Regardless of the current state of the international economy, green building continues to develop. According to McGraw-Hill Construction, the green building market is expected to much more than double from 2010 to 2015, with nonresidential green building expected to triple. Although the intentions behind them are undoubtedly noble, there are flaws that need to be addressed in order to reduce the inherent dangers involved.With the rapid development of green buildings over the past 30+ years, a number of issues have surfaced which have brought on some serious problems throughout the industry. With the amount of innovation in the principles and ethics, the integrity of the buildings themselves have turn out to be compromised. Whether or not it is from the use of green materials that have not been adequately tested, or from intrinsic concerns with the ideology behind the green practices, there is a direct relationship between green building design and building failures.As buildings location a stronger emphasis on green concepts and styles, there has been an increase in the quantity of building problems. One big reason for this is the supplies becoming used. Many of the green products have not been “attempted and true” tested, which increases the level of uncertainty associated with them. Although significant research has been put into testing these supplies, there are several unknown risk factors associated with the actual application of these supplies that contribute to defects and failures. It is essential to take conservative safety factors when considering utilizing green materials for your building.In addition to the concerns related with the green buildings, there are also inherent issues with some of the green building designs and concepts. Although these concepts are innovative and can be extremely beneficial, there are some fundamental issues that can’t be ignored. For instance, wind turbines are excellent sources of clean energy and can drastically reduce energy usage. Nevertheless, the placement of these wind turbines can directly impact the stability of the building, as the structure must be engineered to account for the extra force added from the turbine spinning, as well as the weight of the turbine.Another classic example of a great idea that, unfortunately, often leads to building issues is vegetative/green roofs. Green roofs contain expanding plants on rooftops, which, in theory, replaces the vegetated footprint that the building destroyed upon building. Even though these styles have good intentions, they frequently outcome in water intrusion problems. The design for green roofs is very complex, as they should consist of drainage systems, stronger membranes, and have no room for error. In a common roof design, water is drained and removed from the roof, and pooling is avoided. For vegetative roofs, they harness this water and use it to grow plants, resulting in substantial increases in weight and water volume on top of the roof. Consequently, if there is a minor leak, it can quickly outcome in tremendous damage inside the building. Moreover, due to the complexity of the design, the source of the leak is difficult to detect.As green building designs continue to evolve, so too will the reliability of the materials and designs being used. Nevertheless, any time you have a new technology, there will be an unknown potential risk. Would certainly you such as to research green building in Malaysia a lot more?