Advancements in the realms of moist proofing and the improvement of buildings have poured out at an extreme rate lately, so much in fact that these advancements have made an extreme difference in the efficiency of wet treatments. This has proven to be greatly cumbersome because dampness and the problems that can become of these structural issues in a building due to these moisture retaining gardens.
Dampness in Sydney�s dynamic climate can lead to severe structural and indoor air quality problems within buildings. New systems for water resisting and associated systems mean we can make houses more energy efficient and echo friendly.
What follows is an extensive rundown of the most leading and cutting-edge technology and practices that are taking the world by storm.
Damp proofing techniques involve employing one of several materials that repel moisture.
Nanotechnology
Nanotechnology is now being utilized in the field of damp proofing to enable metallic particles to be injected into building materials during the production process of such materials to provide them with self-sensing capabilities.
Nanotechnology is used in the field of damp proofing to create damp-proof coatings that are more efficient surfaces that are at risk of being damp.
The nano-coating is a hydrophobic coating sprays, they are using a nano technology to spray coatings directly on to textiles and non-textile surfaces, also these products are not only good quality it reusable and long-lasting product, by using these products you save money on re-applying traditional coatings.
Smart sensors
Smart sensors for moisture detection are changing the way we monitor and control humidity in different environments.
The sensors can be installed in the fabric of the building to monitor and provide real time information on the moisture level in the structure.
When we can identify the problem at an early stage we can put it right before it gets worse. By dealing with the issue early on we can prevent problems from getting any worse, this is particularly important when we are dealing with something toxic like damp and safety issues with wiring. The trade is continuously changing to usage renewable materials which have lower effects on the environments.
Lime based Plasters and Renders.
Some of the alternative options are lime based plasters and renders. Lime is breathable and is known to help naturally regulate humidity. By opting for lime based plasters and renders, you can actually help reduce the chances of damp.
By sourcing materials locally, we reduce the carbon footprint associated with their transportation.
With technologies in today's world relating to dehumidification getting better everyday and also becoming more and more efficient in relation to energy, it has been seen that the systems are able to cover greater areas making them most commonly used in commercial and larger domestic buildings. These complex internal parts of the air conditioners draw the humidity out of the air and thus reduce the dampness and moisture.
Infrared Thermography
In regard to infrared thermography it is seen as a non-destructive practice that is utilized to locate moisture as well as mold that is located behind any specific surface.
Professionals identify areas with too much moisture through identifying the differences in thermal patterns. This eliminates the need for extensive and invasive explorations.
To waterproof, with molecular sealants is to have them infiltrate into a pervious substrate's place and fastening to one another by means of a chemical reaction, prohibiting from water leakage.
This method not only stops the growth of existing moisture, but also prevents future water intrusion, step offering a long lasting and sustainable answer.
Dampness is now understood as an interrelated problem that is usually associated with poor building design, which can lead to a wide range of other issues such as structural damage. Therefore, it is now as important that any new builds or renovation takes on board the standard measures of designing in measures to prevent damp, which includes for example good sub-floor and cavity ventilation. Other buildings mentioned in the research are the traditional post construction applied houses which include the Laois bungalow (Figure 5, Figure 6) which has all its retrofit insulation internally. The results of these houses were not concerning and according to the graph below it is evident why. The standard building design feature is the same as the previous examples but the only difference is they are sealed and airtight. They are now of little concern for dampness but in terms of mould the occupants would have to rely on ventilation by way of windows etc. to overcome that.
From the start of the project, professionals in the architecture and engineering industries are closely examining ventilation, insulation, and material selection to create buildings that are naturally resistant to moisture and require less upkeep. An ongoing professional development for the professionals in the industry is vital for them to keep up to date with the latest methods and technologies.
The new approaches to fixing damp in historic buildings is a bit of a step change.
As the industry continues to grow and needs to meet certain regulations incorporating on advanced technologies you will find that the use of green materials has also began emerging in the industry to help better it and add more value. Finally, integrated designs have taken a forefront in the damp proofing industry, from environment design to innovative wall design, to new energy system just to name a few the industry is ever growing and companies are finding new ways to add-value to the customer as well as attraction.
In conclusion
Moisture and dampness are two major causes of buildings collapsing in Sydney. With the ongoing technological advancements being realized there is significant hope that one day buildings in Sydney will be constructed in such a way that they won�t be affected by dampness. What this therefore means is that people will be able to live in those buildings very comfortably without fearing that something bad could happen to them. By now I think you ladies and gentlemen you know the reason as to why I have chosen this topic.