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TRANSCRIPT
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2711
48
2002. 8 .1
( )
( )
-
. ........................................................................................1
. .......................................................................................................2
1. .................................................................................................................2
2. ...............................................................................2
3. ....................................................................................2
4. .........................2
5. .........................................................................................................3
6. ..............................................................................................................3
7. ..............................................................................................................3
8. ...........................................................................................................3
9. ( ) ...............................3,4
. ...........................5
. .............................................................................................................5,6
.
1. .................................................................5,6,7.
2. ...........................................................................8
3. .........................................................8,9
4. ..................................................9
5. ............................9,10,11,12,13
6. 1
..............................................................................................16
7. .........................17
8. ,, ...................17
9. ............................................17
10. ....................................19
11. PH()..............................................
1. 2, 3,
4. 5. 6.
7. . 8. 9.,, PH
PH . 10. ,, PH
11. 12.
.
12. ........................................
. ..............................................................................................................
. ........................................................................................................................
. ..............................................................................................................
.............................................................................................................
( )...........................................................................................
-
.......................................................8
............... 8
(1),
.......................................................................................... 9
, 1,
................................................. 16
,
....................................................................................................... 17
PH ........................................
PH ...........................................
() PH ...................................
PH .................................
PH ...........................................
PH ............................................
PH ...............................................
PH ..................................
PH ..........
PH ..............
................
.................................................................... 6
................................................................................ 7
pb2+ ............. .................................10
pb2+ Na+ K+ ...................................11
Cu2+ ........................................... 12
Cu2+ Na+ K+ ................................ 13
Fe2+ ........................................................... 14
Fe2+ Na+ K+ ................................15
1L O.D .................17
).............................................18,19..
......................................................................
-
- 1 -
.
.
.
.
.
500CFU/1 11CFU/1
SO42- 200/1L
8/1L , Zn 1/1L
. ,
2000 Zn2+ , Fe2+, SO42-, NO32-
.
1.
, ,
, , .
.
.
. .
. ,
.
2.
(wastewater engineering)
.
.
.
(1) (domestic wastewater, ; sanitary wastewater) :
(2) (industrial wastewater) :
(3) / (infileration/inflow,I/I):
-
- 2 -
( )
* ,
.
* , ,
BOD, COD,
. .
* .
* .
.
( p r i o r i t y
pollutants)
* , , ,
. .
( R e f r a c t o r y
Organics)
*
. , (), , .
* .
*, ,
, .
, , ,
. , ,
, , ,
.
(4) (storm water) :
(sanitary sewer),
(storm sewer) (combined sewer) 3
. , , /
3.
, .
: ,(colorimetry),(potentiomeery),
(polarography),(adsorption spectrometry),(fluorometry),
(spectroscopy),
.
4.
-
- 3 -
5. (lnorgenic Matter)
.
(cnloride), (Alkalinity), (Nitrogen), (Phosphorus),
(Sulfur).
6. (Heary Metals)
(Ni),(Mn),(Pb),(Cr),(Cd), (Zn), (Cu),
(Fe) (Hg) .
. (polarography)
(atomicabsorption spectrophotometry)
.
7. (Microorganisms)
(eucaryotes),(eubacteria), (
archaebacteria) .
: , , , , .
,
.
8.
. ,
.
. .
.
.
.
.
. .
Limiting step ,
.
.
.
9.
* . ()
*
* . /
* (): boiling stone
-
- 4 -
.
1703
.
, ,
.
1.
.
2.
.
3. 200 , ,,
. ,
.
4.
1880 ,
()
. .
5.
,
.
, .
.
.
. ,
.
.
.
.
.
.
.
. ,
.
-
- 5 -
.
1. : 2001.10. 1 2002. 5.10
2.
2001 20
9% 131
.
. 22
. 5
. 15.5/L(10.0/L)
-
8% 7.5%
,
.
. 2001 1 3 1676 ,
, 6 7.5% 125
.
. 20
6 101 .
. 14.8%
13.9%, 13.4%, 13.1% .
. 24%
.
. , , 145 20
,
. .
.
1.
2.
3.
4. ,
.
5.
6. .
7. .
8. .
9. .
10. .
11. 11 (11-1 11-11): .
12.
.
1.
2. (1L)+ +
3. 10g
.
4. (2)
-
- 6 -
.
5. , ,
6. 5g 5 1L 3
, 1L 3 ()
7. . 1L+ 10g
. 1L +
, , 8. , , : 1L + 10g+ 10g+ 10g+ 3
: 1L + 3
: 1L + 10g + 3
: 1L + 10g + 3
: 1L + 10g + 3.
9. ()
10. , (11 ): .
.
1. ()
. ,
(H2O) (H+)
(OH-) .
. , .
. PH 7.4
.
. , (OH-)
.
+
-
0.06
-
-
--
-
. .
. ,
. ,
-
- 7 -
.
H O
H
H
O
< 2 >
(2)
H3O2 H2O
O-H . () H-O-H
H H-O .
O-H H-O-H 2 H OH O
,
.
. (
, )
,
H-O-H O-H H
.
.
. .
.
.
(1) 18%, 82%
(2)
.
. (,) .
.
2.
?
. A
(1) 1L 10g 1
-
- 8 -
.
(2) .
( ,10g )
1 2 3 4 5 6 7 8
20%
30%
45%
50%
55%
. B
(1) 1L 20g 1
.
(2) .
( 20g )
1 2 3 4 5 6 7 8
10%
35%
55%
80%
90%
< >
A 6 55%
B 2
90%
.
3.
. A
10g 4 3
( )
. B
10g 1 3
-
- 9 -
(1) A 10g 4 3 :
10g 4
.
(2) B 3 A
.
A, B
.
1
. .
. A
20g 1L
20
. B
1L 20
20g
A B
20
8
.
.
.
. 8
. , .
. Pb2+
Pb2+ 1000ppm 100ml 0.5g, 0.5g
.( 0.5g
0.5g .) Na+, K+ )
-
- 10 -
Pb2+
1 600ppm 3-4 600-700ppm
.
. Pb2+
Na+, K+ .
-
- 11 -
Pb2+ Na+ K+
Na+ K+ Pb2+
.
Na+ 10
K+ .
(PH 7.3 )
.
Cu2+
Cu 1000ppm 100ml 0.5
0.5g .
-
- 12 -
Cu2+
(1) 30 110ppm 3 140ppm
.
(2) 230mesh 60
80mesh .
. Na+ K+
.
-
- 13 -
Cu2+ Na+ K+
Na+ K+ K+ Na+
.
( 0.5g PH
7.4 .
5.
. : Fe2+
. .
. :
-
- 14 -
Fe2+
20 40ppm
10ppm .
. Na+ K+
.
-
- 15 -
Fe2+ Na+ K+
(1). Na+ K+ , Na+
K+ .
(2). () 0.5g
PH 7.5 .
6.
.
(1) 5g 5 1L 3
(2) 1L 3 (, 5
)
.
1L 3 1
3 1 35
. 5g 1L 3 45
.
.
.
7.
.
(1). 1L + 5g + 3
(2). 1L + 5g 1 + 3
-
- 16 -
(3). 1L +
. :
1 2 3 4 5 6
1
.
6
. :
.
8. ,
. (1) 10g + 10g + 10g + 1L + 3
(2) 1L + 3(3) 1L + 10g + 3 (4) 1L + 10g + 3 (5) 1L + 10g + 3
,
3 4 5 6
1
. :
.
(1) +
.
-
- 17 -
(2) 24 ()
++ ,
.
(3) : () , ,
,
.
9.
.
.
1L+ (optic
density)( )
0
0.02
0.04
0.06
0.08
0.1
0 30 60
O.D
1L O.D
30, 60 O.D
,
.
10.
.
. , ,, , .
. .
.
.
.
.
-
- 18 -
. PH
. PH
. , , PH
.
,
Air Blower
()
1 , , ,
,
2
3
11. PH
11-1,
.
1L(PH5.06.5) 10g
PH .
. :
-
- 19 -
PH
5 10 15 20 25
PH=5.25.2 5.4 5.5 5.3 5.5
.
15
5.3 25
0.3 .
11-2.
.
10g 1L(PH=5.2) 30 PH
.
. :
PH
PH
5 10 15 20 25
1L
PH=5.25.6 5.7 5.7 5.7 5.8
.
PH 5.7 , 10
25 5.8 .
11-3. ()
.
20g 1L(PH=6.3) 5
PH .
. :
-
- 20 -
() PH
PH
5 10 15 20 25
1L
PH=6.36.5 6.9 7.2 8.1 8.3
.
PH 6.3 1L 20g
0.3 25 8.3 .
.
11-4.
.
10g 1L
PH .
.
PH
PH
PH
5 10 15 20 25
PH=5.8
6.1 6.6 6.8 6.9 7.1
.
PH 5.8
PH=7.1 .
.
11-5.
.
1L 20g PH .
-
- 21 -
. : .
PH
PH5 10 15 20 25
1L
PH=6.36.4 6.6 6.5 6.4 6.5
.
PH 0.2
.
11-6.
.
1L 20g PH .
. : .
PH
PH5 10 15 20 25
1 L
PH=6.36.4 6.5 6.7 6.8 6.7
.
PH 25 6.7 0.4 ,
2 . 2
.
11-7.
.
20g 1L PH
. : .
PH
PH5 10 15 20 25 30
1L
PH=6.06.2 6.7 7.0 7.1 7.4 7.6
.
-
- 22 -
PH=6.0 PH
25 PH=1.4 .
7,3 .
11-8.
.
20g 1L 5 PH
.
. : .
PH
PH5 10 15 20 25 30
1L
PH=6.06.2 6.5 7.0 7.1 7.2 7.1
.
25 1.2
. PH 7.2
8.0
PH 1 .
(1) PH ,
PH
PH
7.3( ) ,
.
(2) PH 8 9
2 .
(3) PH +.- 0 .4
, = ,-0 .2 ,
PH=7.2 .
PH= 8.1 9.2 .
11-9. ,, PH PH
. :
. : .
-
- 23 -
PH (30)
1LPH 20g 20g,,
20g
45 7.0 8.1 7.1
56 6.9 8.1 7.2
67 7.1 7.9 7.3
.
(1) PH=47 30 PH 7.0
,
(2) PH 47 30 PH 8.0
.
(3) ,, PH=47 30
7.2 .
11-10. ,, PH
.
2L+ 20g + 20g + 20g 30
PH .
. : -15
PH
PH5 10 15 20 25 30
PH=5.25.9 6.9 7.0 7.1 7.2 7.1
.
10 PH 1.2 .
11-11.
.
(1)
(KIST )
(2) (
) .
. : .
-
- 24 -
PH(
)5.8 7.2 5.8-8.6 6-7.5
400 30(/) 500 50-200(/)
3.4(/) 1.5(/) 10 1.5(/)
150(/) 40(/) 300 50(/)
0.03(/) 0.01(/) 0.3 0.02(/)
30(/) 5(/) 200 50(/)
() 14 15 10-15 10-15
.
PH 5.87.2
, []
.
11-12. .
. .
.
. .
. .
(1)
(2) . (
)
-
- 25 -
(3) 0.1ppm((/)
. ,
.
.
. .
. .
. .
.
,
.
12.
. ,
Na+ K+
,
.
. Mg
.(
, )
. , Mg, Ca
. (
) . , Mg, Ca
.
. PH ( 5.06.0 ) ( 7.0 7.2 )
.
. , , ,
Mg, Ca ,
,
.
-
- 26 -
.
1. ()
. (
10L 10g 2
)
.
.
. .
. (1) ,, ,
.
.
Na+ K+
5.06.0 PH 7.07.3
.
2.
. ,
. ,
.
. ,
. ,
.
3. , ,
.
, , ,
-
- 27 -
,
,
.
.
. .
.
20 .
.
Na+, K+ .
,
1
.
. Na+ K+
.
.
PH= 7.2 .
.
1. , , ,
, , , ,
.
2. () , ,
, ,
.
3.
.
-
- 28 -
4.
. : : 5, .
. ; 1
.
.
.
,
,
.
. ,
.
5.
.
-
- 29 -
1. 6 422, 604 - 607, 304 (1993)
2. (1998)
3. T.A.DAVIS, B VOLESLOY "SARGASSUM SEAWEED As BIOSDRBENT
FOR Heavy metals"
4. A. C .Ada COSTA " Batch And Ti Nuous HEAVY metals Biosorption By A
Brown seaweed From A ZINC-Production plant "
5. (1983)
6. 23, 201 - 203 (1996)
7. (1996)
8.
(1987)
9. , , (:1998)
10. , , , (: 1998)
11. ,
12. 4
Wetted-Wall Column
13. 4
14. , ( 1998
)
15. Department of chemical Engineering,King Mongkuti, Institute of Technology
Thonburi, Bangmod, Radburana, Bangkok 10140, Thailand
Adsortion of Heavy metal Ionsby Biological Wastes
16. paudeogkrry
2000 6
17.
18. Synthesis and application of chitosan mercaptanes as heavy metal retention
agent Galo Cardenas, parra Orlando Department de poiimeros universided de
conceocion19.
20. ,
21.
22. ,
23. ,(: ) 2000.
23. , (: ), 2000.
24. , ()( : ), 2000.