Frequently Asked Questions

EIA21 provides industrial engineering, project management, EPCM, BIM and digital modeling, Project Controls, Technical Due Diligence, Owner’s Engineering, procurement and contract management, construction supervision, Construction Management, Quantity Surveying, technical assistance and specialized technical outsourcing services. Our capabilities enable us to cover every stage of an industrial investment lifecycle, from conceptual studies through commissioning and plant operation.

EIA21 develops projects for sectors such as energy, oil & gas, chemicals and petrochemicals, renewable gases (hydrogen, biogas, biomethane and oxygen), water treatment, pulp and paper, food and beverage, pharmaceutical, mining, metallurgy and other continuous manufacturing industries.

We participate in greenfield and brownfield projects, capacity expansions, revamping projects, industrial decarbonization initiatives, process electrification, energy efficiency improvements, implementation of new technologies, plant modernization programs, shutdowns and large-scale industrial investments.

Yes. EIA21 develops feasibility studies, conceptual engineering, FEED and FEL studies, CAPEX and OPEX estimates, Technical Due Diligence and techno-economic assessments that help identify risks, evaluate alternatives and make investment decisions with greater confidence and reduced uncertainty.

EIA21 combines more than 45 years of industrial engineering experience with a multidisciplinary in-house team specializing in engineering, EPCM, Project Controls, Owner’s Engineering, BIM, construction supervision and specialized technical outsourcing. Our ability to integrate engineering, project management, construction, technical assistance and digital transformation within a single organization allows us to provide a single technical point of contact throughout the entire project lifecycle.

Yes. EIA21 supports clients throughout the entire project lifecycle. Our services include feasibility studies, conceptual engineering, FEED, basic engineering, detailed engineering, procurement management, Project Management, construction supervision, commissioning and operational support.

In an EPC model, a single contractor assumes responsibility for engineering, procurement, construction and commissioning under a turnkey contract. In an EPCM model, the engineering company develops the detailed engineering, coordinates and manages procurement and construction contracts on behalf of the client, and supervises construction activities. EIA21 has experience in both approaches and helps select the most suitable strategy based on cost, schedule and project control objectives.

A FEED (Front-End Engineering Design) study defines the technical scope of an industrial investment prior to execution. It includes preliminary design, CAPEX estimation, technology selection, contracting strategy and risk identification.

Industrial Technical Due Diligence is an independent assessment of industrial facilities, assets or projects designed to identify technical risks, investment requirements, asset condition, regulatory compliance and opportunities for improvement. It is commonly used in acquisitions, asset transactions, project financing and investment decision-making processes.

Owner’s Engineering acts as an independent technical representative of both the client and the EPC contractor throughout the project. Its role is to oversee engineering, procurement, construction and commissioning activities to ensure that the project meets the owner’s requirements regarding regulatory compliance, cost, schedule, quality and performance. This service is particularly valuable for EPC projects, major industrial investments and environments involving multiple contractors and suppliers.

BIM (Building Information Modeling) is a methodology that improves multidisciplinary coordination, identifies design clashes to prevent construction issues, optimizes information management and facilitates the operation and maintenance of industrial assets. All project information is integrated into a single digital model throughout the asset lifecycle.

ISO 19650 certification confirms that EIA21 applies internationally recognized standards for information management in BIM projects, ensuring document traceability, efficient collaboration and information control throughout the asset lifecycle.

Yes. EIA21 can create BIM models for existing industrial plants using available documentation, site surveys and laser scanning technologies, supporting expansion, modernization and digitization projects.

A digital twin is a virtual representation of an industrial asset that integrates technical, geometric and operational information. It helps optimize maintenance, improve asset management and facilitate future modifications or expansions.

A Common Data Environment (CDE) is a centralized digital platform used to manage BIM models, technical documentation, revisions and approval workflows, improving collaboration and document control throughout the project.

Yes. EIA21 provides construction supervision, site management, owner’s supervision, health and safety coordination, quality control, material inspection and contractor management services to ensure projects are delivered according to design, budget and schedule requirements.

EIA21 delivers Construction Management services including construction planning, contractor oversight, quality control, safety coordination, document control, issue management and commissioning support to ensure successful project execution.

EIA21 provides specialized technical outsourcing services to strengthen engineering, construction and industrial operations teams. We offer professionals in process engineering, mechanical engineering, electrical engineering, instrumentation, BIM, Project Controls, planning, procurement, quality, HSE and project management.

A Quantity Surveyor specializes in construction cost management, handling measurements, certifications, scope changes, contracts and cost control. This role improves budget management, reduces cost overruns and increases financial transparency during project execution.

Project Controls focuses on overall project performance through planning, cost control, risk management and forecasting. Quantity Surveying focuses specifically on construction measurements, certifications, contracts and construction cost control. Both disciplines complement each other to maximize technical and financial project control.

EIA21 develops decarbonization studies and projects aimed at reducing CO₂ emissions through process electrification, waste heat recovery, energy efficiency improvements, renewable energy integration, renewable hydrogen, biogas, biomethane and advanced energy technologies.

Yes. EIA21 participates in projects involving renewable hydrogen, biogas, biomethane, Power-to-X and other energy transition technologies, providing feasibility studies, engineering, project management and technical support.

Yes. We carry out feasibility studies, conceptual engineering, FEED studies, CAPEX and OPEX analyses, technology assessments and techno-economic evaluations to support informed investment decisions.

Yes. We analyze industrial processes to identify opportunities for energy efficiency improvements, waste heat recovery and energy consumption optimization, helping companies reduce operating costs and emissions.

Yes. EIA21 develops industrial electrification studies that assess technology alternatives, infrastructure requirements, energy impacts and emissions reduction potential to determine the best path toward sustainable operations.

Yes. EIA21 supports clients in identifying, evaluating and selecting technologies, licensors, manufacturers and suppliers by analyzing technical, economic, operational, energy and maintenance criteria.

Yes. We prepare technical documentation and regulatory submissions required for building permits, environmental permits, operating licenses and other regulatory approvals. We also develop legalization and documentation update projects for existing facilities.

EIA21 works with leading industry software such as AVEVA E3D, PDMS, Octave Forte 3D (SP3D), AutoCAD Plant 3D, Forte 3Dworx (CADWORX), Revit, Navisworks, AutoCAD, Aspect Pipe Stress 15 (CAESAR II), Aspect Pressure Vessel (PVELITE), Aspect Tank (TANK), SAP2000, ROBOT, TEKLA, HYSYS, APS, SOLIDWORKS, ETAP, EPLAN and PVSYST, as well as specialized software for engineering calculations, 3D modeling, BIM coordination and document management. These platforms enable the delivery of multidisciplinary projects with high levels of quality, traceability and coordination across all disciplines.

Yes. EIA21 develops 3D models, BIM models and digital twins for both new and existing industrial facilities. We apply BIM methodologies aligned with ISO 19650 to improve engineering coordination and asset lifecycle management.

Yes. Through site surveys and 3D laser scanning, EIA21 creates accurate digital representations of existing facilities, generating updated BIM and 3D models for brownfield projects, plant expansions, revamps and industrial digitization initiatives.

Yes. Many industrial investments begin with a preliminary idea or need. EIA21 can help analyze alternatives, define project scope, evaluate risks and establish a roadmap to transform an idea into a viable project.

Our process begins with understanding the client’s objectives and requirements. We then define the project scope, develop the necessary engineering and support the client through all project phases, from initial studies to construction, commissioning and operation.

Yes. Every project is tailored to the client’s technical, operational, economic and strategic requirements. Our goal is to design efficient, practical and tailored solutions for each industrial facility.

Yes. EIA21 works closely with clients’ engineering, operations, maintenance, production, procurement and investment teams, complementing existing resources and providing specialized technical expertise when needed.

You can contact EIA21 through our website contact form or through our standard communication channels. Our technical team will review your requirements and propose the most appropriate technical approach to achieve your project objectives.