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Application of peak load for industrial water treatment plant design

공업용수 정수장 설계시 첨두부하 적용방안

Kim, Jinkeun;Lee, Heenam;Kim, Dooil;Koo, Jayong;Hyun, Inhwan
김진근;이희남;김두일;구자용;현인환

  • Received : 2016.01.19
  • Accepted : 2016.03.14
  • Published : 2016.06.01

Abstract

Peak load rate(i.e., maximum daily flow/average daily flow) has not been considered for industrial water demand planning in Korea to date, while area unit method based on average daily flow has been applied to decide capacity of industrial water treatment plants(WTPs). Designers of industrial WTPs has assumed that peak load would not exist if operation rate of factories in industrial sites were close to 100%. However, peak load rates were calculated as 1.10~2.53 based on daily water flow from 2009 to 2014 for 9 industrial WTPs which have been operated more than 9 years(9-38 years). Furthermore, average operation rates of 9 industrial WTPs was less than 70% which means current area unit method has tendency to overestimate water demand. Therefore, it is not reasonable to consider peak load for the calculation of water demand under current area unit method application to prevent overestimation. However, for the precise future industrial water demand calculation more precise data gathering for average daily flow and consideration of peak load rate are recommended.

Keywords

Industrial water;Operation rate;Peak load;Water treatment facility design

References

  1. JIWA(Japanese Industrial Water Association) (2004). Design guidelines for industrial water supply.
  2. JWWA(Japanese Water Works Association) (2012). Design guidelines for water supply.
  3. KICOX(Korea Industrial Complex Corporation) (2015). Summary of Korea industrial complex.
  4. K-water (2016). www.kwater.or.kr (Jan. 16, 2016).
  5. KWWA(Korea Water and Wastewater Works Association) (2010). Standards for water supply facilities.
  6. MOE(Ministry of Environment), MOLIT(Ministry of Land, Infrastructure and Transport) (2014). Handbook for water demand forecast.
  7. MOLIT (2015). 2025 Modification of water maintenance master plan.
  8. MOLTMA(Ministry of Land, Transport and Maritime Affairs) (2012). Guidelines for water supply demand forecast.

Acknowledgement

Supported by : 제주대학교