When thinking about the big picture of a construction project and what all goes into the development of a construction project, the environment is a big factor. There are many different regulating associations such as the USGB (United States Green Building Council), BMRA (Building Material Reuse Association), AEES (The American Ecological Engineering Society), and many more that give and set good examples. Hong Kong has found a way to measure construction waste and develop a way to reuse a prominent part of typical construction waste. The effects of the environment from construction projects and the ways to reduce these effects.
In America, one of the most well-known green building or sustainable building is LEED (Leadership in Energy and
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Waste management and reduction is another suggested way, reducing the waste that is taken off the site that ends up in landfills. This includes everything from start to finish, how much waste is leaving the site and where it is safely going to be disposed of. (Green)
An article out of the Journal of Construction Engineering says, “…estimated that around 33% of on-site waste is related to project design. Therefore, reduction of waste should not be the sole responsibility of the construction company, as the client and designer can make environment friendly choices in the program of demands and designs. Studies indicate that waste of materials is usually higher than normal figures assumed by construction companies in their estimates” (Chinyio). The sustainability of materials used should be calculated in the design and not necessarily put on the general contractors to figure out the most environmentally friendly construction materials. The same article conducted a study with construction waste and the total construction material costs and “… the findings of this study show that waste is a major contributor to the cost of construction. The total cost of waste is expected to be 30% of the cost of materials” (Chinyio). The design should take into consideration the amount of waste and try to reuse, reduce, and recycle some of the material into the design. Life-cycle assessment is very important because in the construction industry the life expectancy and maintenance play
The WMP looks at the waste generated during the demolition and construction stages of a new development and ongoing management of the development, with attention on waste reduction.
Web-Based Construction While most professions have been quick to embrace the information age, the construction industry has fallen behind in using new technology. However, web-based systems, designed specifically with public works professionals in mind, are emerging to help improve project management and overall efficiency. Time is among the precious commodities on construction sites.
Today’s Designers, Architects and Constructors have a duty of care to strive to produce energy efficient and energy saving buildings. Where possible the sustainability of resources / materials and techniques must be a primary concern in the decision making process.
This paper contains a STEEP (Social, Technological, Environmental, Economical and Political) analysis of the implications on sustainability in construction. The STEEP analysis will be based on 5 different peer-reviewed journals that I have read on each area of STEEP. These journals will be cross examined and compared to one another to see if there is any correlation between them. Firstly I will talk about each journal and summarize what it is about; I will then try and relate the journals to each other in some way. If one journal cannot be related to any of the others, I will state this in my conclusion and provide a reason why there is no connection or relationship between that specific journal and the others.
According to an article on the Indiana State University website over the construction started in 2010, of the 12 major construction projects due to finish, only one of them concerned the well-being of our disabled students. Brought to the universities attention and fixed, the 2 lecture halls in Holmstedt Hall were finally accessible to our disabled students. Does this mean that if we have halls and buildings that are not accessible that our campus has the threat of having more construction in the near future? With this, does it mean that until the construction is complete, our disabled students will struggle even more?
A: Various construction companies are being called upon to reduce enviormental impact and this site can help to make that easier.
Construction projects use a significant amount of materials and supplies. When these materials are used in a socially and environmentally responsible way, it improves your personal relationship with the environment and reduces your impact on the earth.
Provide design information to: the principal designer (if involved), for inclusion in the pre-construction information and the health and safety file
Going green is a phrase that has swept America back and forth multiple times over the past few decades. No matter where one is to go, a person is likely to see something that contributes to the environment. This could be anything from community cleanup programs, to designated bins for trash and recyclables. Even the way buildings are made contribute to the topic of going green. One reason why industries take up the theme of going green is to the fact that there is money to be made. Minimizing waste in construction and manufacturing help companies to save money.
Reusing and recycling materials reduce the use of natural resources, which further protects habitat destruction, reduces waste generation and pollution. Existing public infrastructure can influence the site selection for buildings and hence the current LEED site assessment process involves reporting of the neighboring buildings and facilities. LEED also accounts for the energy used in commuting to and from the building site and hence has provisions to report proximity to any kind of transportation infrastructure in site assessment.
In modern times, there has become a greater desire from those in the construction industry to work together to create more environmentally sustainable buildings. Clients have an incentive to request more environmentally sustainable buildings to satisfy potential regulations, to cut down on energy costs, and potentially to gain favourable publicity/media. Designers are ever-more encouraged to propose innovative buildings which optimise materials and techniques to ensure greater environmental sustainability in an effort to win contracts. In a planet where resources are diminishing at an exponential rate, and civilization is accepting the detrimental impact contemporary living is having on the
The construction industry is a major contributor to the world wide. The long term objectives of any
Sustainable construction must be considered as the proper response to the ongoing practices that are currently applied in the construction industry to deliver its products. A study carried out by BREA and AEAT reveals that only “in England, construction, demolition and refurbishment activities produce around 33% of all waste”; furthermore, “around 380 million tonnes of resources are consumed by the construction industry each year” (BRE; AEAT, 2012). The scope of the negative impact the construction industry is having upon the environment through processes such as the acquiring of materials, the procedures undertaken to develop products and their eventual deposition, became a UK government must-solve issue. Tony Blair, as a reply to the global scientific consensus of climate change being a result of human activity stated that “we can move the debate from whether there is a problem to how to deal with it” (HM Government, 2011).
We, humans, are producing waste every day, polluting and destroying our planet. To save the world, many people believe recycling is the obvious solution. It is the process of converting certain waste into a reusable material. Therefore, the recycle motto is “Reduce, Reuse, and Recycle”. However, have you ever wondered why the word recycle is placed at the end? Well, it’s because it is not the only way to reduce waste and save the world from global warming. Recycling may have many advantages, but its disadvantages’ list is not a short one either. Recycling may look very simple and easy method, but when there is a need for a new unit of waste recycling, it takes up a lot of space. Not to mention the amount of money the building costs along with paying the staffs, buying new utility vehicles, upgrading the recycling unit and different types of chemical disposals. It is not only expensive but also, unhygienic, unsafe and unsightly with piles of waste materials on every location. These wastes spread infectious diseases putting human health at risk. Aside from recycling
Solid waste is the unwanted or useless solid materials generated from combined residential, industrial and commercial activities in a given area. It may be categorised according to its origin (domestic, industrial, commercial, construction or institutional); according to its contents (organic material, glass, metal, plastic paper etc); or according to hazard potential (toxic, non-toxin, flammable, radioactive, infectious etc). Management of solid waste reduces or eliminates adverse impacts on the environment and human health and supports economic development and improved quality of life. A number of processes are involved in effectively managing waste for a municipality. These