Carbon negative architecture
Carbon negative architecture is architecture whose construction, operation and eventual demolition results in more atmospheric carbon and greenhouse gasses removed from the atmosphere than that which is emitted as consequence of the same.[1] This is achieved by rigorous planning, regenerative architectural design and on-site carbon sequestration. Such buildings go beyond the carbon-neutral or net-zero approach, which simply means that buildings can still emit CO2 as long as the operators offset (or remove) those emissions from the atmosphere by the same amount in other places.[2]
Features[edit]
Some features of zero or carbon negative buildings are:[3]
- Minimised use of fossil fuel energy in the supply chain and construction process.
- The use of materials which store atmospheric carbon in the building fabric.
- Minimised emissions of greenhouse gases during the lifetime and eventual demolition o the building.
- Capture, generation and export of renewable energy.
- Control of airtightness and/or ventilation and breathability of structure depending on climate.
- Durable, resilient, low-maintenance, fire- and weather-resistant structure.
- High level of insulation where appropriate.
See also[edit]
References[edit]
- ^ DeWeerdt, Sarah (2020-11-17). "The rise of the carbon-negative building". Anthropocene Magazine. Retrieved 2022-05-23.
- ^ Allen, Jessica. "Net-zero, carbon-neutral, carbon-negative ... confused by all the carbon jargon? Then read this". The Conversation. Retrieved 2021-05-20.
- ^ "It's Time to Make Carbon Negative Buildings the Norm". Energy Central. 2018-07-07. Retrieved 2021-05-20.