Costs and Benefits of Water Conservation Systems In Industries
Keywords:
Water Convervation, Cost Benefit AnalysisAbstract
According to the National Integrated Drought Information System, as of August 30th, 2022, 38.23 percent of the US and 45.53 percent of the lower 48 states are in drought (National Integrated Drought Information System, 2022).These droughts are becoming so common nowadays that most Americans are facing water shortages in their communities. Due to this, water conservation is becoming more important than ever, especially because of the effects of climate change. This paper will provide information on methods of water conservation in some industries such as water processing and water auditing, including background information on how the industry has dealt with policies related to water conservation and why some have been unsuccessful and others have been successful. Various methods in past years have been successful in reducing industrial water consumption, such as closed-loop water recycling in the beverage industry, message-based appeals of water conservation in the lodging industry, and water auditing in the water processing industry. However, the cost of water conservation is much more expensive to implement than not implement, which is especially true with water conservation efforts that have been more costly than wasteful ones causing companies to shy away from these policies. Due to climate change and groundwater depletion, the economic benefits of water conservation are more in favor of cost-effective measures because, in the past, there was an excess amount of water causing policies that were economically beneficial to not implement. In this paper, I will bring together researchers from a wide array of industries to examine the benefits and feasibility of existing and potential water conservation policies as a long-term investment.
References or Bibliography
[Alk15] Demirer G. N. Alkaya, E. Water recycling and reuse in the soft
drink/beverage industry: A case study for sustainable industrial water management in turkey. Resources, Conservation, and Recycling
Volume, 104, 172-180, 2015.
[Ass06a] American Water Association. Water conservation programs—a planning manual. M52—Google Books., 2006.
[Ass06b] American Water Works Association. Water conservation programs:
A planning manual. American Water Work Association, Denver,
United States of America, 2006.
[Bar13] Prior A. Ho-G. Barrington, D. J. The role of water auditing in achieving water conservation in the process industry. Journal of Cleaner
Production, 52, 356–361., 2013.
[Bix08] Thoeye C. Wintgens T. Ravazzini-A. Miska V. Muston-M. Chikurel
H. Aharoni A. Joksimovic D. Melin T. Bixio, D. Water reclamation and reuse:implementation and management issues. Desalination,
(1), 13–23, 2008.
[Bye95] B Byers. Zero discharge: A systematic approach to water reuse.
Chemical Engineering;New York Vol.102,Iss 7, 1995.
[Dob97] Dunn R. F. Dobson, A. M. Optimal design of treatment systems for
waste minimization. AIChE Spring Meeting, Houston, Texas., 1997.
[Dun01a] Bush G Dunn, R. Using process integration technology for cleaner
production. Journal of Cleaner Production, 9, 1–23., 2001.
[Dun01b] Wenzel H. Overcash M. Dunn, R. Process integration design methods
for water conservation and wastewater reduction in the industry. part
: Design for a single contaminant. Clean Products and Processes, 3,
–329., 2001.
[Dun01c] Wenzel H. Overcash-M. R. Dunn, R. F. Process integration design
methods for water conservation and wastewater reduction in the industry. part 2: Design for multiple contaminants. Clean Products and
Processes, 3(3), 319–329., 2001.
[Ebl92] Feathers J Eble, K. S. Characterization of streams is the first step
in the reuse scheme. . Oil and Gas Journal; (United States), 90:38.,
[EH96] Hamad A. A.- Garrison G. W. El-Halwagi, M. M. ). synthesis of
waste interception and allocation networks. AIChE Journal, 42(11),
–3101, 1996.
[EH97] M. El Halwagi. Pollution prevention through process integration.
Systematic Design Tools 1-15, 1997.
[GE16] GE. Ge highlights water commitments on building sustainable water
future. GE News, 2016.
[Gle04] Institute P. Cain N. L. Haasz D. Henges-Jeck C. Hunt C. Kiparsky
M. Moench M. Palaniappan M. Srinivasan V. Wolff G. H. Gleick,
P. H. The world’s water 2004-2005: The biennial report on freshwater
resources. Island Press., 2004.
[Lam02] Boons F. A Lambert, A. J. D. Eco-industrial parks: Stimulating
sustainable development in mixed industrial parks. Technovation,
(8), 471–484., 2002.
[Len02] Pol L. W. H. Wilderer P. A. Asano-T Lens, P. Water recycling and
resource recovery in industry. IWA Publishing, 2002.
[Man99] Liu Y. A Mann, J. G. Industrial water reuse and wastewater minimization. McGraw Hill Professional, 1999.
[MC03] C. Montalvo Corral. Sustainable production and consumption systems—cooperation for change: Assessing and simulating the willingness of the firm to adopt/develop cleaner technologies. the case of the
in-bond industry in northern mexico. Journal of Cleaner Production,
(4), 411–426., 2003.
[MM14] Chompreeda K Morgan M. The relative effect of message-based appeals to promote water conservation at a tourist resort in the gulf of
thailand:. Environmental Communication: Vol 9, No 1., 2014.
[Nat17] United Nations. Un world water development report 2017. UN-Water,
[OA22] National Oceanic and Atmospheric Administration. National current
conditions. Drought.gov, 2022.
[Par01] Dunn R. F. El-Halwagi M. M. Parthasarathy, G. . development of
heat-integrated evaporation and crystallization networks for ternary
wastewater systems. 2. interception task identification for the separation and allocation network. Industrial Engineering Chemistry
Research, 40(13), 2842–2856., 2001.
[Sen07] Mohan Seneviratne. A practical approach to water conservation for
commercial and industrial facilities—. A Practical Approach to Water
Conservation for Commercial and Industrial Facilities—1st Edition.,
[Stu04] Ho G. Mathew K. Sturman, J. Water auditing and water conservation. IWA Publishing., 2004.
[Tp10] U. N. E. The program. Sick water?: The central role of wastewater
management in sustainable development. A Rapid Response Assessment. UNEP/Earth print., 2010.
[Vai98] Wilks T. Wilson S. Manousiouthakis V. Vaidyanathan, R. Design
clean chemical processes. Hydrocarbon Processing, 77(4)., 1998.
[Wan94] Smith R. Wang, Y. P. Wastewater minimization. Chemical Engineering Science, 49(7), 981–1006, 1994.
[Wen02] Dunn R. F. Gottrup L. Kringelum J. Wenzel, H. Process integration
design methods for water conservation and wastewater reduction in
the industry. part 3: Experience of industrial application. . Clean
Technologies and Environmental Policy, 4(1), 16–25., 2002.
Downloads
Posted
License
Copyright (c) 2022 Mia De La Rosa

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
The copyright holder for this article has granted JSR.org a license to display the article in perpetuity.
