ADVANTAGES OF USING WOOD IN CHALETS

ADVANTAGES OF USING WOOD IN CHALETS

Carbon emissions incorporated in the construction sector can account for more than 23% of total greenhouse gas emissions. Responsible origin wood is the only renewable building material available; it is grown naturally and removes CO2 from the atmosphere. Wood production and processing consume much less energy than most other building materials, giving wood products a significantly reduced carbon footprint. Luxury wooden alpine chalet for sale in France are eco-friendly home.

Fight against climate change

To effectively combat climate change, we must remove CO2 from the atmosphere and reduce carbon emissions. Responsible origin wood manages to achieve both of these goals.

In fact, wood stores carbon and consumes much less energy than other important building materials, such as concrete and steel, which are not renewable and require large amounts of fossil fuels.

Wood stores carbon. To produce 1 kg of wood, a tree consumes 1.47 kg of CO2 and releases a little more than a kilogram of oxygen into the atmosphere. When trees are planted and used for the production of wood products, the carbon remains stored in the wood throughout the life of the product. It is far better for carbon to be stored in trees and wood products on the surface of the Earth than in the atmosphere, where it contributes to climate change. Using wood to build houses and other sustainable, efficient and sustainable buildings will help reduce the amount of carbon dioxide in the atmosphere.

Wood is good for health and well-being

The use of wood inside a building has physiological and psychological benefits that replicate the effects of time spent outdoors in nature. The feeling of natural warmth and comfort that wood causes in men has the effect of reducing blood pressure and heart rate, reducing stress and anxiety.

The wood is structurally very strong

The wood is very strong and resistant. A comparison with steel and cement shows that timber has a strength / weight ratio 20% higher than structural steel and four to five times higher than unreinforced cement in compression.

Cross laminating has gained popularity since the year 2000 as an emerging building material.

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