Engineers are questioning your eco-friendly design approach. Can you convince them of its sustainability?

Los materiales ecológicos para construcción pueden ser tanto o más eficientes que los convencionales. Para poder elegirlos es importante comparar y evaluar todos sus aspectos técnicos: - conductividad, capacidad térmica y densidad - huella de carbono - hidrorrepelencia - durabilidad

I would argue that choosing materials from a life cycle perspective and not just the technical characteristics is crucial so that we can fulfill existing and new requirements from private and public actors. If we omit sustainability in materials, there is a clear risk that we build something that will fail to live up to the standards of market today, that demands lower climate and environmental impact, thus being inefficient and unattractive investment. Materials have also a big effect on health of the users, meaning that eco materials help us to build healthier places, again creating value for investors and users alike.

At Connor Ferris Architects, we firmly believe that eco-friendly design is not just a trend but a fundamental necessity for the future of architecture and urban planning. Here are the key points that underscore the sustainability of our design approach. Our eco-friendly design approach encompasses a holistic view of sustainability, integrating environmental, social, and economic considerations. Our projects use environmentally friendly materials: Locally Sourced: Reducing transportation emissions and supporting local economies. Recycled and Recyclable: Minimising waste and promoting a circular economy. Low-Impact: Choosing materials with minimal environmental impact during their lifecycle, from production to disposal.

Tech industry: incorporate power consumption as well as water use in product design. Most data centers can provide architectural guidelines, although AI and LLM is new enough that you're a bit greenfield. Everyone else: understand the power consumption of the products you're choosing.

Una de las herramientas que utilizo para evaluar el rendimiento energético de un edificio sostenible es la simulación energética, que sirve para comparar alternativas y su impacto durante la operación del edificio. Conociendo el ahorro de energía proyectado a futuro se vuelve más fácil la decisión y elección de materiales y sistemas en el presente.

We prioritiSe energy-efficient designs that reduce the overall carbon footprint of our buildings. This includes: Passive Solar Design: UtiliSing natural sunlight for heating, lighting, and ventilation, reducing reliance on artificial energy sources. High-Performance Insulation: Implementing advanced insulation materials to minimiSe heat loss and gain, ensuring buildings maintain comfortable temperatures with less energy consumption. Renewable Energy Integration: Incorporating renewable energy sources such as solar panels and wind turbines to generate clean, sustainable energy on-site.

We design with water conservation in mind, employing strategies such as: Rainwater Harvesting: Collecting and utilising rainwater for non-potable uses like irrigation and flushing toilets. Low-Flow Fixtures: Installing low-flow faucets, showerheads, and toilets to reduce water usage without compromising performance. Greywater Systems: Recycling greywater from sinks and showers for landscape irrigation, reducing the demand for fresh water.