One of the key areas addressed in this project was the storage area. To combat dampness and moisture, a cavity drain membrane system was applied. This innovative solution involved the installation of a waterproof membrane with integrated drain channels. These channels effectively collected any water ingress and directed it away from the internal space. By utilizing battens and marine plywood, a secure and dry environment was created, allowing for the storage of belongings without the risk of damp-related damage.
Another important aspect of the property upgrade was the complete damp-proofing and renovation of the toilet. To address the existing damp issues, crystalline DPC injections were applied. This process involved injecting a specialized chemical compound into the affected walls, creating a waterproof barrier that prevents the rising of dampness. Furthermore, a waterproof render was meticulously applied to the walls, followed by the application of TT55 Tanking Slurry. This comprehensive approach provided a robust and durable solution to ensure a dry and moisture-free toilet area.
Installation of a Heat Recovery Ventilator:To improve air quality and combat condensation, a new heat recovery ventilator was installed. This modern ventilation system not only effectively controls humidity levels but also reduces energy consumption. The heat recovery feature enables the exchange of stale indoor air with fresh outdoor air, while simultaneously retaining heat energy from the extracted air. This ensures a comfortable and healthy living environment, free from excess moisture and stale air.
Upgrade of Doors and Door Frames:As part of the property upgrade, the doors and door frames were also given attention. By replacing old and damaged doors and frames with new, moisture-resistant alternatives, the property’s overall integrity and aesthetic appeal were significantly enhanced. The upgraded doors and frames provide a better seal against moisture, contributing to the overall damp-proofing efforts and improving the property’s security and energy efficiency.
Conclusion:The comprehensive property upgrade in Streatham showcases the successful resolution of dampness issues through advanced damp-proofing techniques, installation of a heat recovery ventilator, and upgrading of doors and door frames. By applying a cavity drain membrane system in the storage area, dampness was effectively managed, ensuring a dry and secure space for storage purposes. The damp-proofing and renovation of the toilet area using crystalline DPC injections, waterproof render, and TT55 Tanking Slurry provided a long-lasting solution to combat damp-related problems.
Additionally, the installation of a heat recovery ventilator contributed to improved air quality and humidity control throughout the property. Upgrading the doors and door frames not only enhanced the aesthetic appeal but also strengthened the property’s resistance to moisture.