표제지
목차
I. 서론 7
II. 이론적 배경 9
1. 지하수의 일반사항 9
1) 지하수의 개념 9
2) 지하수의 분포 및 분류 9
3) 우리나라 지역별 지하수 부존 및 산출특성 16
2. 지하수 이용국내실태 18
1) 전국 생활용 지하수 이용현황 18
2) 서부경남 시군별 생활용수 이용현황 19
3) 시도별 지하수 이용량/개발가능량 20
4) 시도별 지하수 개발밀도 21
5) 시도별 지하수 수질검사 부적합율 22
6) 경남 시군별 지하수 수질검사 부적합율(%) 23
3. 지하수의 용도 및 수질기준 24
4. 국내 지하수의 문제점 27
1) 지하수 조사 및 이용 측면 27
2) 지하수 보전·관리 측면 28
3) 기타 문제점 29
III. 조사 및 분석방법 30
1. 조사기간 및 대상 30
2. 분석 방법 31
1) 분석항목 및 방법 31
IV. 결과 및 고찰 33
1. 서부경남 내륙지역 및 해안지역 음용지하수의 부적합율 33
2. 서부경남 내륙지역 및 해안지역 음용지하수의 항목별 수질특성 34
1) 일반세균 35
2) 불소 36
3) 질산성질소 37
4) 경도 38
5) 수소이온농도 39
6) 염소이온 40
7) 증발잔류물 41
8) 탁도 42
9) 황산이온 43
3. 서부경남 내륙지역 및 해안지역 음용지하수의 항목별 검출 빈도율 비교 44
1) 일반세균 44
2) 탁도 45
3) 알루미늄 46
4) 질산성 질소 47
5) 염소이온 48
6) 증발잔류물 49
7) 불소 50
4. 항목별 상관관계 52
1) 내륙지역 항목별 상관계수 52
2) 해안지역 항목별 상관계수 52
V. 결론 55
참고문헌 57
Abstract 58
Table 2-1. Geological characteristics of groundwater in geological ages 15
Table 2-2. National household water usage 18
Table 2-3. Regional household water usage in the west Gyeongnam 19
Table 2-4. Regional groundwater use/development of Potential 20
Table 2-5. Regional groundwater development density 21
Table 2-6. Regional groundwater water analysis incongruity rate 22
Table 2-7. Regional groundwater water analysis incongruity rate in Gyeongnam 23
Table 2-8. Use and water quality standards of groundwater 25
Table 2-9. Drinking water quality standards and limit of quantitation 26
Table 3-1. The number of case and research areas 30
Table 3-2. Operating conditions of Inductively Coupled Plasma Mass (ICP/MS) 32
Table 3-3. Operating conditions of Ion Chromatography(IC) 32
Table 4-1. Inland and coastal areas ratio of the number of incongruent in west Gyeongnam 33
Table 4-2. Inland and coastal areas the ratio of the number of incongruent itemized in west Gyeongnam 34
Table 4-3. Detection frequency rate Water quality test Inland and coastal areas in west Gyeongnam 51
Table 4-4. Inland areas, the correlation coefficient items 53
Table 4-5. Coastal areas the correlation coefficient items 54
Fig. 4-1. Inland areas and coastal areas present condition of total colony count water quality in west Gyeongnam 35
Fig. 4-2. Inland areas and coastal areas present condition of Fluoride water quality in west Gyeongnam 36
Fig. 4-3. Inland areas and coastal areas present condition of Nitrate Nitrogen water quality in west Gyeongnam 37
Fig. 4-4. Inland areas and coastal areas present condition of Total Hardness water quality in west Gyeongnam 38
Fig. 4-5. Inland areas and coastal areas present condition of Potential of Hydrogen water quality in west Gyeongnam 39
Fig. 4-6. Inland areas and coastal areas present condition of Chloride water quality in west Gyeongnam 40
Fig. 4-7. Inland areas and coastal areas present condition of Total Solids water quality in west Gyeongnam 41
Fig. 4-8. Inland areas and coastal areas present condition of Turbidity water quality in west Gyeongnam 42
Fig. 4-9. Inland areas and coastal areas present condition of Sulfate ion water quality in west Gyeongnam 43
Fig. 4-10. Inland areas and coastal areas detection frequency rate of total colony count water quality in west Gyeongnam 44
Fig. 4-11. Inland areas and coastal areas detection frequency rate of Turbidity water quality in west Gyeongnam 45
Fig. 4-12. Inland areas and coastal areas detection frequency rate of Aluminum water quality in west Gyeongnam 46
Fig. 4-13. Inland areas and coastal areas detection frequency rate of Nitrate Nitrogen water quality in west Gyeongnam 47
Fig. 4-14. Inland areas and coastal areas detection frequency rate of Chloride water quality in west Gyeongnam 48
Fig. 4-15. Inland areas and coastal areas detection frequency rate of Total Solids water quality in west Gyeongnam 49
Fig. 4-16. Inland areas and coastal areas detection frequency rate of Fluoride water quality in west Gyeongnam 50