Handcrafted log house
A+ -1290kg CO2/t ID 32ff
This house has a net carbon footprint of -123 963 kg of CO2, taking into account both the emitted CO2 from fossil fuel use as well as the captured CO2 during the photosynthesis of the wood material.
|96.1||t is the weight of the house|
|-123,962.7||kg of CO2 per whole house|
|28,086.4||kg of CO2 (emitted)|
|152,049.1||kg of CO2 (sequestered)|
|-1,290.1||kg of CO2 per tonne|
-1290 kg CO2/t
273 kg CO2/t
|255.6||t is the weight of an equivalent brick house|
|69,794.7||kg of CO2 per whole house|
|69,794.7||kg of CO2 (emitted)|
|0.0||kg of CO2 (sequestered)|
|273.1||kg of CO2 per tonne|
Your product’s class is A+ with -1290 kgCO2 per tonne.
Hover over the classes to find out what they mean.
-1290 kg CO2
"A+" class houses are carbon negative and sequester more CO2 within their wood fibre than is released during the production of the house. Loghouses belong to this class.
A-class houses are carbon neutral or carbon positive up to 500 kgCO2/t. Most wooden houses fall in this category.
B-class emissions range from 500 to 1000 kgCO2/t. A simple brick or concrete house would fall in this category.
C-class emissions range from 1000 to 1500 kgCO2/t. Most complex brick or concrete houses would fall in this category.
D-class emissions range from 1500 to 2000 kgCO2/t. Brick or concrete houses of this class contain a lot of glass, insulation and metal.
E-class emissions range from 2000 to 2500 kgCO2/t. A house built of plastic Lego bricks would fall in this category.
F-class emissions remain above 2500 kgCO2/t. A house built of stainless steel would fall in this category.