MARC

 008100311s2008        ulka                    000      kor
■020    ▼a9788942512492
■0801  ▼a628.52
■082    ▼a628.4▼bV577ㅅ▼223
■090    ▼a628.4▼bV577ㅅ
■1001  ▼aLudovico  Spinosa,  P.  Aarne  Vesilind  공저
■24510▼a슬러지의  진화▼b폐기물에서  자원으로▼dLudovico  Spinosa,  P.  Aarne  Vesilind  공저▼e정연규  역
■260    ▼a서울▼b동화기술▼c2008
■300    ▼a404p.▼b삽도▼c27cm
■505    ▼a(CHAPTER  1  발생과  규정)▼c3▼a1.3  참고문헌▼c32▼a(CHAPTER  2  슬러지  특성)▼c35▼a2.1  개요▼c36▼a2.4  화학적  특성▼c499▼a2.5  생물학적  특성▼c513▼a2.6  참고문헌▼c536▼a(CHAPTER  3  농경지  및  기타  토지이용)▼c577▼a3.1  개요▼c588▼a3.2  기본이론▼c5990▼a3.3  농업적  적용상의  법규▼c6151▼a3.4  서비스▼c7062▼a3.5  지속적인  운전▼c7673▼a3.6  생물고형물의  운전  준비▼c7884▼a3.7  정원이  아닌  비농경지  적용▼c8195▼a3.8  원예농지와  정원▼c8306▼a3.9  향후  과제▼c8417▼a3.10  참고문헌▼c8428▼a(CHAPTER  4  매립)▼c8539▼a4.1  개요▼c8640▼a4.2  최근의  실례▼c8751▼a4.3  법규적인  측면▼c8962▼a4.4  환경적  영향의  관점▼c9173▼a4.5  처리장의  설계  및  운영▼c9184▼a4.6  운전과  모니터링▼c9995▼a4.7  슬러지의  특성과  매립에  관한  상관성▼c10106▼a4.8  미래의  방향▼c10217▼a4.9  참고문헌▼c10628▼a(CHAPTER  5  에너지  회수형  소각공정)▼c11339▼a5.1  개요▼c11440▼a5.2  연소반응의  개요▼c11451▼a5.3  소각공정의  영향인자▼c11562▼a5.4  소각로▼c11973▼a5.5  소각  보조설비▼c12084▼a5.6  소각로  운영▼c12795▼a5.7  소각잔류물  처리  및  관리▼c13306▼a5.8  관련법규▼c13517▼a5.9  참고문헌▼c13728▼a(CHAPTER  6  열처리  공정)▼c13939▼a6.1  개요▼c14040▼a6.2  변환  공정▼c14051▼a6.3  심층  습식산화  공정▼c14962▼a6.4  가스화▼c15173▼a6.5  참고문헌▼c15384▼a(CHAPTER  7  건자재로의  재활용)▼c15795▼a7.1  개요▼c15806▼a7.2  벽돌재▼c15917▼a7.3  슬래그▼c16328▼a7.4  인공  경량  혼합재▼c16739▼a7.5  경석▼c16840▼a7.6  포틀랜드  시멘트▼c16851▼a7.7  에너지  비용▼c17162▼a7.8  참고문헌▼c17173▼a(CHAPTER  8  에너지와  자원  회수)▼c17384▼a8.1  개요▼c17495▼a8.2  에너지  회수▼c17406▼a8.3  유기물질▼c17617▼a8.4  영양소▼c17728▼a8.5  탄소원▼c17939▼a8.6  응집제▼c18040▼a8.7  참고문헌▼c18151▼a(CHAPTER  9  슬러지  저장  및  운반)▼c18362▼a9.1  개요▼c18473▼a9.2  저장시설▼c18584▼a9.3  운반▼c19095▼a9.4  향후  전망  및  다른  요구사항들▼c19606▼a9.5  참고문헌▼c19817▼a(CHAPTER  10  전처리  공정)▼c20128▼a10.1  서론▼c20239▼a10.2  전처리▼c20340▼a10.3  슬러지  플럭의  형태구조에  미치는  영향▼c20351▼a10.4  슬러지의  물리학적  및  미생물학적  특성에  미치는  영향▼c20662▼a10.5  후속  슬러지  처리공정에  미치는  영향▼c20873▼a10.6  참고문헌▼c21284▼a(CHAPTER  11  안정화의  서론)▼c21795▼a11.1  안정화의  정의▼c218006▼a11.2  참고문헌▼c219017▼a(CHAPTER  12  호기성  소화)▼c221028▼a12.1  개요▼c222039▼a12.2  자체발열고온호기성소화의  원리▼c223040▼a12.3  시스템의  특징▼c227051▼a12.4  자체발열고온호기성소화  공정  운전의  고려사항▼c229062▼a12.5  참고문헌▼c232073▼a(CHAPTER  13  혐기성  소화)▼c235084▼a13.1  개요▼c236095▼a13.2  혐기성  소화의  원리▼c237106▼a13.3  설계시  고려사항▼c244117▼a13.4  기술적  개선▼c247128▼a13.5  운전▼c249139▼a13.6  참고문헌▼c251140▼a(CHAPTER  14  화학적  안정화)▼c253151▼a14.1  개요▼c254162▼a14.2  화학물질▼c255173▼a14.3  석회  안정화▼c256184▼a14.4  참고문헌▼c267195▼a(CHAPTER  15  퇴비화)▼c271206▼a15.1  개요▼c272217▼a15.2  장점과  단점▼c272228▼a15.3  공정  원리▼c273239▼a15.4  운전  변수▼c2742400▼a15.5  기술과  전략▼c2782501▼a15.6  냄새와  BIOAEROSOL  제어▼c2872602▼a15.7  퇴비의  품질과  최종  이용▼c2892703▼a15.8  참고문헌▼c2892804▼a(CHAPTER  16  개량)▼c2932905▼a16.1  개요▼c2943006▼a16.2  화학적  개량제▼c2963107▼a16.3  화학적  개량의  원리▼c3063208▼a16.4  환경적  고려▼c3153309▼a16.5  물리적  개량의  원리▼c3193410▼a16.6  참고문헌▼c3223511▼a(CHATER  17  농축)▼c3293612▼a17.1  개요▼c3303713▼a17.2  농축조의  모델링▼c3363814▼a17.3  농축조  성능의  평가▼c3433915▼a17.4  농축조의  성능▼c3474016▼a17.5  참고문헌▼c3484117▼a17.6  기호  설명▼c3494218▼a(CHAPTER  18  탈수)▼c3514319▼a18.1  개요▼c3524420▼a18.2  탈수와  관련한  슬러지의  특징▼c3524521▼a18.3  탈수율▼c3564622▼a18.4  탈수  장치▼c3594723▼a18.5  전단력의  영향▼c3664824▼a18.6  탈수  특성▼c3694925▼a18.7  참고문헌▼c3705026▼a(CHAPTER  19  기타  처리  기술)▼c3735127▼a19.1  개요▼c3745228▼a19.2  살균▼c3745329▼a19.3  열건조▼c3795430▼a19.4  새로운  기술의  개발▼c3835531▼a19.5  참고문헌▼c3875632▼a(Glossary)▼c3915733▼aTERMS  AND  DEFINITIONS▼c3925834▼aABBREVIATIONS  USED  IN  THE  TEXT▼c3945935▼a찾아보기▼c3996036
■9500  ▼c25,000

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