Facilities Projects (MEP in BIM)

We develop facility projects using BIM technology to ensure maximum precision in MEP (mechanical, electrical, and plumbing) designs. This approach allows for better integration and coordination of systems, ensuring efficiency and minimizing errors during construction.

Types of installations

what we take care of

9

Projects and technical design reports for:

  • New installation
  • Installation Expansion
  • installation reform
9

Legalization of an existing installation

9

Initial Inspections

9

periodic checks

9

Significant Modification (PCI)

9

Exceptional procedure (PCI)

facilities projects MEP (Mechanical, Electrical and Plumbing) in BIM (Building Information Modeling) they represent a revolutionary approach in the design and management of building systems. At Engind, we are proud to offer specialized services in the implementation and execution of projects MEP in BIM.

Let us explain more about MEP installation projects in BIM and how we can help you.

The MEP systems they cover a wide range of essential components for the efficient operation of a building, such as HVAC, electrical, plumbing, lighting and more. Traditionally, the design and coordination of these systems have been challenging due to the complexity and the need for collaboration between different disciplines.

However, with the BIM adoption, MEP facility projects have undergone a significant transformation. BIM enables the creation of detailed three-dimensional models that integrate accurate information about MEP systems into the context of the entire building. This makes it easier to plan, design, coordinate and manage these facilities more efficiently and accurately.

The adoption of MEP facility projects in BIM has allowed us to obtain numerous benefits, such as greater design precision, better coordination between disciplines, a reduction of errors and costs, an optimization of resources and a greater operational efficiency of the MEP systems.

BT and MT/AT electrical installations

Type of Inspections:

  • Logistics warehouses (5)
  • Locals of public concurrence (5)
  • Industrial facilities with installed power > 100 kW (10)
  • Vehicle charging stations (5)
  • Photovoltaic installations (5)
  • High voltage electrical installations for private companies (5)
refrigeration installations

Type of Inspections:

  • Installations with fluorinated refrigerant charge ≥ 5,000 T (1)
  • Facilities with fluorinated refrigerant charge between 5,000 and 500 T (2)
  • Installations with fluorinated refrigerant charge between 500 and 50 T (3)
  • Control of leaks in devices of ≥ 5 T (1)
  • Leakage control in devices of ≥ 50 T (6 M)
  • Leakage control in devices of ≥ 500 T (3 M)
thermal installations

Type of Inspections:

  • Systems with generators of P ≥ 70 kW (4)
  • Facilities 15 years old (or more) and P ≥ 70 kW (10)
  • Systems with generators of 20 kW ≤ P ≤ 70 kW (5)
  • Systems with generators (Gas) of P ≤ 70 kW (4)
  • Systems with generators (Other fuels) of P ≤ 70 kW (2)
Fire protection facilities

Type of Inspections:

  • Risc Baix industrial establishments (5)
  • Industrial facilities of Risc Mig (3)
  • High Risk industrial establishments (2)
  • The rest of the facilities correspond to the RSCIEI (10)
  • Existing facilities at the entry into force of the RIPCI (10)
pressure equipment

Type of Inspections:

  • Containers for gases, liquids and cryogenic Cat. I-2 and II-2 (8)
  • Containers for gases, liquids and cryogenic Cat. I-1, II-1, III-2 and IV-2 (level B) (6)
  • Containers for gases, liquids and cryogenic Cat. I-1, II-1, III-2 and IV-2 (level C) (12)
  • Boilers and equipment subjected to flame, Cat. I-II-III and IV (level B) (3)
  • Boilers and equipment subjected to flame, Cat. I-II-III and IV (level C) (6)
chemical storage

Type of Inspections:

  • Overall (5)
  • ITC APQ 1. Flammable liquids (5)
  • ITC APQ 2, 3, 4, 5 and 8 (5)
  • ITC APQ 6, 7, 9 and 10 (5)
fuel gases

Type of Inspections:

  • Container storage and distribution centers (2)
  • LPG storage facilities in fixed tanks (15)
  • High Risk industrial establishments (2)
  • LPG container facilities for own use (5)
  • Satellite LNG plants (15)

* Between brackets is the periodicity of each inspection in years or months (M)

installation projects pressure equipment
facility projects chemicals storage
electrical installation projects
refrigeration installation projects
fuel gas facility projects

Optimize your installation projects with Engind. Discover how our experience in MEP BIM can boost the efficiency and quality of your constructions.

Why count on Engind for Facilities Projects (MEP in BIM)?

Experience

Engind has years of experience in Facilities Projects (MEP in BIM), with in-depth knowledge and a wide range of skills in this field.

technical excellence

At Engind we strive to maintain a high level of technical excellence in Facilities Projects (MEP in BIM), ensuring that the latest technologies and methods are used to achieve the best results.

Customer satisfaction

We aim to ensure customer satisfaction, working with you to understand your needs on Facilities Projects (MEP in BIM) ensuring we stay on time and within budget.

Other related services

We provide expert guidance in the installation of mechanical, electrical, and plumbing systems. We oversee and control the quality of the installations, ensuring that regulations and safety and functionality standards are met at all times.
We develop executive installation projects for all types of infrastructure, ensuring the integration of electrical, mechanical, and plumbing systems. Our projects detail all the technical aspects necessary for the proper execution of the installations, complying with the highest quality and regulatory standards.
We develop basic installation projects that include the fundamental aspects of MEP systems to ensure the proper functioning of the building. Our projects cover both initial planning and the integration of the installations to ensure compliance with current regulations.
We develop facility projects using BIM technology to ensure maximum precision in MEP (mechanical, electrical, and plumbing) designs. This approach allows for better integration and coordination of systems, ensuring efficiency and minimizing errors during construction.