Sustainable Practices Of The Sunselect Property Group †Free Samples

Question: Discuss about the Sustainable Practices Of The Sunselect Property Group. Answer: Introduction Every corporate company should have some social responsibility to perform (Chudley and Greeno 2013). Corporate Social Responsibility or in short CSR is a type of business approach of the corporate companies that aims at contributing to the improvement of the society in some way or the other (Hack, Kenyon and Wood 2014). The purpose of this report is to provide recommendations as a CSR consultant on sustainable practices of Susselect Property Group, which has been developing commercial and residential properties for over fifty years. The report will focus mainly on the energy efficiency, waste minimization and water consumption reduction in the construction process. Energy Efficiency The Sunselect Property Group has already working on a project called The Greenfields Development to improve its CSR profile. This project aims at recommending affordable, energy efficient housing complex, which are low-rise and high-density housing project. The companys motive is to promote sustainable living through this project. The total number of residential dwellings will come to a number of around 10 million within 2020 and the energy consumption from the residential sector will increase to fifty-six percent by 2020 from 1990 (Saman 2013). Extreme amount of heat is generated from the southern part of Australia due over use of air condition and other electronic devices. It is recommended to build energy efficient housing complex to reduce heat in the environment and contribute to the society (Saman 2013). The sustainable building industry aims at to develop net zero energy and energy efficient home, which will reduce heat and energy from the housing complexes. To build energy efficient housing complex, it is suggested to advice the residents of the housing complex to use best available energy efficient appliances at each home, solar energy (Kolk 2016). The construction authority should provide the residents an energy meter, which will display the total use of energy per day. The energy efficient building complexes is actually a major contribution to the society as it targets to reduce energy from the environment and eventually helps the environment to maintain its sustainability (Ahn and Lee 2012). Waste Minimization The second recommendation is to incorporate in the housing project the sustainable methods for waste minimization. The constructional waste is very harmful for the environment. It is found in the research study that construction industry generates harmful waste on-site and off-site. As construction is not an environment friendly activity, the sustainable development aims at to applywaste management through minimization of constructional waste effectively.Waste management could be done by reduction, reuse and recycling of the waste (Emeraldinsight.com 2017). Waste reduction, which is the primary aim ofwaste management focuses on usage materials, which are less hazardous or non-hazardous. This is a substitute process replacing hazardous waste with other less harmful substances. Site storing is another process of wastemanagement at the construction site. The waste materials could be dumped at a single place and then recyclable materials could be selected from the dump. Even recycling th e waste is one of the best options as it converted into a new material after recycling. This is the most common method followed by most of the construction companies to minimize the constructional waste. The construction authority can employ some people who will determine whether the waste is recyclable or not (Ijirset.com 2017). Due to lack of awareness among the clients and contractors, labors the waste management is not done properly always. It is not only contributing to the environment, rather is also related to the economic profit of the construction authority as lots of waste could be used again in the construction process itself (Kareem and Pandey 2013). Several strategies have been adapted to building waste management procedure, however, recycling and reuse of the waste is e most acceptable methods and sustainable approaches to reduce waste as it can reduce environmental pollution and conserve the natural resources and reduce cost. Water Usage Reduction The third recommendation is to reduce water consumption in the constructional site. The other name of life is water and it is always suggested to look into the fact to reduce water consumption and focus on the environmental sustainability. At the construction site, water is used at cabins for temporary accommodation and tool washing. Water is used for brick washing, screeding, plastering, grouting, drilling, and hydro-demolition. For reducing water usage, it is suggested to control over wastewater usage, however it is very difficult to identify the waste water system as water is used for some general purposes also like washing, cleaning and mixing. It depends upon the behavioral pattern of the members in the construction site to eliminate water usage. The authority can aware them to reduce water usage as much as they can. The authority should tell the laborers not to waste water without any proper reason and train them to improve the efficiency of process related to water usage (Greenconstructionboard.org 2017). Even the authority can think of to use alternative water resources at times like rainwater on the site, for this purpose, the authority can use rainwater harvesting methods on the site. It is important to ident ify from the part of the authority that where the water is used and wasted on the constructional site, what technology or methods has been appointed to diminish water wastage. The Balfour Beatty, a known constructional company has employed self-closing taps, staff awareness campaign and waterless urinals in their constructional projects to reduce water usage (Greenconstructionboard.org 2017). The Willmott Dixon successfully introduced a new technology called eco-cube, which obsolete water in flushing. Overall 85% constructional company has installed this machine on their site to reduce water usage (Greenconstructionboard.org 2017). Conclusion It can be concluded that the Sunselect Property Group should employ the above-mentioned sustainable strategies to improve the promotion of its CSR. This strategy plan not only focuses on the sustainable practices of the company or the companys profit, however it will also contribute to the environment at large. The company should concentrate on its CSR policies, as it would help the society to live in a healthy environment. References Ahn, C.R. and Lee, S., 2012. Importance of operational efficiency to achieve energy efficiency and exhaust emission reduction of construction operations. Journal of Construction Engineering and Management, 139(4), pp.404-413. Chudley, R. and Greeno, R., 2013. Building construction handbook. Routledge. Emeraldinsight.com 2017. Sustainable methods for waste minimisation in construction | Construction Innovation | Vol 13, No 3. [online] Emeraldinsight.com. Available at: https://www.emeraldinsight.com/doi/full/10.1108/CI-Nov-2011-0054 [Accessed 6 Sep. 2017]. Greenconstructionboard.org 2017. [online] Available at: https://www.greenconstructionboard.org/otherdocs/SCTG09-WaterActionPlanFinalCopy.pdf [Accessed 6 Sep. 2017]. Hack, L., Kenyon, A.J. and Wood, E.H., 2014. A Critical Corporate Social Responsibility (CSR) Timeline: how should it be understood now. International Journal of Management Cases, 16(4), pp.46-55. Ijirset.com 2017. [online] Available at: https://www.ijirset.com/upload/2016/october/108_WASTE.pdf [Accessed 6 Sep. 2017]. Kareem, K.R. and Pandey, R.K., 2013. Study of Management and Control of Waste Construction Materials in Civil Construction Project. International Journal of Engineering and Advance Technology, 2(3). Kolk, A., 2016. The social responsibility of international business: From ethics and the environment to CSR and sustainable development. Journal of World Business, 51(1), pp.23-34. Saman, W.Y., 2013. Towards zero energy homes down under. Renewable energy, 49, pp.211-215.