MSE Engineering is developing the Advanced Basic Project (FEED) for the new plant of Koppert, in Piracicaba (SP).
Koppert is a Dutch company, a world leader in the development and production of bio-defensives for agriculture, with operations in more than 100 countries. Recognized for its work in biological solutions for the natural control of pests and diseases, the company is a global reference in sustainable agriculture.
The project includes the establishment of a new manufacturing unit aimed at the production and storage of microbiological pesticides, including industrial areas, R&D building with greenhouse, pilot plant and support buildings, in addition to the entire infrastructure of the site.
Advanced Basic Design (FEED) | Architecture | Civil | Structures | Earthworks | Earthworks | Drainage | Paving | Electrical Installations (BT/MT) | Automation and Instrumentation | Data | Processes | Mechanics and Tubing | HVAC | SPCI | BIM | Industrial Infrastructure
Project in progress...
Development of consolidated technical solutions to define the scope, costs, and executive guidelines of the project.
Design and detailing of spaces, considering functionality, technical standards and integration between disciplines.
Design of the civil and infrastructure solutions necessary for the implementation of buildings and industrial systems.
Design and detailing of structures, ensuring safety, performance and regulatory compliance.
Adaptation and modeling of the terrain through cuts, landfills and leveling for the implementation of the project.
Design of drainage systems for collecting and conducting rainwater.
Design and specification of paving solutions according to expected loads and traffic.
Design of low and medium voltage electrical systems, ensuring safe and reliable energy distribution.
Development of automation and control systems, ensuring efficient monitoring and operation of processes.
Network and communication infrastructure planning, ensuring connectivity and system integration.
Development of process engineering solutions, with definition of flows, arrangements, and technical operational criteria.
Design of mechanical and piping systems, ensuring performance and integration with industrial processes.
Dimensioning of air conditioning and ventilation systems, aimed at thermal comfort and energy efficiency.
Fire Prevention and Combating System Design, in accordance with technical standards and legal requirements.
Project development in a BIM environment, promoting integration between disciplines and greater management efficiency.
Design of the structures and support systems necessary for the operation of the industrial plant.
