MSE Engenharia was responsible for the development of industrial projects for Sumitomo Chemical in Maracanaú, Ceará.
A global reference in the chemical and fertilizer sector, Sumitomo Chemical relied on MSE Engenharia in the development of the S3100 project, a liquid fertilizer production plant with approximately 8,000 m². Currently, MSE Engenharia is developing the project for the new roof of the unit's administrative building, including the preparation of the metal structure project for an area of approximately 1,200 m², focusing on safety, efficiency and integration into the existing building.
Architecture | Civil | Metal Structures | Process Engineering | Mechanics | Electrical Installations (BT/MT) | Hydrosanitary Installations | HVAC | SPCI | Automation | Instrumentation | Lighting | SPDA | Data and Voice | Industrial Utilities | BIM
Design and detailing of spaces, considering functionality, technical standards and integration with other disciplines.
Development of the civil and infrastructure solutions necessary for the implementation and operation of the building.
Dimensioning and detailing of metal structures, ensuring safety, structural performance and construction efficiency.
Development of process solutions, with definition of flows, arrangements, and technical criteria for operational efficiency.
Design of mechanical systems, ensuring performance, reliability and integration with industrial processes.
Design of low and medium voltage electrical systems for energy, power and lighting distribution.
Design of water, sewage and drainage systems, according to technical standards and project needs.
Dimensioning of air conditioning and ventilation systems, aimed at thermal comfort and energy efficiency.
Fire Prevention and Combating System Design, in compliance with technical standards and legal requirements.
Development of automation and control systems, ensuring integrated and efficient operation.
Design of instrumentation systems for measurement, monitoring, and control of process variables.
Development of the lighting design, ensuring adequate lighting levels and energy efficiency.
Design of the Lightning Protection System, in accordance with technical standards and safety requirements.
Telecommunications infrastructure planning, ensuring connectivity and system organization.
Design of industrial utility systems, ensuring adequate support for production processes.
Project development in a BIM environment, allowing integration between disciplines, compatibility and greater management efficiency.
