innovation

Wool Revolution - Why every Biophilic Designer needs to know about this..

Wool Revolution - Why every Biophilic Designer needs to know about this..

In a laboratory in Manchester, a quiet revolution is brewing that could dramatically reshape the construction industry's environmental impact. LAMDA, a groundbreaking wool insulation panel, promises to challenge the dominance of petrochemical-based building materials while offering a sustainable, health-conscious alternative.

Vicente Orts Mercadillo from Vector Homes and Ruth Marie Mackrodt of Wool Insulation Wales are pioneering a material that does far more than simply keep buildings warm. Their innovation tackles multiple environmental and health challenges simultaneously.

"Construction is responsible for around 40% of global carbon emissions," explains Ruth, highlighting the urgent need for sustainable alternatives. In the UK alone, 9% of the national carbon footprint comes from manufacturing construction materials. The LAMDA panel's credentials are impressive.

How can Biophilic Design help reverse Climate Change?

How can Biophilic Design help reverse Climate Change?

In the urgent battle against climate change, an unexpected hero is emerging: biophilic design. Far more than a trendy architectural concept, it represents a radical reimagining of how we interact with our built environment. We speak with Tom Dolan, a senior research fellow at UCL and leading voice in sustainable infrastructure.

"We're not just adding plants to buildings," Tom explains. "We're talking about a complete transformation of how we design our cities, infrastructure, and living spaces." This approach goes beyond mere aesthetics, offering a comprehensive solution to some of our most pressing environmental challenges.At its core, biophilic design recognizes that humans are intrinsically connected to natural systems. It's an approach that sees buildings and urban spaces not as isolated structures, but as living, breathing ecosystems that can actively contribute to environmental healing.

Take water management, for instance. Traditional urban design channels water away as quickly as possible, creating flood risks and environmental stress. Biophilic design reimagines this, using green infrastructure to slow water movement, improve quality, and create multifunctional urban spaces. "We can capture water, slow its movement through urban landscapes, and create spaces that are both functional and beautiful," Tom argues.

The potential impacts are profound. Buildings designed with biophilic principles could become self-regulating systems that require minimal external energy for heating and cooling. Imagine schools and hospitals where the building itself becomes a learning tool – demonstrating how architecture can work in harmony with natural systems.

This isn't just environmental idealism. There's a compelling economic argument too. Drawing on the "donut economics" framework, Tom highlights how biophilic design can create multiple value streams. A single tree, for example, provides services that would cost thousands to replicate artificially – from air purification to carbon sequestration, from temperature regulation to mental health benefits. READ ON AND WATCH THE PODCAST..

Let there be Light... and Circadian Rhythms

Let there be Light... and Circadian Rhythms

How much do we love to be outside on a fresh bright day, clear blue sky, gentle breeze on our skin, fresh air in our lungs? Our whole body seems rejuvenated and reborn. Well, it's not just all in the mind, it is a physical reaction too. Living in harmony with nature and natural rhythms as we can, keeps us happy and healthy. Eloise Sok-Paupardin, occupant experience and sustainability lead for SageGlass, discusses how important natural light is, how views are essential to our wellbeing as well as regulation of temperature, and more.

When we mess up the natural rhythms of the day by using too much of the same brightness and colour light for hours and hours a day, we mess up our internal body clock.

Eloise demonstrates the new Sageglass technology, an intelligent glass that reacts to sunlight, and which can be manually activated to reduce glare, heat through the glass, vary the amount of sunlight, etc, while still maintaining views outside.

This a really interesting video and podcast, as Eloise stresses the need for everyone's "right to light" and how it is important to create beautiful and good design, but never at the price of the planet…