Carbon Neutral Architecture
The built environment is responsible for three fourths of annual global greenhouse gas emissions: buildings alone account for 39 percent. Eliminating these emissions is the key to addressing climate change and meeting Paris Climate Agreement targets.
The American Institute of Architects 2030 Commitment sets a goal for all new buildings, developments, and renovations to be carbon-neutral by 203 Read More →
Rammed Earth Architecture
It comes as a surprise to many people to see an architect working in the Pacific Northwest designing and building with rammed earth, which is generally associated with very arid, hot climates and low tech, indigenous building traditions. I became interested in working with rammed earth as an unexpected outcome of research I was doing during the programming phase of a project for a writers' retreat that led me t Read More →
Rammed Earth: Deep Green by Design
A view of earth from space reveals a trace band of blue - our atmosphere - just visible across the sunlit edge of our planet. Below, eighty percent of the globe is coated by salt water but a fraction of the depth of that atmosphere. The remaining surface area rising just above the seas supports an exponentially thinner layer of organic soils. David Suzuki has offered the observation that if we accurately modeled th Read More →
David Suzuki Explores Rammed Earth
In this short film clip, David Suzuki visits a home built with SIREWALL - rammed earth walls that are insulated, steel reinforced, solid sandstone. Unlike traditional rammed earth, SIREWALL is a top tier, cutting edge contemporary architectural material appropriate for any climate.
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Thermal Mass in Architecture
To design and build structures that are thermally comfortable but effectively minimize energy use, it seems clear that some form of thermal mass should be part of the equation in most climates. Thermal mass acts like a 'thermal battery', storing heat energy. It stabilizes internal temperature, absorbing heat energy when the mass is cooler than ambient conditions and radiating it when the mass is warmer than ambient c Read More →
Building Legacy Architecture
Building with durable, inorganic materials such as SIREWALL means spending more initially to create buildings that will not burn, rot, or otherwise decompose. What are the implications of designing buildings that will stand for generations rather than years?A brook trout swims freely... within the boundaries of the streambed. Both the stream and its inhabitants are constantly changing, but the stream structure change Read More →
Building with Organic Materials
All the rivers run into the sea, and yet the sea is not full. Ecclesiastes 1:7
Waste does not exist in nature. In the natural world, everything is cyclical; everything happens in closed loops and dynamic systems of loops. One familiar example would be the hydrological cycle, in which energy from the sun charges the atmosphere with water vapor and moves it inland on thermal currents, where it falls to th Read More →
Reintroducing China to Rammed Earth
China is undertaking the largest building boom in the history of the world. A young and talented pair of Canadian architects are working to introduce SIREWALL rammed earth as a healthy, sustainable option for building beautiful and durable architecture in China.
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You are quietly being poisoned...
Most people assume there is some level of oversight protecting them from unhealthy building. That is not the case. No form of regulatory oversight is concerned with the levels of toxic materials embedded in building materials.
Building codes, for example, primarily focus on issues like life safety in the context of fires and earthquakes.The construction industry is a toxic disaster, from source to installation, and Read More →