Industrial Engineering

Building Energy Simulation: Dynamic thermal behavior modeling to optimize consumption before construction or renovation.

Energy Efficiency: Audits, certifications, and improvement proposals to reduce consumption and comply with current regulations.

CFD Simulation: Computational fluid dynamics analysis to study ventilation, air distribution, and indoor comfort with precision.

Passivhaus: Projects under the Passivhaus standard: high-performance building envelope, controlled ventilation, and near-zero energy demand.

HVAC Installations: Design and execution of air conditioning systems for commercial, industrial buildings, and data centers.

Ventilation and Ductwork: Air distribution networks, extraction, and mechanical ventilation with heat recovery.

Heating and Cooling: Integrated heat and cold production and distribution systems, sized for each use and building type.

DHW — Domestic Hot Water: Production and distribution installations for domestic hot water with integration of solar thermal energy and efficient backup.

LV/MV Electrical Installations: Low and medium voltage projects, electrical panels, lighting, and telecommunications for all types of buildings.

Metal Structures: Design and execution of steel structures for industrial warehouses, walkways, canopies, and landmark buildings.

Renewable Energies: Integration of photovoltaic, solar thermal, and other renewable sources in new construction and renovation.

Drainage: Interior networks for the evacuation of wastewater and stormwater, coordinated with the general drainage system.

Fire Protection: Design of detection, suppression, and evacuation systems in compliance with the CTE and specific sector regulations.

BIM — Information Management: Coordination of all installations under the EN ISO 19650 standard. Clash detection and shared data environments.

Health & Safety: Safety and health studies, risk assessments, and prevention plans integrated into the project from the outset.