Sustainability Report

Consorzio Agrario Aparto Ripamonti achieved LEED Gold certification, reflecting its high-performance envelope and structural systems.

By repurposing the existing structure, the project preserves the site’s historical memory and minimises the environmental impact of new construction. Reusing the building’s original load-bearing structure helped lower the project’s embodied carbon footprint.

The project utilised Mapei’s Planitop HPC Floor 46, an ultra-high-performance, fibre-reinforced micro-concrete, for structural rehabilitation. This material offers exceptional strength with reduced thickness, minimising raw material usage and extending the building’s lifespan.

Developed by 3EMMEGI S.p.A., the new extension features a custom-made facade system, constructed using prefabricated fibre-cement panels with a bespoke terracotta blend, including recycled brick aggregate. The anodised aluminium modules are durable and fully recyclable. This modular system enhances thermal performance and reduces material waste.

The project achieved a CENED Class A rating, underscoring its commitment to energy efficiency and environmental sustainability.

The CENED energy certification system is used in Lombardy to assess the energy efficiency of buildings. Class A is the highest energy performance classification.

Low-carbon strategies aimed at minimising environmental impact include:

• The creation of an indoor garden using plant species with low water consumption.
• The use of paving materials with a high solar reflectance index.
• The installation of a photovoltaic system. 
• The use of prefabricated fibre cement elements and anodised aluminium panels, promoting durability and recyclability.
• The use of vinyl flooring made from recycled content with low VOC emissions, promoting healthy indoor air quality.
• The repurposing or realignment of large windows to optimise natural daylight and reduce reliance on artificial lighting.
• The use of passive cooling strategies in common areas and student rooms, made possible by building’s original volume.