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Draughts can cause significant heat loss and create an uncomfortable indoor environment. Effective draught proofing is a first step in making a space more sustainable. It helps seal gaps and cracks, keeping cold air out and warm air in. This directly contributes to lower energy bills.
Sealing invisible gaps around windows, doors, and in walls requires a targeted approach. Flexible draught strips made of rubber or foam are suitable for doors and windows that are opened and closed frequently. For fixed gaps, such as along skirting boards or in corners, sealant or PU foam is an appropriate solution. At letterboxes, a draught-excluding brush can block the flow of cold air. Proper sealing reduces the required heating capacity and increases living comfort.
Optimizing the heating system is a core part of sustainable living. This goes beyond just the heat source; it also involves how heat is distributed and retained.
Materials that increase heating efficiency contribute to lower energy consumption. Radiator foil, placed behind the radiator, reflects heat back into the room instead of letting it escape into the wall. Pipe insulation reduces heat loss in pipes running through unheated areas, improving hot water delivery efficiency. Smart thermostats allow for precise temperature control and adaptation to occupancy or fixed schedules, helping to prevent unnecessary consumption.
Reducing water consumption is an important aspect of sustainability, both ecologically and financially. Small adjustments can already make a significant difference to the total water bill.
Water-saving devices can easily be integrated into existing installations. Water-saving taps and shower heads mix air with water, reducing flow without compromising experience. A cistern limiter in the toilet helps reduce the amount of water per flush. For outdoor use, a rainwater barrel can collect rainwater for garden irrigation, reducing dependence on mains water.
Water-saving product | Application | Expected impact |
---|---|---|
Water-saving shower head | Showering | Up to 50% less water |
Aerator (tap aerator) | Taps (kitchen, bathroom) | Up to 30% less water |
Cistern limiter | Toilet | Less water per flush |
Rain barrel | Garden irrigation | Less mains water needed for garden |
In addition to direct solutions for draughts, heating and water, there are other materials that contribute to the overall sustainability of a building. These range from small adjustments to larger installations.
Besides direct solutions, there are general materials that support the sustainability process. This includes insulation materials for roofs, floors and walls, which help create a more stable indoor climate and reduce heat demand. Tools for monitoring energy consumption, such as energy meters, can also provide insight into further savings opportunities. It is important to select the right materials suited to the specific construction and desired sustainability goal.
[Reference to blog article: "Step-by-step insulation guide for your home"]