New Construction Incorporates Green Methods

Since the financial crash of 2008 one of the major changes that has taken place on the home building industry has been the rise of the green building in new construction. In 2011 the green segment of the market accounted for 17% of all construction projects with an economic impact of $17,000,000,000. In 2013 this rose to $87,000,000,000. Green buildings, also known as sustainable buildings, are designed to incorporate building processes and materials that are resource and energy efficient. Because of the long history of standard house design and construction methods, the new goal of going green requires the cooperation and feedback from not only the architects and engineers but also the end user at all stages of the building process.

The goals of more efficiency that are being demanded by consumers are being helped by the development of new technologies that complement current practices. Some of the new practices that are being implemented are more efficient use of water, energy and other resources. Other items of concern for builders are homeowner health and the reduction of waste and pollution in the building process.

One method that is being put into practice to achieve this is new construction using natural materials. One of the materials of choice that is being widely used is the straw bale. Straw is a material that is widely available and modestly priced. If you use straw bales as the material of choice in your home, after they are placed they can be sealed with plaster or adobe to help increase the bales structural integrity. Another common design is the Earth Ship. This housing unit uses discarded automobile and truck tires that are packed with earth. After they are packed the tires are then formed into the house shell, which can then be covered with adobe or plaster for additional structural integrity. Many of these Earth Ship homes also use plain dirt and grass for the roof structures. This type of structures emphasizes the green goal of using sustainable resources and reducing the environmental impact of standard construction techniques.

Although these types of structure can seem extreme to some, it is a viable subset of this whole movement. This movement has also had an impact on standard construction practices. New construction techniques may not embrace these types of materials but they have embraced and are utilizing more energy efficient electrical appliances, water and heating systems. One of the big shifts in this area is the use of appliances such as stoves, refrigerators, and HVAC systems that are Energy Star rated. Energy Star is a government organization and an Energy Star rating will give prospective buyers an insight into how the new construction ranks in terms of overall energy efficiency.

This concept of sustainable development and efficiency can be traced back to not only the financial crisis of 2008 but also the explosion of energy prices worldwide. Green building today incorporates many different practices, techniques, and innovations that are designed to achieve its goals. These innovations can include passive and active solar systems for energy production and heat to the use of low impact building materials in the construction process. Even though going green is still in its infancy it holds out great promise.

Prefabricated Construction Method

Prefabricated construction is a building process in which elements or modules of the structure are prefabricated at plants, then transported to the construction site for installation. Using this method can reduce the time of building, also saving construction cost. Prefabricated construction is now widely applied for new houses or other building structures like bridge, tunnels, culverts, water supply system…

The benefits of prefabricated construction method is from the fabrication of standard components on factory floor. This production is less time consumption compared to actual condition of construction process. The prefabricated elements are transported to the site for installing process. At the site, the modules are unloaded, moved into position with the support of heavy cranes, and assembled to form a designed building.

Together with the fast assembly, prefabricated construction also saves a lot of money on the construction project. By using standard patterns, the building materials are saved at the manufacturing factories. This help to reduce the waste in formwork and other materials that can occur during traditional building procedures.

Another considerable profit using prefabricated construction method is the energy efficiency. Because the prefab elements of a panelized home are precut, they fit snugly together, making for a tighter edifice. This means less effort for heating and cooling, resulted in lower energy bills.

The rapid development of prefabricated houses has led to the increasing of construction templates that homeowners have more choice for designs of their houses. By combining these templates, it is possible to design the layout of the house, specify the dimensions of each room, and build a home that is exactly to the specification of the owners. There are also complex building plans for prefabricated construction that can be adjusted slightly and still have the benefit of using materials of standard lengths, widths, and textures.

New Construction Methods – Innovations in Commercial Construction

Did you know about the existence of new and innovative commercial construction designs, services and products? It is absolutely true that there are such things. Some companies are committed to utilizing dynamic science to lead to the discovery of and development of new and innovative products. Additionally these companies have come up with new products and integrated systems that have the industry as a whole continually reinventing itself. We will examine some of these more closely in this article.

For those people who thought innovative construction methods were only possible for residential structures, think again! The commercial construction industry is right behind them. Some participating companies are helping to enhance the performance of building methods and make commercial buildings safer and more durable; in addition to reducing their operating costs. All of these things factor into some designs that are especially attractive to people who are looking at them.

Not only do innovative commercial construction methods make a building safer and more attractive; they also help contractors abide by various building code challenges, which tend to differ based on where in the world they are located. A vital part of a contractor’s job is to balance these different needs and various building codes, all at the time of construction. This is an extremely daunting task, but one most companies can master.

One specific kind of construction is known as “tilt-up construction.” This is where “a tilt-up building’s walls are created horizontally in large slabs of concrete called panels. The panels are then lifted, or tilted up, into position around the building’s slab. This means the tilt-up structure’s exterior wall is virtually finished when it is tilted into place.” This type of construction gives a commercial project the illusion of having been completed overnight. In reality there is often much work left to be done on the INSIDE to make it truly ready to open for business. Nevertheless; with this kind of construction, the overall time it does take to finish a project is relatively quick.

Another facet of the commercial construction industry to be greatly enhanced by new innovation techniques is commercial roofing. After all, no building is complete without a roof, right? There are specific companies out there who strictly focus on constructing roofs. The best ones have completed 5000+ roofs over their years in business and have received literally over one hundred positive customer reviews. Not only will these companies build your roof in the first place, they provide repair services for catastrophic natural disasters such as severe storms. They typically also offer free inspection services in order to determine if any damage has been done following a storm; or, at the completion of the roof when a building is finished.

The New Construction Methods

The development of new construction methods evolved together with the new materials, it is not possible for its development if it is not associated with it. For example, large glass panels could not have been used in the eighteenth century even if they had been available. No large-span lintel-support back then. Both new materials and new methods are developed to be able for the architects to be free to design. Present day structures are usually a combination of old and new skeleton-frame, curtain wall and cantilevered construction are good examples of old post-and-lintel.

The skeleton frame is one of the first methods developed. It employs modern materials. It is an open frame to which a wall covering is attached. The frame is the primary support and the covering is the shelter. It became popular because it is light, strong and usable. It is common in family dwellings. Steel-cage construction is a skeleton frame using steel for the skeleton.

The shapes are the architectural restrictions of shapes, such as square, cube, triangle, octagon, pyramid, pentagon, circle, and sphere used by most architects. This has come about with the development of materials that are stronger, lighter, and with many uses.

The sizes are the advances of sizes to a size greater then ever before. Sears Tower, tallest building in Chicago, but as technology develops even more buildings can increase to sizes previously thought impossible. Who can say what will be possible?

The location is the architect choosing, because design is not just its enormous size but also locations unthought of years ago. The advances in architectural and engineering will make more possible and workable locations.

The components are constructed piece of a building, it is the parts or sections made in advance. The use of components allows the builder to construct away from the site. Some examples of components are, assembled windows, trusses, or molded bathrooms.