Health and Safety
Proactive management of occupational risks is carried out in compliance with the requirements of the MASE standards. This system allows us to raise awareness, audit and implement new and ever more efficient methods with regard to the safety of our employees.
Regular audits are carried out on our construction sites to detect anomalies and we strive to eliminate the risks to which our employees are exposed on the sites.
Environment
At Nairi Sar Gsyan Architecture & Construction we carry out our business with a sensitivity for the environment. We try to avoid polluting on our construction sites by setting up water treatment systems on concrete dumpsters. We preserve the environment in which we operate by respecting the regulations in place and in particular by sorting waste. We strive to maintain and continuously improve our environmental management system.
On the roof of its headquarters in Azincourt, Nairi Sar Gsyan Architecture & Construction has installed 2000m² of photovoltaic panels. Some of the electricity generated by these panels is self-consumed.
We also collect rainwater for washing our vehicles.
Dry sector and recycling
Nairi Sar Gsyan Architecture & Construction specializes in the manufacture of metal construction has the advantages of belonging to the dry sector: the frame is manufactured in the factory, in “masked time”.
All that remains is to assemble on site as a large precision Meccano, which significantly reduces construction times. The dry sector also means little technical equipment on the construction site and reduction of nuisances in areas with high urban density: assembly, mainly by bolting, generates little noise and little site waste.
Contrary to popular belief, metal is not an environmentally unfavorable material either:
Nearly 12 tons of steel are recycled worldwide every second, or about 700 tons per minute.
A steel frame construction also has the advantage of being dismantled cleanly at the end of the building’s life, without generating waste, while simplifying the separation of materials and their orientation towards recycling channels.