MSE Engenharia was responsible for the development of the Greenfield Basic and Executive Project for the new household manufacturing unit of José Alves Group, located in Trindade, Goiás.
With diversified operations in the beverage, pharmaceutical, cleaning and tracing industries, the José Alves Group relied on MSE Engenharia for the complete development of the projects of the new industrial unit. The project was designed from scratch and had its projects approved by the energy and sanitation utility, city hall, fire department and ANVISA.
Greenfield Project | Basic Project | Executive Project | Architecture | Landscaping | Earthworks | Paving | Drainage | Foundations | Metal and Concrete Structures | Floor Design | Waterproofing | Hydrosanitary Installations | Rainwater Reuse | Electrical Design (BT/MT) | SPDA | Data and Voice | SDAI | HVAC (Air Conditioning, Air Renewal and Industrial Cooking) | Utilities (Compressed Air, Ice Water, LPG, Demineralized Water) | Automation | Mechanics
Complete development of the project in a new area, covering all stages of engineering and implementation.
Consolidation of technical solutions with definition of systems and construction criteria to make the project feasible.
Detailed preparation of the drawings and technical specifications necessary for the execution of the work.
Design and detailing of spaces, considering functionality, technical standards and integration between disciplines.
Development of landscape treatment solutions, integrating external areas into the architectural complex.
Adaptation and modeling of the terrain through cuts, landfills and leveling for the implementation of buildings.
Dimensioning and specification of paved areas, considering traffic, loads and durability.
Design of drainage systems for collecting and conducting rainwater.
Dimensioning of foundations according to soil characteristics and structural loads.
Complete structural design, ensuring safety, performance and construction efficiency.
Dimensioning and specification of floor systems according to use and operational loads.
Definition and detail of waterproofing systems, ensuring watertightness and durability.
Design of water, sewage and drainage systems according to technical standards.
Development of solutions for the collection, storage and reuse of rainwater.
Design of low and medium voltage electrical systems for energy, power and lighting distribution.
Design of the Lightning Protection System, in accordance with current regulations.
Telecommunications infrastructure planning, ensuring connectivity and organization.
Fire Detection and Alarm System design, ensuring monitoring and rapid response.
Dimensioning of air conditioning, ventilation and exhaust systems, ensuring thermal comfort and operational efficiency.
Design of industrial utility systems, ensuring adequate support for production processes.
Development of automation and control systems for integrated and efficient operation.
Design of mechanical systems, ensuring performance, reliability and integration with processes.
