Projects: Engineering Office.
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ALL OUR PROJECTS.
Design Office: Engineering and Compliance
Infrastructure optimization requires in-depth studies and rigorous compliance measures.
Compliance of the TEC Depot and Extension
- Analysis of existing infrastructures and applicable regulations.
- Proposal of tailored solutions to meet new requirements.
- Study of the impact of the extension on the operational efficiency of the depot.
Electrical Compliance of the Maris Stella Institute
- Complete inspection of electrical installations to detect potential anomalies.
- Action plan to modernize equipment and ensure the safety of students and teachers.
Study and Sizing of a Dual-Flow Ventilation System for a School Facility
- Analysis of ventilation needs and indoor air quality.
- Proposal of a dual-flow solution to optimize air renewal while minimizing energy loss.
Study and Sizing of an Electrical Installation for a Condominium
- Definition of the required power based on equipment and projected consumption.
- Optimization of circuits to ensure stable and secure electricity distribution.
Secure Your Installations, Comply with Standards
Mise en conformitΓ© du dΓ©pΓ΄t de la TEC et extension.
Context and Objectives
The TEC warehouse must be brought into compliance to meet new regulations and accommodate an expansion of the infrastructure. Project Steps
βοΈ Analysis of current infrastructures: technical and regulatory assessment.
βοΈ Compliance study: bringing electrical, mechanical, and structural installations into compliance.
βοΈ Sizing the expansion: evaluation of additional energy, ventilation, and vehicle circulation needs.
Impact and Results
πΉ A secure warehouse compliant with current standards.
Anticipate your needs, develop your infrastructure
Electrical Compliance of Maris Stella Institute.
Why this project?
Electricity in educational establishments must be 100% secure to protect both students and teachers. The Maris Stella Institute requires electrical compliance to meet current safety standards.
Implemented Solutions
βοΈ Detailed inspection of electrical installations to identify non-compliances.
βοΈ Calculation report and various plans for launching a call for tenders.
Expected Results
πΉ Enhanced safety for all occupants of the institution.
πΉ Reduced electrical risks (short circuits, overloads, fires).
πΉ A modernized and sustainable electrical network to ensure the longevity of installations.
From idea to realization, with precision.
Study and sizing of a double-flow ventilation system for a school.
Why is this project crucial?
A double-flow ventilation system ensures optimal air renewal while minimizing energy losses and helps guarantee the longevity of the building.
Methodology
βοΈ Analysis of ventilation needs: Based on the number of students and available spaces.
βοΈ Thermodynamic study: To optimize energy efficiency.
βοΈ Precise sizing of the system: Ensuring balanced operation between air supply and exhaust.
Advantages of the double-flow system
πΉ Improved air quality: Filtration of particles and management of CO2 levels.
πΉ Reduction in energy losses: Heat recovery from the extracted air to warm the incoming air.
Connect your spaces, enhance your efficiency.
Study for Compliance of Individual Boiler Drainage Systems in a Condominium.
The analysis of the heating and ventilation installations at the Mercator building identified the existing equipment and its condition.
Actions were undertaken, including:
- Identification of connections by apartment.
- Verification of rusted or unsuitable equipment.
- Analysis of chimney ducts to check their compatibility.
This assessment provides a clear overview to ensure the compliance of the building’s installation.
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