Rising humidity in masonry walls causes serious problems for buildings, especially historic ones. The upward movement of water by capillary action is called moisture rising. It is one of the major problems facing historic structures around the world. It creates a problem for the structural stability and aesthetic vision of the building. Aesthetic degradation and structural damage to the exterior of the building are serious problems due to rising damp. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essay Moisture penetration into the walls of old buildings that are in direct contact with the ground leads to a migration of soluble salts responsible for many problems in the building environment. Even though the construction and research sector has developed enormously in recent decades, we still do not have adequate solutions for rising damp. In recent years, a lot of research has been conducted and some solutions have been found, but the solutions seem not to be effective especially in the case of old historic buildings where renovations should be done in a particular and more careful way. These techniques are not effective when dealing with very thick walls and heterogeneous materials. The scarcity of effective and adequate rectification measures creates the need for an effective and efficient technique. In this article we talk about the research and experiments carried out in the past and the effectiveness of the techniques they proposed. We believe that many of the techniques currently used to minimize rising damp are not effective. So there really needs to be a better solution. We need to propose a better solution. Rising damp in masonry walls causes annoying problems for old buildings, especially historic buildings. The movement of moisture upward through walls by capillary action is called rising moisture. The rise of soluble salts due to humidity can lead to numerous pathologies. Aesthetic degradation and structural damage to the exterior of buildings are serious effects due to this problem. This creates an unpleasant environment for the people who live there. Rising damp is a serious problem, especially in historic buildings. Even though the construction industry has developed enormously in recent decades, this problem is still present in newly constructed buildings. Therefore, a suitable rectification method for rising damp is required. Moisture in buildings can occur in a variety of ways, such as roof leaks, pipe leaks, condensation and rising groundwater, flooding and poor drainage. Rising damp is one of the most widespread phenomena responsible for the presence of humidity in buildings. It is one of the persistent problems that requires a lot of effort and financial resources to solve. The removal of rising damp in buildings of historical importance and in ancient structures is extremely difficult and undeniably a challenging task due to the constraints associated with historic buildings, the characteristics of the masonry and the aesthetic constraints. Removing rising damp from historic buildings still remains a challenging task and the relevant authorities do not yet have efficient and reliable techniques for dealing with rising damp. The techniques already in use are ineffective so an effective and reliable technique for dehumidifying walls is very necessary. This research intends to propose the most reliable and practically applicable technique to treat rising humidity. Rising humidity is a big deal