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The real estate and construction sectors are held back by an under-investment in innovation. Short-term focus and fragmented value chains prevent the improvement of efficiency.
The lack of innovation has also resulted in an industry that is now responsible for 39% of global energy-related CO2 emissions and more than 35% of our waste. Changing the way we build provides a tremendous opportunity to drastically limit the environmental impact and improve the productivity of the construction sector at the same time.
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We do things differently by not designing each building as a unique one-off. Also, we include technical installations and building maintenance from the start of the design process to improve the construction and use of the building.
We have created a set of standardized building elements that will allow our architects to design a wide variety of buildings with excellent architectural quality. By using off-site construction technologies, we will be able to make efficient buildings with a low climate footprint while providing tenants with a more affordable and comfortable place to live.
In our building system, we combine different off-site construction technologies to provide our architects flexibility in designing to the local urban fabric while creating high quality buildings.
We use a columns & beam systems on the ground floor to create flexible open spaces for shops and communal areas.
We use volumetric elements that contain all the complex and labour-intensive areas in our buildings to de-risk construction and ensure a high-quality and fast delivery schedule.
Panelized elements provide flexibility in the building volume and help us create façade variation.
Digitalisation is a critical enabler for all we do. Our architects are supported by tailored software to generate and validate many building layouts in a short amount of time. A predetermined apartment catalogue helps them quickly and precisely configure building volumes and optimise them for efficiency, costs, carbon emissions, circularity, energy use and many other things.
The digital models are linked to the off-site products of our supply chain partners, who play a crucial role in our development process and are involved in all stages of our projects.
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To improve the social and environmental impact of the entire built environment, we need to reach beyond our own portfolio of projects.
For that reason, we initiate research projects that will bring value to the entire real estate sector. To maximise the impact, we will make the results freely available for all. These projects take place in collaboration with leading institutions and are funded by philanthropic grants.
To accelerate the transition from traditional construction towards circular and CO2-saving building methods, we created a website that provides extensive information on how to transform the way we build to pursue a sustainable built environment.
The project is a collaboration with the Technical University of Denmark and Delft University of Technology and is sponsored by the Aase and Ejnar Danielsens Foundation.
Based on the Doughnut Economy principles by economist Kate Raworth, which defines the social foundation and planetary boundaries of sustainable economic development, this project defines the impact of these boundaries at an urban development level.
The result will be a set of practical calculation tools for the real estate sector to help develop projects that provide sustainable communities with respect for the planetary boundaries.
The project is a collaboration with the Doughnut Economics Action Lab, the Stockholm Resilience Centre, BUILD, Sweco, EFFEKT, Vandkunsten, SLA, and the Danish Green Building Council, and is funded by a grant from Realdania. The first publication from the project is launched in June 2023.
Based on the theory of the Circular Economy developed by the Ellen MacArthur Foundation, the book explores the synergies between circularity and industrialized construction.
Circular Construction for Urban Development introduces principles, methods and tools. These include principles such as design for disassembly, material and building passports and circular business models, along with a new perspective on circular life cycle assessment. The tools presented help measuring the degree of circular construction and translating planetary boundaries into concrete targets for individual buildings.
The project is a collaboration with Aalborg University - BUILD, EFFEKT, Sweco and Vandkunsten, and is funded by Realdania. The book is first published in June 2024.
Circular Biogenic Building System is a project collaboration between Home.Earth and leading companies from the construction value chain in Denmark. The project was initiated in the spring of 2024, and in the coming years, we will work together to find circular and biogenic solutions that can optimise Home.Earth's Building Delivery System.
The objectives of the project collaboration are to: Reduce the climate footprint to 4 kg CO2-eq/m²/year by increasing the use of biogenic and upcycled materials. Increase circularity to 90% by promoting the use of design for disassembly, material passports, and take-back schemes. Demonstrate the solutions in connection with the realisation of a larger building within the next few years. Establish a full circular value chain in Danish construction.
The value chain collaboration is supported by the EU and the Danish Board of Business Development.
We are a group of experienced specialists with complementary backgrounds. Our expertise ranges from real estate investments to urban development, architecture, sustainability, manufacturing and construction.
Want to join us?
