농촌지역 소규모수도시설의 수질특성에 관한 고찰 / 윤석민

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학위논문 농촌지역 소규모수도시설의 수질특성에 관한 고찰

저자명
윤석민
발행사항
진주 : 경남과학기술대학교 산업대학원, 2014.2
청구기호
TM 624 -14-374
형태사항
ix, [118] p. ; 26 cm
자료실 전자자료
제어번호
KDMT1201415850
주기사항
학위논문(석사) -- 경남과학기술대학교 산업대학원, 녹색건설환경공학전공, 2014.2. 지도교수: 박현건
연계정보
원문
외부기관 원문

목차보기

표제지

I. 서론 12

II. 이론적 배경 14

1. 수도의 일반사항 14

2. 상수도현황 16

1) 상수도 보급현황 16

2) 상수도 시설현황 18

3) 소규모 수도시설 현황 19

4) 소규모 수도시설의 분류 및 구성 21

3. 수질검사 항목별 장해와 인체에 미치는 영향 25

1) 미생물에 관한 영향 25

2) 건강상 유해영향 무기물질 영향 26

3) 건강상 유해영향 유기물질 영향 30

4) 심미적 영향 물질 34

5) 소독제 및 소독부산물질에 관한 기준 37

III. 조사 및 분석방법 40

1. 조사기 간 및 대상 40

2. 분석 방법 41

IV. 결과 및 고찰 46

1. 하동군 소규모 수도시설의 읍·면별 수질현황 46

2. 하동군 소규모 수도시설의 강수량을 고려한 항목별 수질특성 49

3. 하동군 소규모 수도시설의 관정 심도를 고려한 수질특성 70

4. 하동군 소규모 수도시설의 관정능력별 수질특성 비교 94

5. 하동군 소규모 수도시설의 항목별 상관관계 118

V. 결론 121

참고문헌 124

Abstract 126

List of Tables

Table 2-1. The state of waterworks at division and a definition in korea 15

Table 2-2. The state of diffusion at waterworks 16

Table 2-2. The state of diffusion at waterworks in Korea 17

Table 2-3. The state of diffusion level at waterworks in Korea 18

Table 2-4. The state of an institution diffusion at waterworks in Korea 18

Table 2-6. The state of simple waterworks 20

Table 2-7. The state of simple waterworks type 21

Table 2-8. The state of simple waterworks at the institution 22

Table 2-9. The state of simple waterworks at the source 24

Table 2-10. Affect the human body by a microorganism 25

Table 2-11. Affect of the human body by inorganic matter 29

Table 3-1. The number of case and research areas 41

Table 3-2. Operating conditions of Inductively Coupled Plasma Mass (ICP/MS) 42

Table 3-3. Operating conditions of Gas Chromatography(GC) 43

Table 3-4. Operating conditions of Gas Chromatography(GC-NPD) 43

Table 3-5. Operating conditions of Gas Chromatography(GC-FID) 44

Table 3-6. Operating conditions of Gas Chromatography(GC-u-ECD) 44

Table 3-7. Operating conditions of Gas Chromatography(GC-MS) 45

Table 4-1. The number of case and research areas 47

Table 4-2. Areas ratio of the number of incongruent in Hadong 48

Table 4-3. The state of Hardness at simple waterworks in Hadong 51

Table 4-4. The state of Potassium permanganate consumption at simple water works in Hadong 53

Table 4-5. The state of Evaporation residue at simple waterworks in Hadong 55

Table 4-6. The state of Turbidity at simple waterworks in Hadong 57

Table 4-7. The state of Fluorine at simple waterworks in Hadong 59

Table 4-8. The state of Nitric nitrogen at simple waterworks in Hadong 61

Table 4-9. The state of Chloride ion at simple waterworks in Hadong 63

Table 4-10. The state of Sulfate ion at simple waterworks in Hadong 65

Table 4-11. The state of Zinc at simple waterworks in Hadong 67

Table 4-12. The state of Fluorine at simple waterworks in Hadong 69

Table 4-13. The facilities state of wells depth of simple waterworks in Hadong 71

Table 4-14. The water quality state of wells depth of simple water works in Hadong 73

Table 4-15. The hardness state of wells depth of simple waterworks in Hadong 75

Table 4-16. The Potassium permanganate consumption of wells depth of simple waterworks in Hadong 77

Table 4-17. The Evaporation residue state of wells depth of simple waterworks in Hadong 79

Table 4-18. The turbidity state of wells depth of simple waterworks in Hadong 81

Table 4-19. he fluorine state of wells depth of simple waterworks in Hadong 83

Table 4-20. The nitric nitrogen state of wells depth of simple water works in Hadong 85

Table 4-21. The chloride state of wells depth of simple waterworks in Hadong 87

Table 4-22. The Sulfate state of wells depth of simple waterworks in Hadong 89

Table 4-23. The zinc state of wells depth of simple waterworks in Hadong 91

Table 4-24. The aluminium state of wells depth of simple water works in Hadong 93

Table 4-25. The facilities state of wells ability of simple waterworks in Hadong 95

Table 4-26. The water quality state of wells ability of simple water works in Hadong 97

Table 4-27. The hardness state of wells ability of simple waterworks in Hadong 99

Table 4-28. The potassium permanganate consumption state of wells ability of simple waterworks in Hadong 101

Table 4-29. The Evaporation residue state of wells ability of simple waterworks in Hadong 103

Table 4-30. The turbidity state of wells ability of simple waterworks in Hadong 105

Table 4-31. The fluorine state of wells ability of simple waterworks in Hadong 107

Table 4-32. The nitric nitrogen state of wells ability of simple water works in Hadong 109

Table 4-33. The chloride state of wells ability of simple waterworks in Hadong 111

Table 4-34. The sulfate state of wells ability of simple waterworks in Hadong 113

Table 4-35. The zinc state of wells ability of sinple waterworks in Hadong 115

Table 4-36. The aluminium state of wells ability of simple waterworks in Hadong 117

Table 4-37. The correlation coefficient item of simple waterworks in Hadong 119

Table 4-38. Inland areas, the correlation coefficient item 120

List of Figures

Fig. 4-1. The state of Hardness at simple waterworks in Hadong 51

Fig. 4-2. The state of Potassium permanganate consumption at simple water works in Hadong 53

Fig. 4-3. The state of Evaporation residue at simple waterworks in Hadong 55

Fig. 4-4. The state of Turbidity at simple waterworks in Hadong 57

Fig. 4-5. The state of Fluorine at simple waterworks in Hadong 59

Fig. 4-6. The state of Nitric nitrogen at simple waterworks in Hadong 61

Fig. 4-7. The state of Chloride ion at simple waterworks in Hadong 63

Fig. 4-8. The state of Sulfate ion at simple waterworks in Hadong 65

Fig. 4-9. The state of Zinc at simple waterworks in Hadong 67

Fig. 4-10. The state of Aluminium at simple waterworks in Hadong. 69

Fig. 4-11. The hardness state of wells depth of simple waterworks in Hadong 75

Fig. 4-12. The Potassium permanganate consumption of wells depth of simple waterworks in Hadong 77

Fig. 4-13. The Evaporation residue state of wells depth of simple waterworks in Hadong 79

Fig. 4-14. The turbidity state of wells depth of simple waterworks in Hadong 81

Fig. 4-15. The fluorine state of wells depth of simple waterworks in Hadong 83

Fig. 4-16. The nitric nitrogen state of wells depth of simple water works in Hadong 85

Fig. 4-17. The Chloride state of wells depth of simple waterworks in Hadong 87

Fig. 4-18. The Sulfate state of wells depth of simple waterworks in Hadong 89

Fig. 4-19. The zinc state of wells depth of simple waterworks in Hadong 91

Fig. 4-20. The aluminium state of wells depth of simple waterworks in Hadong 93

Fig. 4-21. The hardness state of wells ability of simple waterworks in Hadong 99

Fig. 4-22. The potassium permanganate consumption state of wells ability of simple waterworks in Hadong 101

Fig. 4-23. The Evaporation residue state of wells ability of simple waterworks in Hadong 103

Fig. 4-24. The tumidity state of wells ability of simple waterworks in Hadong 105

Fig. 4-25. The fluorine state of wells ability of simple waterworks in Hadong 107

Fig. 4-26. The nitric nitrogen state of wells ability of simple water works in Hadong 109

Fig. 4-27. The chloride state of wells ability of simple waterworks in Hadong 111

Fig. 4-28. The sulfate state of wells ability of simple waterworks in Hadong 113

Fig. 4-29. The zince state of wells ability of simple waterworks in Hadong 115

Fig. 4-30. The aluminium state of wells ability of simple waterworks in Hadong 117

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학위논문 농촌지역 소규모수도시설의 수질특성에 관한 고찰

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