Recycled Water for Fire Fighting – Term Paper Example

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The paper "Recycled Water for Fire Fighting" is a great example of a term paper on environmental studies.   Objectives Stating the barriers that have prevented fire departments from using recycled water instead of normal water in fire fighting operations Analyzing the possibility to address the problems associated with the use of recycled water in this field. To make a conclusion on some suggestions to encourage using recycled water in fire fighting operations. Introduction Water is an essential commodity, recycling it can be of great importance. Water to be recycled comes from storms, treated sewage, rainwater, and greywater.

The treatment of water before discharge to the river system is vital in maintaining ecosystems as any alteration can cause extinction or death of some of the microbial organisms. An ever-increasing population in the world requires sufficient and clean water. The quality and quantity of clean drinking and supply of water in the world generally have to be put into consideration if sustainability is to be achieved (Tchobanoglous & Stensel, 2007). Waste disposal in many developing and less developed countries is a major cause of insufficient and unclean drinking water. Wastewater regulation imposed by governments should be put in place to avoid instances of microbial diseases.

The exploitation of water resources and the management of available systems is essential in the maintenance of sustainable water for the entire population. The safety of recycled water can be increased to help in catering to the needs of the increasing water demand. Upon achieving sustainable water management systems fire fighting departments can be at its maximum efficiency as the problem of water shortage will have been solved. Communal health and its protection can be achieved through the establishment of water control and management systems that will ensure safe water for human and animal use (John, 1995). Health departments have been promoting water recycling schemes; this reduces complications in communal health and guarding of natural water sources.

The firefighting department prioritizes water use as many fires can be extinguished using water. Operational regulation is the principle behind the departments’ objectives in achieving their goals. Witnessing, documentation of potential hazards and evaluation of threats, that unsafe water they pose to the society and the entire environmental surroundings (Spalding, 2009).

The difference between hazard and threat should be established for a better understanding. A threat refers to the possibility of recognized hazards that may bring about harm if exposed to the population in a given period. There are emerging issues when it comes to the use of recycled water for firefighting purposes. Health issues have been raised when the water is used to fight fires; the problems affect the entire population negatively. This report identifies and expounds on these matters. recycling water poses a hazard to the population, the hazard can be; biotic, chemical, physical, or radioactive agents.

The above-mentioned hazards can cause impairments to animals, people, plants, aquatic organisms, and soil (Addiscott & Benjamin, 2004). It is important to note the preventive measures against fires in order to create a sustainable environment. In addition, the need to have environmentally friendly fire control methods makes it important to use eco-friendly resources. However, it is the urgency to conserve natural resources like water which makes the fire mitigation technique incorporate water recycling which could on the other hand be released in an environment where the particular resource is limited.

The findings of the study are important for future construction projects, which are anticipated to follow the example, by making the inexhaustible resource in the appropriate and effective means possible.

References

AFAC, 2010, ‘steering committee report’ Health Risk Analysis for firefighters using class A recycled water for firefighting operations, Queensland Government: Department of Emergency Services, pp. 7-14.

Arris Pty Ltd 2007, Rewater: Farming with recycled water, viewed on 2 October 20 http://www.recycledwater.com.au/uploads/File/newsletters/rewater_Feb%2007%20%2 %29.pdf

Bridges, O, 2003, Chemosphere, viewed October 2, 2012, from Double trouble: health threats of accidental: www.sciencedirect.com/science/article/B6V74-.

Casanova LM, L. V,2001, ‘ A survey of the microbial quality of water ’, Journal of the American Water Resources Association, pp. 1313–.

Dixon AM, B. D, 2008, ‘ Guidelines for greywater reuse: health matters’, Journal of the Chartered Institution of Water and Surrounding Regulatement, pp. 322–326.

Leishman, T. V, 2004, ‘ Survival of native plants of Hawkesbury Sandstone’, Australian, pp. 141–147.

May C, 2007, Class A Recycled Water Project: Safety aspects concerning the use of recycled water for firefighting purposes. AFAC, pp. 6-15.

Moore, L, 2003, Recycled water: managing the legal threat, Chicago: Chicago publishers.

N, A. T, 2004, Nitrate and human health, New York: New York publishers.

R, S, 2009, ‘ Occurrence of nitrate in groundwater’, Journal of, pp. 392–402.

Steel, J, 1995, Reuse of recycled wastewater, Austria: Australian publishers.

Tchobanoglous G, B. F, 2007, Wastewater Engineering: Treatment and Reuse, London: London Publishers.

Queensland department for Emergency services, 2009, ‘Health risk analysis for firefighters using class A+ recycled water for fighting operations’, Queensland Government.

Sala, L & Serra, M, 2004, ‘Towards sustainability in water recycling’, Water science and technology, vol.50, no.2, pp. 1-7.

The State of Queensland, Environmental Agency 2005, Queens Water Recycling Guide, viewed on 2 October 2012, http://www.derm.qld.gov.au/water/regulation/recycling/pdf/recycle_guidelines.pdf

World Health Organization,2012, viewed on October 2nd, 2012, Global Evaluation of the State of the Science of http://www.who.int/ipcs/publications/new_matters/endocrine_disruptors/en/index.html

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