Complete development of the engineering required for the construction and commissioning of industrial facilities, transforming the base design into precise, executable technical documentation aligned with client requirements and applicable standards and regulations.
Detailed Engineering is the final phase of engineering development, transforming the technical design defined during previous phases (Basic Engineering or FEED) into a fully developed solution ready for construction and execution. During this stage, all drawings, calculations, specifications and technical documents required to build, install and commission the facility are produced, ensuring accurate, safe and efficient project execution. The objective is to eliminate technical uncertainties, optimize constructability and ensure compliance with project requirements related to quality, safety, cost and schedule.
Multidisciplinary Engineering Development
Comprehensive engineering development across all disciplines, including process, mechanical, piping, stress analysis, civil, structural, electrical, instrumentation and control engineering, ensuring full technical integration of the project.
Production of Engineering Drawings and Construction Documentation
Development of process diagrams, interconnection drawings, plot plans, equipment layouts, piping isometrics and construction details required for project execution.
Equipment Design and Specification
Technical definition of equipment such as pressure vessels, storage tanks, heat exchangers, silos, flare systems and other industrial equipment, including calculations and datasheets.
Technical Calculations and Specialized Analyses
Execution of structural calculations, piping stress and flexibility analyses (including high-temperature and cryogenic systems), as well as other studies necessary to ensure facility integrity.
Electrical, Instrumentation and Control Engineering
Development of electrical systems, substations, control networks, instrumentation, telecommunications and protection systems, including fire protection systems.
Regulatory Compliance and Industrial Safety
Application of applicable codes and standards, including ATEX studies, risk assessments, noise analyses, insulation specifications and safety documentation required for construction and operation.
Material Definition and Construction Planning
Preparation of material lists, thermal insulation specifications, spare parts requirements and storage criteria, including modularization strategies to optimize construction activities.
A complete package of technical documentation that enables precise project execution while ensuring quality, safety, cost control and schedule adherence.
Comprehensive drawings defining the arrangement, fabrication and construction of all facility components.
Detailed piping drawings including dimensions, supports, slopes and connections required for fabrication and installation.
Detailed representation of project systems, including instrumentation, control systems and utility services.
Technical documentation defining equipment characteristics, operating conditions and manufacturing requirements.
Detailed lists of materials, components and equipment required for project execution.
Documentation supporting structural, piping, electrical and safety analyses that validate the engineering design.
ATEX studies, risk assessments, hazardous area classifications and compliance documentation required by applicable regulations.
Engineering information required for field execution, including construction criteria, installation sequences and erection support.
Phase 04
Ensures uncertainty-free execution through complete technical definition, guaranteeing quality, safety and compliance throughout construction.
Detailed Engineering is performed after the completion of Conceptual Engineering, Basic Engineering or FEED, when the project must be fully defined for execution, ensuring that there are no ambiguities during construction.
Contact our team to assess the initial feasibility of your project.
