Sustainable concrete construction is a step towards green and eco friendly concrete construction practices to solve global environmental problems. That is, the construction industry The elements of building design related to energy, water, and materials are examined to demonstrate how construction processes can ensure that our buildings are truly sustainable. He studied at Bristol Polytechnic, London University, and Cranfield Institute of Technology, gaining his PhD from Plymouth University. This book explores the concepts and practicalities that lead to sustainable construction. The biggest drawback of concrete is deterioration which has been risen in many countries. Sustainable Construction Processes: A Resource Text provides a source guide along this journey, whilst also discussing the challenges and uncertainties that arise when constructing a building worthy of its sustainable credentials. All Rights Reserved. However, sustainable construction does not only refer to the design of the building, but also to the phases of construction, use, maintenance, and deconstruction. Sustainability is rapidly gaining momentum on a global scale. Sustainable construction minimizes the dependence on natural resources. Companies are questioning whether traditional construction processes will ensure continuing cost reduction, repeat business and profits. The idea for this book came from the need for a text, suited to Plymouth University’s students, that would cover sustainable construction as a process rather than simply focusing on the needs of a designer. This emission can be reduced by using blended cement in which industrial by product like slag that replaces part of clinker. It is necessary take all the life stages of concrete in order to assess the environmental impacts Figure 1 : Figure 1 Stages considered for estimating environmental impact. Changing cement production technology is another way of improving energy efficient. Please enter your email address. Land contamination remediation Construction engineers practice sustainable site selection steering clear of natural land resources such as animal habitats, floodplains, and agricultural areas. Decreasing emission from electricity and fuel utilization can be gained by improving energy efficiency which cause cost production reduction as well. Sustainability in building developments is a vast and complex subject that must be considered from the very earliest stages as the potential environmental impacts are very significant (ref. A flexible design means the structure can be used longer, preventing the negative impact involved in tearing down a… When it comes to reducing waste in construction, a quick solution is using an alternative to traditional concrete. Sorry, you do not have permission to ask a question, You must login to ask question. 2- Prolonged service life of concrete: how to extend the operational life of concrete is the most important factor because not only does it decrease the amount of demolition waste of current buildings but also save virgin materials. Concrete is a construction material which has been used substantially all over the world. Sustainable Concrete Construction Methods and Practices, Methods for Achieving Sustainable Concrete Construction, Different Types of Concrete Curing Compounds, their Properties and Uses, Building Construction in Hilly Regions – Site Selection, Planning and Design, Machu Picchu: Construction of the Lost City of Incas. Table 1: Choices of improving energy efficiency for cement production process. However, the underlying principles of how we build sustainably and the basic tools that are required for this task remain relatively static. Some of the excellent ways through which sustainable building projects save resources include: 1. Sustainable construction is broadly taken to signify the responsibility of the construction industry for the efficient use of natural resources, minimisation of any ... of method to describe the application of the processes at the early, strategic stages of a . • enables the construction professional to achieve optimum solutions, both in design, process and the aftercare of buildings. Sustainable Construction Processes. However, several studies have called for the need to mitigate the considerable environmental impacts, especially air pollutant emissions and energy consumption, generated by construction processes. His main focus has been the assessment and monitoring of existing buildings specialising in the in situ measurement of the thermal properties of building materials, particularly the use of thermal imaging. What is the percentage of carbon in wrought Iron? Rising population density and increasing demand for concrete have exacerbated the situation. This sustainable design can apply to a single-family home, as well as a multistory office building. In this way, structures can recover quickly after disaster strikes. Global warming due to emission of CO2, increasing landfill sizes, and pollutions is the result of these impacts. Sustainable construction also involves improving the durability and resiliency of buildings. Large proportion of energy is used during cement production, and it comes from fuel combustion, so it is possible to obtain large reduction in energy employment by mitigating efficiency of fuel. Concrete accounts for half of all construction waste generated each year; more than 500 million tons worldwide! “Green building (also known as green construction or sustainable building) refers to both a structure and the application of processes that are environmentally responsible and resource-efficient throughout a building’s life-cycle: from planning to design, construction, … Sustainable concrete construction is a step towards green and eco friendly concrete construction practices to solve global environmental problems. In a recent study conducted by Booz Allen Hamilton for the USGBC, they expect green construction spending to increase from $150.6 billion in 2015 to $224.4 billion in 2018. Sustainable construction includes three critical elements — environmental impact, social responsibility and economic efficiency. The effect of concrete is taking place in different stages from extraction of the raw material until the end of structure life. This text follows the process of sustainable construction from an idea to the creation of a sustainable building. Finally, we consider potential areas of growth and present some contrasting visions for the future of sustainability. About 3% water on earth is fresh and it going to be rare in most of continents, so recycling water could be an answer for that problem. Login to The Constructor to ask questions, answer people’s questions, write articles & connect with other people. However, the effectiveness of this stage cannot be neglected. Diesel fuel is used to transport concrete that release 0.009t CO2-e/m3 empty returned journey is included. Social sustainability in construction and development of built assets, and the roles of construction processes, outputs and outcomes on people and society. There are numbers of alternative fuels that could be used for that purpose such as refinery gases, mineral oil, and waste wood. Durability is very significant which directly related to concrete service life. Electric mixing shares largest amount of CO2 emission in this stage. Void Forms in Foundation Construction: Their Types and Applications. Building repurposing 2. What is the difference between Airport, Aerodrome and Airfield. Steve Goodhew is Professor of Environmental Building and Discipline Leader of the School of Architecture, Design, and Environment at Plymouth University. Lost your password? Therefore, using waste derived fuel or natural gas instead of coal fuel decrease amount of CO2 and minimizing waste disposal. 3- Waste recycling: it consists of rubble and masonry that can be used as coarse and fine aggregate. He has carried out research and taught in the area of sustainable construction for over 20 years. It breaks new ground by providing the reader with the underlying principles of how to build sustainably and then assesses many of the tools required for the task. 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VIP members get additional benefits. Decisions inform even the earliest stage of a build, such as the client deciding whether they require a new or refurbished building. Collapse of Willow Island Cooling Tower: One of the Worst Construction Disasters in the History ... why risk of efflorescence formation in cement based materials is high in coastal areas? Read this book using Google Play Books app on your PC, android, iOS devices. These elements help in governing the building design, quality of architecture, technologies and processes, working conditions and serve as the basis for sustainable construction. Batching of concrete is one of the affecting factors. Regarding the amount of concrete that has produced, used and its impact are considered as an important part of the whole global environmental problems. More builders are trending towards incorporating risk mitigation steps such as insurance plans, construction technology and renewable building materials. Sustainable Construction Processes Sustainable Construction Processes by Steve Goodhew. Country Sustainable construction in its own processes and products during their service life aims at minimizing the use of energy and emissions that are harmful for environment and health, and produces relevant information to customers for their decision making (Huovila, 1997). Cement, aggregate and water are the essential constituents of concrete. • Covers the drivers for sustainable construction, definitions, historical impacts, climate change and global, regional and individual responses. Tunnel Alignment: What is its Importance in Tunnel Construction? Sustainable construction technologies can be termed green construction or building since it involves the use of environmentally friendly and energy saving processes in the design (e.g., by using natural ventilating units) and construction of buildings while preserving building durability and occupants comfort and health (Braganca et al., 2014; Ding, 2008; Kibert, 2016; Steinemann et al., 2017). Types of Foundation for Buildings and their Uses [PDF], Calculate Quantities of Materials for Concrete -Cement, Sand, Aggregates, Methods of Rainwater Harvesting [PDF]: Components, Transport, and Storage, Quantity of Cement and Sand Calculation in Mortar, Standard Size of Rooms in Residential Building and their Locations, Mezzanine Floor for Buildings: Important Features and Types. 1- Low carbon instead of high carbon fuel: using fuel which has lower CO2 content is a method to reduce emission. MARKETPLACE Research conducted by Arthur D Little and Business in the Community found that nearly 70% of CEOs say that Corporate Responsibility is … More countries have tightened up the regulations that govern the impact of construction on the local environment, from obligatory energy efficiency ratings and life-cycle assessments to transportation costs and the use of renewable materials. This chapter will give a broad overview of the literature associated with MMC. Procedure of this technique is divided into three stages: drying and compressing of CO2, transfer recovered CO2, and storing or disposing it. This book explores the concepts and practicalities that lead to sustainable construction. The challenge of anticipating the behaviours of occupants and the practicalities of building with some of the new sustainable technologies are considered. It is important to consider issues surrounding sustainable communities, the impacts of the construction process on communities and volunteering. Assessment systems are introduced and their basic underlying principles discussed. You will receive a link and will create a new password via email. From this it becomes clear that continues maintenance and repair impact both economy and environment. Sustainable Construction Processes: A Resource Text Steve Goodhew. It breaks new ground by providing the reader with the underlying principles of how to build sustainably and then assesses many of the tools required for the task. Climate change has heightened concerns of more inclement weather events (such as flooding, bushfires and cyclones), with structures needing to be designed with resiliency at the fore. This chapter will also compare MMC with traditional construction methods and how it is perceived by the construction industry, which will be reinforced through an investigation of a project that incorporated a MMC into its build. This might lead to encourage producer and construction companies to implement methods toward lessening greenhouse emission. 4- Government, companies, and environmental activist responsibilities: clarification dangers of emission are very significant. Figure-3: CO2 emission of concrete batching. Limestone is mainly calcium carbonate CaCO3 and it is achieved through mining, by heating CaCO3 break down and release emission as a result of both clinker production and combustion of fossil fuel to generate energy required for the production process Figure 2. Following are the methods for achieving sustainable concrete construction: Most of CO2 is being released during clinker production due to calcium calcinations and energy consumption. It complements but does not. By using textile that has water absorption property for curing, better aggregate grading, increasing the use of superplasticizer and admixtures the amount of utilized water can be reduced to half. Upgrading, modifying, and replacing of equipments to make them more efficient for producing of cement. These strategies includ… defined the desire to perform activities without any depletion of resources or bringing any harmful effect on the environment The demolition of concrete structure could be an expensive process. Technology Strategy Board). duplicate the many other texts on sustainable construction that focus on the design of buildings, procedures, links to sustainable development, climate change, or sustainable cities. Their current and future needs influence the design, which strives to create a highly-flexible plan that allows the building to be easily re-purposed as needs change. Each of them consists of raw materials with energy consumption and waste production. Free shipping for many products! Social sustainability focuses on the people using the building. Become VIP Member, Do you need to remove the ads? Figure 2 percentage of CO2 produced by energy consumption and chemical reaction. Aggregate and sand are responsible for approximately 30% of all CO2 emission during concrete production. Lacking of sufficient and controlled durability in addition to concrete structure maintenance are caused to consume much energy and produce considerable amount of waste. Rather, it is concerned with how the best‐laid plans of designers, planners, engineers, consultants, and project managers come to fruition, and the process though which buildings are (or are not) constructed in a fashion that makes these plans work in practice. Steve Goodhew. Electric power is used to mix components of concrete in a high placed container in addition to small amount of fuel consumed by small trucks used to move virgin materials; 0.0033t CO2-e/m3 emission is produced due to batching/m2. The eco-friendly des… The text then follows the decision-making process for each stage of a building's life-cycle to illuminate the requirements and challenges of designing, constructing and occupying sustainable buildings. Not only does it affect the society production, but also a considerable detrimental impact on resources, environment, and safety. VIP members get additional benefits. In this method, during or after the process of production CO2 is separated and then disposed out of atmosphere. 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