the sustainability and well-being of employees.
The phase civil involved land preparation, including earthworks and drainage, in addition to the construction of solid foundations. A MSE Engineering guaranteed that all civil infrastructures were carried out with high quality and within the established deadlines.
The project Structural included the development of calculations and specifications to ensure the stability and durability of buildings. A MSE Engineering used high quality materials and advanced engineering techniques to ensure the robustness of the structures.
As Electrical Installations were designed to meet the plant's energy needs, focusing on efficient energy distribution and the implementation of safety systems. A MSE Engineering guaranteed the reliability and energy efficiency of the facilities.
As Hydraulic Installations were designed to ensure efficient water supply and distribution, in addition to adequate effluent management. A MSE Engineering ensured that all facilities meet safety and sustainability standards.
As Fire Protection System Installations (SPCI) were developed to ensure the safety of facilities, including smoke detectors, sprinklers, and alarms, all of which comply with current safety regulations.
O Utilities Project included the integration of all essential systems for the operation of the plant, such as the supply of water, compressed air and other services necessary for the efficient operation of operations.
O HVAC system (heating, ventilation and air conditioning) was designed to ensure temperature control and air quality within the facilities. A MSE Engineering used advanced technologies to ensure energy efficiency and system reliability.
