We’re delighted to share that the INREV case study library has a new look, making it easier for our members to see what’s new, and explore case studies under a variety of different topics.
Here are four of the latest net zero case studies added to our library:
Amro Partners creates Salamanca’s first BREEAM Outstanding building
Balancing historic preservation with cutting-edge sustainability, the 170-bed student residence retained its early 1900s façade while introducing a fossil-free, high-performance building envelope. Achieving EPC ‘A’, Fitwel 3 Stars and WiredScore Platinum, it reduces operational carbon by 88% and brings embodied carbon close to 2030 LETI targets, setting a new benchmark for sustainable living in Spain.
The CubeHouse – Amsterdam Zuidas’ first hybrid timber office building
The CubeHouse is born out of a shared ambition by G&S&, Arcadis, BNP Paribas, SOIL and a.s.r. real estate to create the workplace of the future. Using 13,000 m³ of sustainable timber storing 9,000 tonnes of CO₂, the building minimises embodied carbon while targeting Paris-proof performance, BREEAM Excellent and WELL Gold.
Net zero: Insights and experiences in Paris Proof residential renovations
a.s.r. real estate is advancing towards a net zero residential portfolio by 2045 through Paris Proof renovations. Guided by CRREM-aligned roadmaps, the Fund combines deep retrofits, renewable energy generation, and tenant engagement to reduce emissions and energy use. A successful pilot in Houten, now scaled across multiple dwellings, demonstrates how holistic, data-driven strategies can transform existing assets into future-proof, high-performance homes.
Ripple Residence: Denmark’s lowest-carbon residential building
Developed by Nrep, this project in Copenhagen’s Nordhavn district achieves embodied emissions of 250 kgCO₂e/m² and operational emissions in line with CRREM pathways until 2050. Supported by DGNB certifications and green financing, the project shows that low-carbon housing can align with evolving regulatory requirements while remaining commercially competitive.
Amro Partners creates Salamanca’s first BREEAM Outstanding building
Published on 18 Sep 2025
Amro Partners delivered Salamanca’s first BREEAM Outstanding student residence, balancing historic preservation with cutting-edge sustainability. The 170-bed scheme retained its early 1900s façade while introducing a fossil-free, high-performance building envelope. Achieving EPC ‘A’, Fitwel 3 Stars and WiredScore Platinum, it reduces operational carbon by 88% and brings embodied carbon close to 2030 LETI targets, setting a new benchmark for sustainable living in Spain.
Amsterdam CBD’s first hybrid timber office building
Published on 18 Sep 2025
The CubeHouse is Amsterdam’s first hybrid-timber office building, developed on the last available plot in the South-Axis CBD. Designed as the future Dutch headquarters for BNP Paribas and Arcadis, the project combines structural innovation with ambitious ESG goals. Using 13,000 m³ of sustainable timber storing 9,000 tonnes of CO₂, the building minimises embodied carbon while targeting Paris-proof performance, BREEAM Excellent and WELL Gold. With a rooftop garden, shared mobility hub and smart building systems, CubeHouse sets a new benchmark for sustainable workplaces in the Netherlands.
Net zero: Insights and experiences in Paris Proof residential renovations
Published on 18 Sep 2025
a.s.r. real estate is advancing towards a net zero residential portfolio by 2045 through Paris Proof renovations. Guided by CRREM-aligned roadmaps, the Fund combines deep retrofits, renewable energy generation, and tenant engagement to reduce emissions and energy use. A successful pilot in Houten, now scaled across multiple dwellings, demonstrates how holistic, data-driven strategies can transform existing assets into future-proof, high-performance homes.
Ripple Residence: Denmark’s lowest-carbon residential building
Published on 18 Sep 2025
Nrep’s Ripple Residence is a residential development in Copenhagen’s Nordhavn district that explores the commercial viability of low-carbon construction. The project features timber as the primary building material, targeted use of upcycled components, and an integrated energy system combining geothermal, solar, and smart controls. It achieves embodied emissions of 250 kgCO₂e/m² and operational emissions in line with CRREM pathways until 2050. Supported by DGNB certifications and green financing, the project shows that low-carbon housing can align with evolving regulatory requirements while remaining commercially competitive.