Sustainability Science
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Sustainability Science
How might we keep the lights on, water flowing, and natural world vaguely intact? It starts with grabbing innovative ideas/examples to help kick down our limits and inspire a more sustainable world. We implement with rigorous science backed by hard data.
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Passive Houses: 13 Reasons Why the Future Will Be Dominated by this New Pioneering Trend

Passive Houses: 13 Reasons Why the Future Will Be Dominated by this New Pioneering Trend | Sustainability Science | Scoop.it

Passive Houses are essentially buildings which use very little energy for heating and cooling, whilst also providing a high level of comfort. 

The houses are so energy efficient they can save up to 90% in heating costs. One of the main focal points of Passive Houses is minimizing air leakage from the property. In fact, for a house to be certified, ‘the building must not leak more air than 0.6 times the house volume per hour’. The houses implement the latest in insulation technology, triple-glazed windows, balanced energy recovery ventilation and limiting thermal bridging, being heated mostly using ‘passive’ energy from electrical equipment, people and passive solar gains...


Via Lauren Moss
PIRatE Lab's insight:

A quick primer for those who have never thought about passive management of energy via building design.

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Rescooped by PIRatE Lab from green design
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Passive House And Net Zero: The Zero E House

Passive House And Net Zero: The Zero E House | Sustainability Science | Scoop.it

The Zero E House was designed by Neil Burford and Alex Pearson of Joseph Thurrott Architects of Dundee, Scotland.

The architects envisioned a home constructed of timber, zinc, and polycarbonate cladding, with cross-laminated timber (CLT) structural walls. CLT –which has been used in Europe for a decade or so, but has yet to see widespread use in North America — is an engineered mass timber product that bears little resemblance to traditional wood. It is composed of dense, solid panels of wood engineered for strength through layers of laminations that meet (and in some cases exceed) the performance of reinforced concrete, but with less ecological impact.

These walls, combined with hemp fiber insulation, form the tight, highly insulated building envelope necessary to keep heating and cooling costs to an absolute minimum, as per Passive House strategy, while putting less demand on the home’s renewable energy systems in order to achieve net zero status...


Via Lauren Moss, xllordes
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Rescooped by PIRatE Lab from green design
Scoop.it!

Passive House And Net Zero: The Zero E House

Passive House And Net Zero: The Zero E House | Sustainability Science | Scoop.it

The Zero E House was designed by Neil Burford and Alex Pearson of Joseph Thurrott Architects of Dundee, Scotland.

The architects envisioned a home constructed of timber, zinc, and polycarbonate cladding, with cross-laminated timber (CLT) structural walls. CLT –which has been used in Europe for a decade or so, but has yet to see widespread use in North America — is an engineered mass timber product that bears little resemblance to traditional wood. It is composed of dense, solid panels of wood engineered for strength through layers of laminations that meet (and in some cases exceed) the performance of reinforced concrete, but with less ecological impact.

These walls, combined with hemp fiber insulation, form the tight, highly insulated building envelope necessary to keep heating and cooling costs to an absolute minimum, as per Passive House strategy, while putting less demand on the home’s renewable energy systems in order to achieve net zero status...


Via Lauren Moss, xllordes
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