Environment law 2023 of Government of Bangladesh.pdf

†iwR÷vW© bs wW G-1
evsjv‡`k †M‡RU
AwZwi³ msL¨v
KZ…©cÿ KZ…©K cÖKvwkZ
iweevi, gvP© 5, 2023
,
: ! " , #$% & '/$ ), $*$+ ,- '
. , / , 0 1+//2 /$*$+। 4 /2 , %%1
( %%1 /2 ) . 7 $* . 8 4 , 9: 7
, ;< :
। ।( ) .2 7 4 7 , $*$+
= > ? ?2 ।
($) 2? = 0 ; ?2 ।
$। ।( ) @ & A B C < , .2 7 
( ) “= 7 E ” =< 4 /2 , %%1 ( %%1
/2 ) . 7 $ . ! ( ) . = 7 E ;
($) “/2 ” =< 4 /2 , %%1 ( %%1
/2 );
(+) “/ H 4” =< 7 $I . J - 7 ( ) =L; M / H 4;
(#) “ ! ” =< .2 7 ! ;
( 3009 )
g~j¨ : UvKv 88.00

3010 evsjv‡`k †M‡RU, AwZwi³, gvP© 5, 2023
(1) “ NO @ ” =< 7 + . =7
NO @ ;
(P) “ > : (Environmental Impact Assessment)” =<
B Q R ;S T U > ) V ,
W -=L XY Z M S ;
( ) “ [ ] ^” =< 7 $# . =7 M B
[ ] ^;
(I) “ U _ R ” =< > U _
S ` R ;
(%) “ < 4 ” =< > : 4a <
4 ;
( *) “ ? ) ” =< = 7 E ? ) ; .
( ) “ _ ” =< B B>b , , a =c B
; d e -a ; ? f 7 ।
($) .2 7 U g B; ' = >U O ? 2 B 2
' = >U O /2 B; = < U g ?2 [ B 2 = < ; a ?2 ।
+। h@ = 4 4 / ।( ) /2
7 I . J -7 ( ) . J ij W R, h@ = 4
4 kQ =< T U 4 / kQ B; B U O JO 4 T U 4
c ! - =L; ? ) l / ।
($) J - 7 ( ) . J m / E = 7 +* ( ] ) ; n
? ) o ? =c B U _ k? n J? p 8 :
< B;, JO n / ^ p 8 T ?2
? ) J m W JO = 7 1 ( ) ; q r
।
#। s k ? B ^ ।( ) /2 7 . 7 B ? )
l ?2 4 E B H , , ^ =c 7 < s
t@ J i j k? ) ? t- , & _ ,
. u ! -$ =L; B ^ ?2 ।
($) J - 7 ( ) . J m s k ? B4 ] /2 7 . J -7 (+)
(#) . 7 =L ?2 ।

evsjv‡`k †M‡RU, AwZwi³, gvP© 5, 2023 3011
1। = _ [ ] J i j R v R
Bw c ।( ) = 7 E H = _ [ ] J i j R
v R ;S U E J? ?2 x- T U h@ 7, ] .
y _a J T U 4 > ) R v R X?
9 Bw >O ?2 , ;< :
( ) z ;
( ) ?{ ;
( ) ; .
(|) ।
U } ।
( ) z Bw NO R v R .2: R v
R z~ 2 ; ? . y _a J • X > €
> ? [ . JO Bw R v R X ? h@
X U _ k? Z ; ? [;
( ) ?{ Bw NO R v R .2: R v
R z~ 2 ; ? . y _a J n ] >
? [ . JO > ? c .2 Bw R v
R X ? h@ X U _ k? ;
( ) Bw NO R v R .2: R v
R z~ 2 ; ? . y _a J ; <- > ? [,
; ? 4 4a ? . J •O h@
X U _ k? n .2 Bw R v R X ?
> ‚ / j ; .
(|) Bw NO B; R v R X ? .
y _a J ƒ > ? [ ; ? 4 c J •O ]
? . JO Bw R v R X ?
> ‚ c J m ; d h@ X U _ k?
/ j ।
($) J - 7 ( ) . J m >„ Bw R v R X ? ! -
=L; 7 ?2 :
< B;, ! - . J m z , ?{ , . Bw
=`NO ? . B R v R Bw ! - # =L; ?2 ।

P। = _ [ ] [ ] k? n 7 ।( ) 7 1 .
J m ?{ , Bw … R v _ . R k? W = 7 E
l ?2 < = _ [ ] † [ ] k? ?2 :
< B;, z Bw … R v _ R k? W , J?
B; 2 _ ?J B , = _ [ ] k? ?2 , = 7 E
l ?2 B [ ] k? ?2 :
/ < B;, B E S =‡ , =<ˆ =‡
‰Š ‹^ R R _ U Bw R v
R B4 ] = _ [ ] k? ?2 , = 7 E l ?2 B
[ ] k? ?2 ।
($) = _ [ ] k? U ?{ , Bw B R v _
R c Œ J„ . • i j B = Ž ; 2 ।
(+) = _ [ ] k? U ?{ , Bw … R v
R d , •a•, =c c @ ; 2 ।
(#) [ ] k? U z , ?{ , Bw … R
v 4 X J• R ) { ; 2 ।
। = _ [ ] [ ] c / r ।( ) B;
R v R c = _ [ ] [ ] c /
?2 J? = _ , ; 
( ) = 7 E B ; ? [ . B B ? ? ?2 /
JO B ; ?2 ;
( ) = 7 E B ; 2 . B B ? ? ?2 /
t- = 7 4] 7 B ; > ; ?2 ;
( ) B ? ? ? ?2 / t- ? ;
?2 :
< B;, ? c •< B ; <
/ t- B ; ?2 ;
(|) . 2 > / NO . 7 B ? ? ?2 / t-
/‡ ; > ; ?2 ; .
(‘) . 7 > ’ ? ? ?2 / = 7 E 7 ;
?2 ।

($) B R v R = _ [ ] [ ] /
= 2 ?2 :
< B;, B = 2 / T ?2
/ ; 2 ।
(+) ? ) -“ n = _ [ ] [ ]
c t- / X ? 7 ; 4 ।
I। = _ [ ] B4 ] )a @ X?।B R v
R c = _ [ ] B4 ] 9 @ X? ) ?2 , ;< :-
( ) t- R v R B J„ R ,
r ` A ; .
( ) t- R v R _ ) B4 ] ! -% .
=L ?2 [ ।
%। z Bw R v R X? [ ] r ।
( ) z Bw R v R J ” O [ ] k? c ! -+
=L; ; a = W / ?2 ।
($) J - 7 ( ) . J m / B4 ] ! -% . =L
?2 ।
(+) J - 7 ( ) . J m / ? t- ], . ! - .
J m ! ?2 ।
(#) J - 7 ( ) . J m / ) B4 ] = 7 E t- ;
H t- R v R ?2 ।
(1) J - 7 ( ) . =7 / E ( ) ; n = 7 E t-
; 
( ) W / J m • 4 –- ?2
t- J ” O =L— [ ] ; =<
( ) / [ ] k? = ; d ?2 ? / ^ ˜
J? J m S / > = ? ।
*। ?{ Bw R v R X? = _ [ ] r ।
( ) ?{ Bw R v R J ” O = _ [ ] k? c ! -+
=L; ; a = W / ?2 ।
($) J - 7 ( ) . J m / B4 ] ! -P . J m /
S !, t- ], . ! -% . =L ?2 ।

(+) J - 7 ( ) . J m / ) B4 ] = 7 E t- ;
H t- R v R B;b O = > ?
™ ?2 ।
(#) J - 7 ( ) . =7 / E I(/l) ; n / J m
• 4 t- R v R = 7 E t-
; –- ?2 / ! - . J m ! c = ? ।
(1) J - 7 (#) . =7 = ? ?2 / ; a !
( ) ; n t- / =L— = _ [ ]
?2 ।
(P) J - 7 ( ) . =7 “ / J m • 4 t- R
v R = 7 E t- ; –- ?2
/ ^ ˜ J? J m S / E 1( ) ; n
/ > = ? ।
। ?{ Bw R v R X? [ ] r ।
( ) = _ [ ] 2 ?{ B t- R v R J ” O J?
) { 4a [ ] E c / ?2 ।
($) J - 7 ( ) . J m / ) B4 ] = 7 E t- ;
H t- R v R B;b O = > ?
™ ?2 ।
(+) J - 7 ( ) . =7 / E = 7 ( ) ; n “
/ , , = _ [ ] , 2 a )
= 7 E t- ; –- ?2 t- J ” O =L— [ ]
, =< –- ?2 / ^ ˜ J? J m W /
> = ? ।
$। Bw R v R X? = _ [ ] r ।
( ) Bw R v R J ” O = _ [ ] k? c ! -+
=L; ; a = W / ?2 ।
($) J - 7 ( ) . J m / B4 ] ! -P . J m /
S !, t- ], , < 4 . ! -%
. ; a =L ?2 ।
(+) J - 7 ( ) . J m / ) B4 ] = 7 E t- ;
H t- R v R B;b O = > ?
™ ?2 ।

(#) = 7 E t- ; ! - . Bw S (. ) ?2
S P$ ( @ š) . J m R v R B4 ] J - 7 (+) . =7
™ “ / ? ; a B4 ], /‡ , > ? ; t-
[ ] ^ B . JO ! S P+ (B @ š) ?2
S + (. B ) . J m R v R B4 ] JO
/ ? = 7 E 7 ; [ ] ^ B J?
=L ; a B4 ], /‡ > ; B ।
(1) J - 7 ( ) . J m / . J - 7 (+) . =7 ™ “ ?
) t- [ ] ^ r ` k? ।
(P) t- [ ] ^ / =L— = _ [ ]
r ` k? / ! - . J m ! c = ? ।
( ) J - 7 ( ) =L; / = 7 $ (.‹ ) ; n
/ =L— = _ [ ] ?2 :
< B;, / ˜ ?2 J? J m W t-
/ ˜ r ` k? = 7 1 ( ›)) ; n > = ?
?2 ।
+। Bw R v R X? [ ] r ।
( ) Bw t- R v R J ” O = _ [ ] E
t- R v R ) { J i j [ ] c 7 =L;
= 7 E t- ; / ?2 ।
($) J - 7 ( ) . J m / ) B4 ] = 7 E t- ;
7 t- R v R S = _ [ ]
& @ ; ) [ ]
/ ˜ S ` @ B;b O = > ? ™ ।
(+) = 7 E t- ; ! - . Bw S (. ) ?2
S P$ ( @ š) . J m R v R B4 ] J - 7 (%) . =7
™ “ / ? ; a B4 ], /‡ , > ? ;
[ ] ^ B . JO ! S P+ ( @ š) ?2
S + (. B ) . J m R v R B4 ] JO
/ ? = 7 E 7 ; [ ] ^ B J?
=L ; a B4 ], /‡ > ; B ।
(#) J - 7 ( ) . J m / . J - 7 ($) . =7 ™ “ ?
) t- [ ] ^ r ` k? ।

(1) J - 7 ( ) =L; / = 7 $* ( ) ; n
/ =L— [ ] ?2 :
< B;, / ˜ ?2 J? J m W t-
/ / ˜ r ` k? = 7 1 ( ›)) ; n >
= ? ?2 ।
(P) = 7 E 7 ; [ ] ^ l Bw B
R v R < 4 ; ) ` ; ?
B;, t- R v R H x- h@ y _a J œ >
B! ? ?2 ^ JO R v R c > :
4 ) Z . ? ) H JO Z =L
t- J ” O > : 4 ) ?2 ।
#। Bw R v R X? = _ [ ] r ।( )
Bw NO R v R J ” O = _ [ ] c ! -+ =L;
; a = W = 7 E t- ; / ?2 ।
($) J - 7 ( ) . J m / B4 ] ! -P . J m /
S !, t- ], , > : . ; 7
(terms of reference) ?2 . . ! -% . J m ; a
=L ?2 ।
(+) > : . ; 7 (terms of reference)
! - * . J m =L ?2 ।
(#) / E = 7 E t- ; t- R v R
Q _ . ] & @ ; )
= _ [ ] B;b O • = > ? . ^ .
> : . ; 7 (terms of reference) = 7 E 7 ;
[ ] ^ B J? =L ; a B4 ], =‡ >
; B ।
(1) J - 7 (#) . =7 E [ ] ^
@ ™ XY ) . S ` ? ) l =L
c J _ ।
(P) ? ) =L S t- R v R J ” O /
E = 7 +* ( ] ) ; n t- ; ?2 > : .
; 7 (terms of reference) =L ?2 :
< B;, B = O • ?2 /
= 7 ( ) ; n J? c ; 2 :

/ < B;, ; ) S / ^ ˜ ?2 JO r `
k? = 7 ( ) ; n / J m W > = ?
?2 ।
1। > : 4 ।( ) Bw B R v R
J ” O = 7 E H =L NO @ ž
=L ; 7 > 8 > : 4 )
> : ™ :
< B;, B; B Ÿ c = 7 E > :
2 B 2 B Ÿ > : 4 ) c B /`
J„ ? ; _ > : =L ; 2 . .2 4 ]
J? ? R , r ` A J? )
?2 ।
($) NO @ > : 4 )
B4 ] t- ? / ) S y 7 4> ? ;S •
:
< B;, U _ R 4 ¡ ) B4 ]
J ” O ? / ) ; 2 ।
(+) NO @ > : 4
.2 = ? U _ R ™ B4 ]
! - . J m =L ।
(#) Bw B R v R U _ R
J m ;S , 4 , R X? 4 ¡ ) X? ;< ;<>
?2 t- J ” O ! -P =L; B| @ ?2 ।
(1) Bw R v R X ? J ” O > :
= 7 E 7 ; [ ] ^ l ?2 ।
P। > : c ; ) 2।( ) Bw B R
v R J ” O > : B = ? ; a B4 ],
R @ t- = = 7 E t- ; J _ JO
R v R t- . ; ) 2 U _ k? ?2 :
< B;, q? @ B R v R B4 ]
R v R = _ . 7 > ’ ?2 /‡ ;
; ) 2 U _ k? ?2 ।

($) ; ) 2 c R v R J ” O > :
. t- - 4 + ( ) ^ B l ? t- ; /
?2 . J? =L 7 ; B ?2 ।
(+) J - 7 ($) . =7 / E ( ) ; n t- R
v R J ” O ; ) 2 , _ 7 ¢
) . ^ _ . ^ e ] E ।
(#) ; ) 2 S ` Q • = 7 E 2l JO R v
R J ” O 2 l, ; < , ) ?2 ।
(1) > : @ E +* ( ] ) ;
;` = 7 E 2l ? t- ; ; 2 :
< B;, > : ™ #1 ( £ m )
; n ; ) 2 •„ ?2 :
/ < B;, 7 n ; ) 2 B @ T ?2 = 7
1 ( ) ; q r ; 2 ।
(P) ; ) 2 ;S t- R v R J ” ? a4
4> • . . ¤ @ = > •„ U O, B v v
;< T •¥O ?2 ।
( ) ; ) 2 t- R v R J ” O 9
• J _ ?2 , ;< :
( ) R v R < •;
( ) R T U Z! ;
( ) R v R > ; a B4 ], > ;
(|) > J X?; .
(‘) . t- =c c @ ।
(I) ; ) 2 . c > / = 7 ( ) ; n
= 7 E t- ; H JO > ; =L ?2 ।
(%) J - 7 (I) =L; =L ; > :
? •O ?2 ।
( *) ; ) 2 S E / >
: . U _ R ?2 ।

। > : XY ।( ) 7 1 . J - 7 ( )
=L; > : • J 8 S ` @ U } c
t- R v R J ” O [ ] ^ > /
; 2 ।
($) [ ] ^ H ?2
> : J t- E _ l ?2 ) ?
. t- R v R =L— [ ] 7 n JO
k? ?2 ।
(+) [ ] ^ J? > t- R v R
> XY 9 @ ) , ;< :
( ) : > , Q U _ R .
4 ¡ );
( ) ; ) 2 E . JO / ? U _ ;
( ) t- R T U R X? . JO R Q 2l
;
(|) • = • ?2 = O • c
=L 7; .
(‘) = _ [ ] X? ; ) ।
(#) [ ] ^ > : ; 7
L “ =c c B; , > : , •|l
• ; B S ` ¦ R , 4 kQ _ ` § S ` R ,
¨© : U _ R ; ) ।
I। > : =L ।( ) = 7 E 7 ;
[ ] ^, Bw t- R v R X ? >
: E , 9 @ X? ) Z ? J? =L
c ? ) l B , ;< :-
( ) > ; E ] : ?2 [ ;
( ) Q U _ R . 4 ¡ ) ;< <,
; , Q ª . ; E ;
( ) Q U _ R Q X U _
k? n Q R v R > k? ; d
] n < ; .
(|) t- R v R Q . R A
।

($) 7 1 . J - 7 (1) =L; > :
= 7 +*( ] ) ; n > : =L ?2 ।
(+) [ ] ^ H > : =L
Z ? ) H =L ?2 t- R v R J ” O
= 7 ( ) ; n ! - . J m ! c /« ।
(#) J - 7 ($) =L; ! t- ; = 7
( ) ; n R v R J ” O = _ [ ]
?2 ।
(1) J - 7 ( ) . J m @ X? ) t- R v R
= _ [ ] / J [ ] ^ B / 8 < J?
J ? ) H r ` k? = 7 ( ) ; n /
> = ? ?2 ।
(P) t- R v R J ” O J - 7 (+) =L; / 8
2 ( ) ; n 7 X 4 k? U< ?2 t- /
˜ ; 2 ।
( ) = _ [ ] E t- R v R J ” O Œ J„ ,
= Ž _ , B l ¬ = BS -l (. , ) B ? t- ;S / T
।
(I) J - 7 ($) . J m =L > :
7 = c = 7 E 2 l / - ?2 ।
%। [ ] r ।( ) = _ [ ] E t- R
v R ) { J ij J ” O [ ] k? c = 7 E
t- ; / ?2 ।
($) J - 7 ( ) . =7 / 2 = 7 E t- ; R v
R = _ [ ] , > :
Z ? & @ ; ) S = > ? ™
।
(+) J - 7 ($) . =7 ™ “ = 7 E 7 ;
[ ] ^ B J? =L ; a B4 ] t- =‡ >
; B ?2 ।
(#) J - 7 ($) . =7 E ? t- ; ) S
[ ] ^ t- R v R =L— [ ] @
? ) l = > ? Z ।

(1) J - 7 (#) =L; E Z ? ) H =L ?2 t-
; JO R v R =L— [ ] ।
(P) t- R v R l ?2 [ ] / E
+* ( ] ) ; n [ ] ?2 :
< B;, [ ] / ] ˜ ?2 ˜ r `
k? = 7 ( ) ; n J m W / >
= ? ?2 :
/ < B;, Bw R v R ) < = _ 4
U _ R ; & … B
2Za ) > : ?
c = 7 E H J ” O ; 2 ।
$*। = _ [ ] [ ] B ।( ) z Bw R
v R [ ] B ?2 J? 2Za ?2 1 ( ›)) •
; 1 ( ›)) • =` =` ; d ?2 ।
($) ?{ Bw R v R = _ [ ] =< [ ]
B ?2 J? 2Za ?2 $ (•2) • ; $ (•2) • =` =` ; d
?2 ।
(+) Bw R v R = _ [ ] =<
[ ] B ?2 J? 2Za ?2 (. ) • ; (. ) • =` =`
; d ?2 ।
$ । = _ [ ] r ।( ) Bw R v R
= _ [ ] B B @ ?2 4 +* ( ] ) W J? c t-
R v R J ” O = _ [ ] c ! -# W
! - . J m ! W 7 =L; t- ; /
?2 ।
($) t- ; R v R 2l W ; –- ?
B;, = _ [ ] J m ;< ;<> =L ?2 [ ? ?2 JO
R v R =L— 8 = _ [ ] ।
$$। [ ] r ।( ) t- R v R
J ” O [ ] c ! -1 W W ! - . J m !
W 7 . =L; t- ; / ?2 ।

($) [ ] E JO [ ] 8 = 7 E
H 7 ] ? & ;S X? k? ; d ?2 t- ; JO R
v R W z ?{ Bw R v R
[ ] :
< B;, Bw R v R B4 ] = 7 E
t- ; r ` k? c [ ] @ ,
? t- ? , /‡ > ; B ।
(+) J - 7 ($) =L; E Z ? , /‡ > ; H
=L ?2 t- ; JO R v R =L— [ ]
।
$+। = _ [ ] [ ] U R v R )
B4 ] U _ k? । ( ) 7 P . J m ; a 4 ], = _ [ ]
[ ] k? U B R v R ) ?2 [ • B
? ) JO R v R J ” O 2 c = 7 * ( )
; B ^ ।
($) J - 7 ( ) =L; E = 7 ( ) ; n
? ) t- J _ o U _ k? ।
(+) J - 7 ($) =L; o k? ? ) –- ?2
? JO R v R ;S ® •a•, , d , 2 a
B ; ¯„ c t- H 4 =L 7 =< =c
B U _ k? ।
(#) J - 7 (+) =L; B U _ k? t- R v R §
) { ?2 t- R v R J ” O = _ [ ]
[ ] c ! -+ W t- ] , U _ R
. ! - . J m ! W 7 =L; t- ; /
?2 ।
(1) B R v R = _ [ ] [ ] U
) ?2 ? ) 4 : 7 n J?
/ U _ k? ।
(P) J - 7 (1) =L; ? ) H B 4 W 7 ?2 t-
R v R J ” O J? 7 n < ।
( ) R v R y° 7 U _ H 4 7 n
7 ;“ 4 W X U _ k? U< ?2 ? )
/2 7 ( ) . =7 U _ k? ।

$#। [ ] ^ Ž ।( ) /2 7 $ . J ij W R,
? ) 
( ) Bw NO . ; a Bw NO R v R c
= 7 E 7 ; ) haŸ© ; .
/« = 7 E ± …a 1 ( ›)) ² . ^
[ ] ^ Ž ;
( ) ; a Bw NO R v R c = 7 E /‡ ,
> ? ; t- ; 7 /« JO
; ± …a + ( ) ² . ^
[ ] ^ Ž :
< B;, ? , > /‡ ; [ ]
@ ^ t- ; / 7 B ; ;
7 ² ? =`NO ?2 ।
($) [ ] ^ t- R v R >
@ @ = 4 .2: @ U O ? k? ।
(+) [ ] @ ^ ² , 7 B , ª ³
?2 ।
$1। [ ] ^ ; ।( ) = 7 E 7 ;
[ ] ^ ; ?2 9: , ;< :
( ) Bw NO R R > : ; 7 .
> : ; ) XY ;
( ) > : ; 7 > :
=L ? [ ] @ ? ) l Z ;
( ) R v R 7 e - ) W [ ] 7 ;
(|) ; a Bw R v R < 4
[ ] / ; ) S [ ] @
? ) l Z ;
(‘) ; a Bw R v R U _
R [ ] / ; ) S [ ]
@ ? ) l Z ;
()) B R v R J ” O H l .
° k? c Z ;

([) ; a Bw R v R a 7
. h@ U _ =L c Z
;
( ) =L; t- R v R Q 2l ;
.
(~) /2 7 $ . J ij W R ? ) H 7 =c B
;।
($) = 7 E ? , > /‡ ; [ ] ^
; :
( ) ; a Bw R v R < 4
[ ] / ; ) S [ ] @ r `
k? ;
( ) ” ; a Bw R v R U _
R [ ] / ; ) S [ ]
@ r ` k? ;
( ) R v R 7 e -a ) W [ ]
7 ;
(|) ; a Bw R v R a 7
. h@ U _ =L ;
(‘) =L; t- R v R Q 2l ; .
()) /2 7 $ . J ij W R ? ) H 7 =c B
;।
$P। = _ [ ] [ ] ?Q ` ।( ) B R v
R =c B U O v l ?Q ` ?2 JO R v R
=L— 8 = _ [ ] [ ] B R v R
7, k? / S . ? ) =L S J? ?Q `
; 2 ।
($) J - 7 ( ) =L; B = _ [ ] [ ] ?Q `
?2 J? = 7 E H 8 4 W ?, ; < , J?
?Q ` ?2 [ ´ ?2 ।

$ । / ।( ) B U O, R v R J ” O /2 .2
7 =7 8 B B ^ , / ž ‰µ ?2 JO B ^ ,
/ E = 7 +* ( ] ) n / H 4 l /
:
< B;, [ ] c / 2 .2: B R
v R J ” O / ।
($) J - 7 ( ) . J m / ? 9 ?2 ,
;< :
( ) B; B ^ , / ¦ r / ?2 [ J? a
=L ;
( ) ? [ ] =L , ; a B4 ];
( ) B¶ ) n / ! 1 ( ›)) ? l
;
(|) /2 7 . =7 7 ;“ 4 W / ¦ r /
?2 7 ;“ = < $1% (¸ ) ) B¶ ) n
?2 ; .
(‘) B ^ , / =L; h@ t- ;S ® ? [
=& ।
$I। / H 4।( ) /2 7 J ij W R, 9 ²
± . ^ / H 4 M ?2 , ;< :
( ) ) , , , ; 2? B) ¹
?2 ;
( ) = O- ) ( h@ ), ,
;
( ) •º- ) ( -$), , ;
(|) B ^> @ > H =…a •º- )
; . 7; .
(‘) J - ) ( h@ = 7 ), ,
, ; J? ²- ) ?2 ।
($) B) ¹ / H 4 > > ° . ? =L _
= O- ) ( h@ ) / H 4 > > ° ।

(+) / H 4 > B c B) ¹ ? =…a $ (•2) ²
J _ ?2 , s > B4 ] B B ?2 ।
(#) / H 4 ² , 7 B , ª ³ ?2 ।
$%। / H 4 H =L r ।( ) / H 4 / /
J o k? c 7 ; t- B ^ ।
($) / H 4 / o Z 7 < J> 4 t- @ J
c / ।
(+) / B / 2 / H 4 / ? “
t- , . B b > 4a k? W t- • k?
/ ^ @ r ` k? ।
(#) o k? S / H 4 / %* ( »2) ; n t-
B ^ , / ž ? r ` , 7 & )
J •O r ` ।
+*। / o r ।( ) o c 7 / J _
?2 / H 4 / :
< B;, / H 4 / / B 4 o c
J _ ?2 q r ।
($) J - 7 ( ) =L; / B / ?2 JO
/ ?2 = 7 $ (.‹ ) ; n J? § ) c /
H 4 l / ; 2 ।
(+) / H 4 } ô ² y 4 > / .
J? =L = 7 E t- ; . ? ) l B ।
(#) / p 8 ? ;` t- R v R =L— 8
= _ [ ] [ ] ; 2 ।
+ । ] 7 । ] ! -$ =L; .
=c c J ] t- 7 7 =L 7 ?2 ।
+$। a ] ।B R v R ¼
] ! -+ =L; , a ] ! -# =L; . R w
> 8 a ] ! -1 =L; 7 ?2 ।
++। R v R a 7 ।B R v R
a 7 ¼ a 7 , J? =L . ) ,
a 4 , a ] , a t@ r ,
a u, ½ a , 2 a @ ! - $ =L; 7 ?2 ।

+#। >„ B J? !।= 7 E B U O, R v , R J ” O
_ / S , ! -I =L; B ! k? , , a, '
s t@ . t@ • J 8 ? B ।
+1। ! X? r ।.2 7 =7 7 ! X? B¶ ) ,
U ¾ !l, B -=- =c c 2 ¶ n B @
?2 . ! H 4 ?2 ।
+P। 4 : 4 W / ।( ) /2 7 . =7
;S k? = O ? h@ ? ;` U O, R v R
;S _ ; 2 ।
($) 4 W =< 7 U< ?2 t- U O, R v R
=L— 8 = _ [ ] [ ] _ , ; 2
; 2 ।
+ । @ N O।( ) B R v R
< 4 , > : 4 U _
R c /k? U O, v _
@ ? = 7 E l NO ?2 ?2 :
< B;, /` > y “ E B B U O, v
_ B4 ] N O ?2 ।
($) ? ) , @ ? N O c /k? U O
v l ?2 / /« $ (•2) ^ e ] ,
(. ) ^ 2 e ] . 2 l E ।
(+) @ ? N O B; d = > =c c
@ ! - + . ‘ ’ = =L; ?2 ।
(#) @ ? N O c /k? U O v
l ?2 E / X? ; ) 2- [ 2 c ? ) = 7 E
± . ^ ^ Ž ।
(1) J - 7 (#) . J m ^ / X? ; ) 2- [ 2 . ^ XY
? ) l B ।
(P) ? ) J - 7 (1) . =7 XY E t-
/ =L— N O =L =< /
।
( ) @ ? N O / !, N O !
. ! ! - + . ‘ ’ = =L; 7 ?2 ।

(I) @ ? N O B ?2 + ( ) • ;
+ ( ) • =` =` ; d ?2 ।
+I। @ N O , ? , 2 a ।
( ) B U O, v _ Á^W , = a = Â • N O
c / B R v R J ” O l ?2
=ˆ Z 7 k? ? ) t- @ o
• O & Z ; ?2 ।
($) N O ?2 B U O, v _ ? ) t-
^ Z 4 § NO ।
(+) ? ) , , @ ?
।
+%। @ |l = ? ।B _ 7 ] = O
h@ ¼x ?2 B •|l =Ã-W B S |l
B _ .2: / •O ?2 B 2 h@ |l _ h@ / •O _ °
U O U O •4 > t- |l / •
? ) = ? ?2 ।
#*। ? B?! ।( ) 4 7 , %% , = ¼ JO
7 J m , . , H # L ,
$* I ,- ' “ Ä $$.**.****.* 1.*P.** . I-*$ . Æ ?
?2 ।
($) J - 7 ( ) . =7 JO: ? Ç ; a 4 ] JO 7
=7 
( ) “ .2 7 =7 “ ?2 [ ´ ?2 ;
( ) 8 = _ [ ], [ ], B ^ , / , , =L
. / “ 4 W .2 7 =7 8 . / ?2 [
´ ?2 ; .
( ) p„ 7 ; h T , .2 7 =7 p„ ?2 ।

! -
h@ = 4 /
[ 7 + . J - 7 ( ) Š-U]
,
? )
= 7 E
2- P, / › , Ê - $*
B
...............................................
...............................................
...............................................
? ,
/ h@ = 4 . 4 kQ =< T U 4
/ kQ U O ? , /2 7 I . J -7 ( ) . / 4 =<
4 / • < [:
। h@ = 4 4 kQ T U 4 / kQ
U O/U O / v M :
$। 4 kQ ?2 :
+। 4 kQ ?2 _ :
#। 4 / T U 4 :
1। 4 |^ ?2 :
P। 4 |l ? t- U O/U O / v 2 a M :
। < :
: ............................... y 4 : ...............................

! -$
s k ? c B ^
[ 7 # . J - 7 ( ) Š-U]
................................. : ....................
.....................................
...............................................
...............................................
B; ?• / R v R *** ............................... ?2 M
a/ a/d ¼ / ^ h@ t@ c ..........................
..................... |^ t- a < s t@ c , & _
?2 , , ^ =c 7 < s k? B ?• s k ?
/ // J •O 7 R v =< R J _ < s
k ? ? ; . ? s ] y 4 c / . Æ B ^
?2 ।
s k? y 4
—
—
B l:
*** a ?, Ìa , 2 a J• B; ¡] ?2 s k? ?2 J? ।

! -+
= _ [ ]/ [ ] . c / ]
[ 7 % . J - 7 ( ), 7 * . J - 7 ( ), 7 . J - 7 ( ), 7 $ .
J - 7 ( ), 7 # . J - 7 ( ) 7 $+ . J - 7 (#) Š-U]
R v c
,
------------------
------------------
------------------
------------------
,
/ / Q R v / ” R v . c 9 8 • ?
] = _ / [ ] . c / [ :
। R v :
( ) R v = _ M :
( ) = ! M :
$। ( ) Q R v :
(=) T U R U :
(/) :
(2) o¦ T U :
(Í) E T U :
(J) R v 4 X J• T U :
( ) ” R v :
(=) R v B4 ] 4 X J• o¦ :
(/) B l “ =< :
+। Q R l „ . NO ! -% . @r .
=`NO :

#। J• „ Š U (e / / @ ) :
1। ( ) ›) (e / / @ ) :
( ) ›) J• :
P। ( ) e U ? :
( ) J• :
। ( ) Î (e / / @ ) :
( ) •a• U ? ( l |Ï ) . •a J• :
I। ( ) R v B ¹ :
( ) B -/Jl Ða ( ; a B4 ], a 7 = _ ) :
%। ( ) J• S :
( ) J• S BÑ -- k :
*। ( ) M a “ :
( ) e T U M a :
। ( ) e T U a (| l ) :
( ) a _ :
$। d h@ “ . 2? r :
+। T U 'h@ J• 'h@ U _ :
#। M a U _ r :
1। a 7 U _ ( ; a B4 ])*:
P h@ U _ ( ; a B4 ])**:
। B y _a Z 4 8 c ? U U _ :
I। ! B b ¹ :
%। 7 J„ H 4/)šk J„ H 4/€ J„ H 4/ ? J„
H 4/_ H 4 . =L ] ( ; a B4 ]) :
$*। ( ) < 4 / > :
; 7 ( ; a B4 ]):
( ) U _ R ( ; a B4 ]):

$ । T U 4 ( ; a B4 ]) :
$$। =c c • ( ; a B4 ]):
J ” O y 4 ( ? ?)
:
M :
B! :
2-B 2 :
:
B| @ :
/ .2 B| @ [ B;, / ] 8 • / a . 2?
B • B “ ? 2।
(J ” O y 4 )
B l:
* ! - $ =L a 7 S ` ?2 ।
** h@ S ` ?2 ।
*** a •v J ” O ? 7 y 4 < ?2 ।

= Ž R c
,
------------------
------------------
------------------
------------------
,
/ / Q = Ž R =< ” = Ž R c 9
8 • ? ] = _ / [ ] c /
[ :
। R :
( ) R = _ M :
( ) = ! M :
$। ( ) Q R :
(=) T U R U :
(/) R J„ o¦ T U :
(2) R E T U :
(Í ) R ) { ?2 T U ( ; a B4 ]) :
( ) ” R :
(=) R ) { ?2 :
(/) B l “ =< :
+। R :
(=) B l (. ) :
(/) :
(. )
S ¡ ] B -¡ ] =
=a l
=c c B l
( ) ($) (+) (#) (1) (P) ( )

(2) RNO 7 / = _ :
(. )
“ @/
>l
=“ @ ? /^ §‹ / “
Œ
=c c B l
( ) ($) (+) (#) (1) (P) ( ) (I)
(Í) Q R l „ . NO ! -% . @r
. =`NO :
#। R 7 ;S (Œ J„ , = Ž ) ; ) :
1। ( ) R J„ ) c 7 J X ? :
( ) J X ? J• :
P। ( ) e U ? :
( ) J• :
। ( ) Î (e / / @ ) :
( ) •a• U ? ( l |Ï ) . •a J• :
I। ( ) R B ¹ :
( ) B -/Jl Ða ( ; a B4 ] B¾ / a/ ¼ a 7 = _
) :
%। ( ) R c 4 kQ ( ; a B4 ]) :
( ) 4 kQ § R ( ; a B4 ]) :
*। ( ) M a “ :
( ) e T U M a :
। ( ) e T U a (| l ) :
( ) a _ :
$। h@ “ . 2? r :
+। T U 'h@ J• 'h@ U _ :
#। M a U _ r :

1। a 7 U _ ( ; a B4 ])* :
P। h@ U _ ( ; a B4 ])** :
। B y _a Z 4 8 c ? U U _ :
I। ! B b ¹ :
%। 7 J„ H 4/)šk J„ H 4/€ J„ H 4/ ? J„
H 4/_ H 4-. =L ] ( ; a B4 ]) :
$*। ( ) ; a B4 ] < 4 / ; a B4 ]
> : ; 7 :
( ) ; a B4 ] U _ R :
$ । T U 4 ( ; a B4 ]) :
$$। Ÿ B ! 2 ( ; a B4 ]) :
$+। =c c • ( ; a B4 ])
J ” O y 4 ( ? ?)
:
M :
B! :
2-B 2 :
:
B| @ :
/ .2 B| @ [ B;, / ] 8 • / a
. 2? B • B “ ? 2।
(J ” O y 4 )
B l:
* ! - $ =L a 7 S ` ?2 ।
** h@ S ` ?2 ।
*** a •v J ” O ? 7 y 4 < ?2 ।

y _a v c
,
------------------
------------------
------------------
------------------
,
/ / Q y _a v =< ” y _a v c 9
8 • ? ] = _ / [ ] c /
[ :
। ( ) y _a v :
( ) v M :
$। ( ) Q y _a v
(=) T U R U :
(/) R o¦ T U :
(2) R E T U :
(Í) R ) { ?2 T U :
( ) ” y _a v
(=) v ) { ?2 :
(/) B l “ =< :
+। R :
(=) B l :
(/) = Ž ž /¯ :
(2) Q y _a v > =c c U ? (B; : / , a
2 a ) :

#। y _a v 7 ( ; a^ ^ )V ) : ( ) Ò ( ) - Ì
B u ( ) ?
1। v 8 B ( ; a^ ^ )V • ¦ ):
( ) - Ì B u :
(=) ³ < a Y l (/) B - a 2 > Ì (2) 7
2 > Ì (Í) =c c .....................
( ) Ò ( ; a^ ^ )V . • ¦ ) :
(=) - O l (/) ³ < a Y l (2) B - a
2 > Ì (Í) 7 2 > Ì (J) 2s 2 (Ó) a = (Ô)
=c c .....................
( ) ? ( ; a^ ^ )V . • ¦ ) :
(=) - O l (/) ³ < a Y l (2) B - a
2 > Ì (Í) 7 2 > Ì (J) 2s 2 (Ó) - (Out Patient
Department) (Ô) /2 - (In Patient Department) (.) /2 --. B4 ] Õ
} :................... (Ö) a = ( ) =c c........................
P। ( ) e U ? :
( ) J• :
। ( ) R B ¹ :
( ) B -/Jl Ða ( ; a B4 ], a 7 = _ ) :
I। ( ) e T U 7 M a :
( ) e T U ) • - :
%। ( ) e T U B (| l ) :
( ) a _ :
*। 7 M a U _ r :
। ¨© W ) • a U _ r :
$। a 7 U _ ( ; a B4 ])* :
+। B y _a Z 4 8 c ? U U _ :
#। ! . B b ¹ ( ; a B4 ]) :

1। 7 J„ H 4/)šk J„ H 4/€ J„ H 4/ ? J„
H 4/_ H 4-. =L ] ( ; a B4 ]) :
P। ( ) ; a B4 ] < 4 / ; a B4 ]
> : ; 7:
( ) ; a B4 ] U _ R :
। T U 4 ( ; a B4 ]) :
I। =c c • ( ; a B4 ])
J ” O y 4 ( ? ?)
:
M :
B! :
2-B 2 :
:
B| @ :
/ .2 B| @ [ B;, / ] 8 • / a . 2?
B • B “ ? 2।
(J ” O y 4 )
B l:
* ! - $ =L a 7 S ` ?2 ।
** a •v J ” O ? 7 y 4 < ?2 ।

! -#
= _ [ ] / ]
[ 7 $ . J - 7 ( ) Š-U]
,
------------------
------------------
------------------
------------------
,
/ / ” R v / R c 9 8 • ? ]
= _ [ ] c / [ :
. R v / R :
$. R v / R = _ M :
+. ( ) Q R v B4 ]
(=) J• U ´ :
(/) (e / ) :
( ) Q R B4 ]
(=) R 7 ;S :
#. = _ [ ] Ä 0 :............................ : .....................
( ) @ :............... B J8 : .................
1. R “ =<: .......................................................... l
P. [ ] ! =<:
B¶ ) 0 :.........................., : ..............................
U :................................, : ................................
. [ ] !’ J X =< :
B¶ ) 0 :..........................., : ..............................
U :.................................., :................................

I. ;S / R J„ ;S :
/ R ;S o ) o ® o ® < J? :
......../........../........
J• S J„
;S B
?2 [ ?
o ?a› o o ?a› ?2 • ¦ :
%. R J„ ;S ! x- a:
a 7 (........./e )
7 M a
a
a
¨© W a (Hazardus waste)
=c c a
*. h@ a U _ :
( ) a 7 U _
( ) h@ U _
( ) M a U _
(|) ¼ a 7 U _
(‘) =c c a U _
()) 'h@ U _
. B y _a 8 :
B y _a
8
o zl
o ?a l
o .B /J •O B
o - Ì Ù/B Ú l Ù
o B !^ Û
o ?a Ü Û >¬
o ! Ì .2-

/ .2 B| @ [ B;, .2 / ] 8 • / a .
2? B • B “ ? 2।
J ” O y 4 :
( ? ?)
:
M :
B! :
:
B l:
* / .2 / •O ] a •v y 4 ।

! -1
[ ] / ]
[ 7 $$ . J - 7 ( ) Š-U]
,
------------------
------------------
------------------
------------------
,
/ / ” R v / R c 9 8 • ? ]
[ ] c / [ :
. R v / R : .................................................................
$. R v / R M : ..........................................................
+.( ) R v B4 ] J• ´ (e / ) : ............
( ) R B4 ] R 7 ;S : .................................................
#. [ ] Ä 0 :................ : ......./............/...........
1. @ : ...../...../....... B J8 : ....../......./........
P. R “ =< : ................................................................ l
. [ ] ! =< :
B¶ ) 0 :..............................., : ............/................/.................
U :......................................, : .................................................
I. [ ] !-. J X =< :
B¶ ) 0 :.............................., : ............/................/................
U :................................................, : .....................................
%. R ;S :
/ R ;S o ) { o ® o ® < , ® ?2 :
......../......../........
J• S
R ;S B
?2 [ ?
o ?a› o o ?a› ?2 9 • ¦ :

*. J• S R ;S ! x- a :
a 7 a (........../e )
7 M a
a
a
¨© W a (Hazardous Waste)
=c c a
. a 7 ( ; a B4 ]) :
2^
7 4
.......| l /e 2^ 7 o
o e
o a
o =c c
BÑ - l =” =”
-
B l ? (| l )
W † W † -
2^ ?2B x-
½ U _
- l o
4 o
a o
a Ý ` _ o
2^ ; o 2^ ) o 2^ ®
$. a t @ ! ! ( ; a B4 ]) : @ E ! ! •O ?2 ।
+. h@ U _ :
d
J•
o (Î : / - /
d )
o ! /Äa Þ o ß> /k 2 Ü
o ! /B l o =a - !J o à /Material Handing
o ‹ / ) 2 o o
o o o
h@ o ) (Œ /[ ?2
Já ----- .)
o l â /
2.
o - Ì Ÿ (U !Þ /
2 Ò )
o )a 2 : ¢-, - Ÿ .
U _
o U _ : 2 Ò / l â /
............................
o )• ?2 B| B!
o Bã
o ¾ 2 .à¶
U !Þ
o BÒ - B Þ >

#. d ¼ t @ ! ! ( ; a B4 ]) : @ E ! ! •O
1. 'h@ U _ ( ; a B4 ]) :
'h@ J• o
o
o
o
'h@
U _
“ '
]
o @ E ! ! •O
P. =c c a U _ :
M a
U _
o - • /Y Ü !
o § )S
o • Ì
o S
o
o 2
o B
o
¼ a
U _
o B ä å
o . ^
o ¼ æ
=
o
o
. B y _a 8 :
U O Z 4
k U ?
o zl
o ?a l
o . /J •O B
o - Ì Ù/
o B Ú l Ù
o B !^ Û
o ?a Ü Û >
o ! Ì .2-
o
o
I. - ) R ( ; a B4 ]) :
- ) R
=L ?2 [ ?
o ?a› o
- ) R
=L ?2B
o =L :
.../....../........
o Q E
:..../..../...
- ) R
Q - S ` :

/ .2 B| @ [ B;, .2 / ] 8 • / a .
2? B • B “ ? 2।
J ” O y 4 :
( ? ?)
:
M :
B! :
:
B l:
*/ .2 / •O ] a •v y 4 ।

! -P
B| @ ]
[ 7 1 . J - 7 (#) Š-U]
/ .2 B| @ [ B;, / U _ R
. 4 ¡ ) ?2 [। U _ R J m
;S / 4 / R . 4 ¡ ) ;< ;<> Q c /
< ।
R v / R ...........................................................................
R v / R M .........................................................................
J ” O y 4
( ? ?)
:
M :
B! : !a à :
: 2-B 2 :

! -
>„ Bw R v R X ?
[ 7 1 . J - 7 ($), 7 1 . J - 7 ($) . , 7 $ .
J - 7 (#) 7 + . J - 7 (+) Š-U]
z Bw R v R
S R v / R
( ) ($)
। ! B (e J• 4 1** k ;`)।
$। f •7 -³ ।
+। , 7 , ?{ - ), - (X 7 * 4 l ?2 1* 4 l ;`,
oæ S )।
#। s / ) (X 7 * 4 l ?2 1* 4 ;`)।
1। ) ç / )è ™ ( * 4 l ?2 1* 4 l ;`)।
P। B ।
। ) S , Bé Ü ³ l ।
I। a Ü (e J• 4 1** k ;`)।
%। Ž/7 / ] e (X 7 * 4 ?2 $* 4 l ;`)।
*। [ (Printing Press)।
। - B -, ¦ l- à k (B R ™ U )
$। Ð Ì . e ) Ð Ì B e u ।
+। ; ? B (X 7 $* 4 B< 1* 4 l ;`)।
#। ) Bê ™ ।
1। 2 ë (X 7 $* 4 B< 1* 4 l ;`)।
P। B ™ ; ।
। 2 ¶ 2 ¶ k ; ।
I। 2 2 ; (2 B¶ BÐ^ /d > 2 U )।
%। ™ ।
$*। ! ।

S R v / R
( ) ($)
$ । k ™ ।
$$। Z B , ¾ ì , 2u 2 , 2 Ì ™ ।
$+। u =a Bà ( - 2 U )।
$#। Ð Ì k ( > ) . e ) Ð Ì k ™ ।
$1। • ( } 1 ^ ?2 $1 ^ ;`)।
$P। B í k ™ ।
$ । B î u (X 7 +* 4 l ÓBï)।
$I। ? ।
$%। ð ।
+*। • Ì Ða u (e = 7 1 l 4 •„)।
+ । B Ða u ( B l ;` =! k-)।
+$। ( . /. /. . /Î d ) ! BÌ ।
^ :
.2 ? R NO ‹^ R [ ] ) ? ?
< । (‹^ R ² ž W ñ J• =< B X
Bñ . á 1 ( ›)) 4 l ;` r R X? z~ 2 )।

?{ Bw R v R
S R v / R
( ) ($)
। ™ (X 7 * 4 l ;`)।
$। , - (X 7 1* 4 l ÓBï)।
+। ) J ( r, o > ‘ , e J• 4 1* l ;`)।
#। ! B (e J• 4 1** k Ó ï)।
1। ) ç / ) ¬ ™ (X 7 1* 4 l Ó ï)।
P। s / ) ™ (X 7 1* 4 l Ó ï)।
। B> a e ( 7 U )
I। •² ” ™ (Feed mill)।
%। / /B? ³ < /2J ò@7 ™ (X 7 = 7 1* 4 l )।
*। ó ^ /J2 > ।
। ô ) ´ ™ (oæ S )।
$। 2 ë (X 7 1* 4 l Ó ï)।
+। B l ; B (X 7 $* 4 l Ó ï)।
#। 7 ?2 oí ) ? Õ e ] (oæ ; r )
1। /Ž (=a ¹ õ U )।
P। a Ð Ì § )S (X 7 * 4 l Ó ï ³ 2 2 U )।)।
। 2 ™ ।
I। Ž/7 / ] e (X 7 $* 4 l Ó ï।
%। 7 •O !ö।
$*। =a { éÌ ! ^J ™ ।
$ । ƒ l।
$$। à ³ ।
$+। B ¶ ।
$#। • ( } $1^ Ó ï)।

S R v / R
( ) ($)
$1। •² ) @ ( 1 . Ó ï)।
$P। - ) B l _ ( ** ?2 1** B >. ;`)*।
$ । B b; ™ ( Ž B b; U )।
$I। u Sl k (B; , B ½ , e •a €©^ e , 2 , é ,
l 2 2 a )।
$%। . /. /. . > ।
+*। Metal finishing, painting and annealing units, excluding metal and
machine fabrication.
+ । / B? l ( 4 } $*^ = 7 – **^ ?2 )।
+$। Î e ! BÌ ।
++। Î d ( . , . , . . 2 a ) B ।
+#। B Ða u ( B l ?2 1* B l ;`)।
+1। { = Bé Ü ।
+P। B b a B Ü ¶ ÷! BÌ ।
+ । ।
B l:
* B; > c [ ] 2 B 2 > c ; a

Bw R v R
S R v / R
( ) ($)
। =L ® (Exploration)।
$। e > 8 •a• Ða u (1* B l ;`)।
+। d > 8 •a• Ða u ( ** B l ;`)।
#। •a• Ða u (1 B l ;`)।
1। / a > 8 •a• Ða u (1 B l ;`)।
P। a Ü (ˆ J• 4 1** k Ó ï)।
। ”, ! S ।
I। B (1* B l-. Ó ï)।
%। - 2 -।
*। ç ™ ।
। B B - ™ ।
$। Z ™ ( Ú )।
+। ! J ø (B! -B! )।
#। 2 ³ ।
1। u।
P। [ B ।
। B 2u ( u/ /> /. 2 a )।
I। / /B? ³ < /2J ò@7 ™ (X 7 1* 4 l = 7 )।
%। Œ J„ (1 . ?2 $1 . ;`)।
$*। , , B¾ B¾ ¹ l ¹ u ( ›) l ;`)।
$ । Q / ù (1 ?2 * l ;`)।
$$। ƒ ( ** l B< 1** l ;`)।
$+। ú § 1*% . ù ।
$#। ú B w ù (1*% . )।

S R v / R
( ) ($)
$1। / a > (1,*** B< $*,*** l ;` û/ . )।
$P। (1 ?2 * . ;`)।
$ । /l /^J ™ ।
$I। B l ; ; ।
$%। ôl ।
+*। / -l u =c c æ ।
+ । •a•, e d ‡ 2 ($1 . . ;`)।
+$। -B ।
++। ü< Ì, ü< J- , å J- , !J . =c c ^ ´ ™ ।
+#। R d ( 2 ¶ , = à - 2=à 2- 2 a )।
+1। ›) e S ।
+P। 7 =7 2 ™ ।
+ । 7 l, B Þ, ý l ।
+I। > ?2 7 ´ ™ ।
+%। ™ (X 7 * 4 l (Ó ï)।
#*। B - =a - U l ; ।
# । ¾ 2 U l ।
#$। Ð 2J-, ! 2 J-, ^ a B - ™ ।
#+। =a { / ´ ™ ।
##। e •a B þ ™ ।
#1। Sl B - à ।
#P। u a ?2 • ™ ।
# । y S ) J (1* 4 l (Ó ï) ।
#I। J — ) ) @।
#%। ) @ ( * . Ó ï) ।

S R v / R
( ) ($)
1*। ? Ò (1* B - ;`)
1 । - Ì B u ।
1$। 2 ।
1+। / B? l ( 4 } **-. B ?2 )।
1#। 2l ™ ।
11। ; ? l ( * . ;`)।
1P। BÌ S ।
1 । B l (1** B >. . Ó ï)।
1I। l ¶ - ।
1%। /2 a ™ ।
P*। a ™ ।
P । d Ü e ।
P$। “ ] – ™ ।
P+। B R।
P#। / S , B7b (Washery) B !
( • = 7 4 l )।
P1। u ( Ò ?2 u ™ J• 4 • 4 l ;`)।
PP। - l êa Ð u
P । 2 2 Ða u।
PI। e d B Ða u।
P%। { = § ¼)S ।
*। ½ = 7 ।
। a 2 Ò ।
$। R B Ða u (e J• 4 * l ;`)।
+। Blàl 2 - 2 u (e 1 l ;`)।

S R v / R
( ) ($)
#। ó/B (e 1 l ;`)।
1। 7 • 2 l/ l ™ 2J l।
P। BÒ =a , B - =a =c c =a (e J• 4 1* l ;`)।
। =c c =ˆ ŠU (e J• 4 1* l ;`)।
I। - 2 (Dye) - 2-. 2u - l (e J• 4 1* l ;`)।
%। B e =c c <^ , e ŠU (e J•
4 1* l ;`)।
I*। =c c ŠU (e J• 4 $* l ;`)।
I । <^ B ।
I$। ( ª J• 4 • 4 l ;`)।
I+। Œ- >_ J 8 (e $,1** ?2 1,*** | l )।
I#। ú B w ( • 1* 4 B . l 4 Z 7 )।
I1। ? J R ($1 . )।
IP। ¼ a 7 ( *** | . ;`)।
I । B R a 7 ( 1*** | . ;`)।
II। B - a a/ a 7 a (Medical waste/
Hazardous waste treatment and disposal facility)।
I%। a > 8 •a• Ða u (1 B l Ó ï)।
%*। 2 ¶ Ð^ , =a - 2 , ! !l 2 , d > 2 R।
% । a > BÒ . ) BÒ ž e ] ™ ।
%$। B> a e J• ।
%+। l 2 , ê l , 2 Z ´।
%#। 2 l Ða u (e 4 l ;`)।
%1। • Ì Ða u (e J• 4 1 l (Ó ï)।
%P। ô B ™ ।

S R v / R
( ) ($)
% । ?2 ™ ŠU (B; , B ) ª J• 4 $** l ;`।
%I। ) ™ (ˆ J• 4 ** l ;`)
%%। S , ™ , - l ।
**। l ?2 ! - B ™ ।।
* । B - =a - ¾ 2 U l 2 Ò ।
*$। 2 ¶ 2 ¶ ; e ।
*+। B l ¶l u > 8 R, B; , , ! B ^ , B 2u B ,
B 2u ì , ?l ¶l u, ! 2 a ।
*#। •², , ) S ।
*1। Ì ) õ ।
*P। • S ।
* । /2 S ।
*I। ! J^ a - ¾ ! s ।
*%। ? (Dead weight tonnage +,***-. )।
*। 2Ü ì , 2 ¶ - k ! 2- é , =a Ÿ > l- , éa 2 a ।
। 7 Ða u।
$। 2- Ì 2 Ò ।
+। ) ™ ।

Bw R v R
S R v / R
( ) ($)
। R (=L ® U )।
$। / S , B ! ? ( 4
l / • -. Ó ï) ।
+। e > 8 •a• Ða u (1* B l Ó ï) ।
#। d > 8 •a• Ða u ( ** B l Ó ï) ।
1। ð •a• Ða u।
P। •a• Ða u (1 B l Ó ï)।
। ›) ) S ।
I। u Ò ™ ।
%। ± u Ða u ( Ò u ™ )।
*। u ( Ò ?2 u J• 4 • ( 4 l
Ó ï) ।
। B ¶ - = ! 2 ।
$। B B ¶ a ।
+। B B ¶ a ?2 B a ŠU J• ।
#। R B Ða u (e J• 4 * l Ó ï) ।
1। - Ì ।
P। ± Blàl 2 ( Ú , J2 > / ^ , - 2 ! )।
। Blàl 2 - 2 , u (e J• 4 1 l Ó ï) ।
I। ó/B 2J l (e J• 4 1 l Ó ï) ।
%। / (Ore) ?2 S 7 • R (y , B b³, B b? Ì , =a { ,
, Q , , B! -=a =c c =a )।

S R v / R
( ) ($)
$*। > 7 • J• ।
$ । B b? 2Ú R
$$। =a { , , BÄÞ
$+। BÒ =a , B - =a =c c =a (e J• 4 1* l
Ó ï)
$#। =c c =ˆ R U g d X? (e J• 4 1* l
Ó ï)
$1। - 2 - 2-. 2u - X? (e J• 4 1* l Ó ï)।
$P। B e =c c <^ , e ŠU
(e J• 4 1* l Ó ï)
$ । =c c ŠU (e J• 4 $* l Ó ï) ।
$I। ( ª J• 4 • 4 l Ó ï) ।
$%। 2 =c c “ @ ŠU ! s
+*। ò 7 ›) ™ (API)
+ । B / ¾ ¾ 2u - l।
+$। B - =a - =c c l B U l ™ ।
++। Œ J„ ($1 . Ó ï)।
+#। , , B¾ B¾ ¹ l ¹ u ( ›) l Ó ï)।
+1। Œ- >_ J 8 (e 1*** | l Ó ï)।
+P। 7 R ।
+ । /Ü > l //Ü k JÜ l / 2J^ ^ l
($** l = 7 )।
+I। Q / ù ( * l Ó ï)।
+%। ƒ /Ñ 2 > (1** l Ó ï)।

S R v / R
( ) ($)
#*। B 2 _ ।
# । Mass Rapid Transit System।
#$। ú B w ( • B +* 4 B . l 4 = 7 Z 7 )।
#+। ú B w ù (1*%-. B )।
##। ú 1*%-. B ù ।
#1। ? J R ($1 . Ó ï)।
#P। . 7 > (? J Ðà) (1 . Ó ï)।
# । ( * . Ó ï)।
#I। ¼ a 7 ( *** | .-. Ó ï)।
#%। R a 7 ( 1*** | .-. Ó ï)।
1*। ¨© W a ô , 7 , Ý ` = R।
1 । 2 l Ða u (e 4 l -. Ó ï)।
1$। ) ™ (ˆ ** l Ó ï)।
1+। õ ^ ™ ।
1#। ! 2 Û J• S
11। ?2 ™ ŠU , B; , B ( ª e J• 4 $** l
Ó ï)।
1P। ™ ।
1 । B ê l /. Ü /. ‹ e ।
1I। = l 2 ™ ।
1%। ó ।
P*। = ? J„ , B ) c æ R।
P । -a /U /S -a / -a R।

S R v / R
( ) ($)
P$। B û ।
P+। , B¾ B¾ ¹ l ¹ u (1 l Ó ï) ।
P#। d l ।
P1। B - =a ^> < X ? J• , ô U ? ।
PP। B b a Y Ü ! 2l।
P । •a•, e d ‡ 2 ($1 l Ó ï)।
PI। ? (Dead weight tonnage +,***-. Ó ï)।
P%। ? (1* B - Ó ï)।
*। Ð Ì Ð Ì ›) e ( > , 2 , . Ì 2 a )।
। ; ? l ( * . Ó ï)।
$। ? l > & ;S . ? > & 2 -।

! -$
]
[ 7 + Š-U]
( ) Œ-•v_
( ) =>a` Œ-•v_ ]
S U ? 7 _
pH DO
.k ./
.
BOD
.k ./
.
NO3-N
.k ./
.
NH4-N
.k ./
.
PO4-P
.k ./
.
Total
Cr
.k ./ .
Pb
.k ./
.
Hg
.k ./
.
!
ð
.!2J/
**
. .
TDS
.k ./
.
COD
.k ./
.
( ) ($) (+) (#) (1) (P) ( ) (I) (%) ( *) (( ) ( $) ( +) ( #)
। B
ðsO
n
?
c Z
J•
P.1-
I.1
≥P ≤$ .* *. *. *.*$ *.*+ *.** ≤ ** *** *
$। X
; U ? ;
P.1-
I.1
≥1 ≤+ .* *.+ *.1 *.$ *.*1 *.** ≤1* *** *
+। )
S
n
?
c Z
J•
P-% ≥1 ≤+ .* *.+ *.1 *.*$ *.*+ *.** ≤1*** *** $1
#। •² ) @
U ? ;
P-% ≥1 ≤P .* *.+ *.1 *.*1 *. *.**# ≤1*** *** 1*
1। >„ S
?
R 4 ]
U ? ;
P.1-
I.1
≥ $ - $. - *. *. *.*1 - *** **
P। B ) ;
U ? ;
P.1-
I.1
- ≤ $ 1.* .1 $.* *. *. *.**$ ≤1*,*** *** **
B l: । B ) ; U ? ; • ? $$1*–µS/cm ($1 - k B
J ); B - $P%-. 9, B *.$%-. 9।

($) J — ]
a l 4 • ) @ R
Bw B
J ^
“
. Ú $
B b
Ú +
=a ‹ )
B ! )
R .
=c c
_ .
( ) ($) (+) (#) (1) (P) ( ) (I)
.2) (pH) - .1-I.1 P.1-
I.1
P.1-
I.1
P.1-
I.1
P.1-I.1 P.1-%.*
0 M
™ (SS)
.k ./ . $ $1 1 * 1* **
Š Œ = à
(DO)
.k ./ . ≥ 1 ≥ 1 - - ≥ 1 ≥#
- (COD) .k ./ . $ I - - 1 1
!
(Total Coliform)
.!2J/
** . .
*** *** *** 1*** *** -
! a !
(Fecal Coliform)
.!2J/
** . .
$** $** $** *** $** -
2 ¶l 2 ¶
(NO3
-
-N)
.k ./ . *.$ *.+ *.I *.I *.I .*
! !l (PO4
-3
) .k ./ . *.*# *.*1 *.*I *.*I *.*I *.
e k
(Oil & grease)
.k ./ . *.* - - *. # 1.*
! B;b
(Phenols)
.k ./ . *.*1 - - *.*1 *.*1
/ (As) .k ./ . *.** - - *.**+ *.**+
a - (Cd) .k ./ . *.**1 - - *.**1 *.**1
2- (CN-
) .k ./ . *.**$ - - *.** *.** #
S
(Hexavalent Cr)
.k ./ . *.*1 - - *.*1 *.
B - (Pb) .k ./ . *.*1 - - *.*1 -
(Hg) .k ./ . *.*** - - *.*** *.***
B l:
। “ . 4 , B; : ¹ k >, s Š | , c / _ s Š
Ú , . ! - k JÜ;
$। S , B; : › , - 2 > , ! B; Ú / ? ; .
+। S , B; : B b) , •² . =c c ;S B; Ú
/ T …a ।

( ) Z ]
S _ . ]
( ) ($) (+) (#)
। ! ! (Fecal Coliform) ..!.2J./ ** . . *
$। ! (Total Coliform) ..!.2J./ ** . . *
+। B BÒ (Free Residual
Chorine)
.k ./ . *.$*
#। 2 ¶l (NO3
-
) .k ./ . #1
1। / (As) .k ./ . *.*1
P। l -^ (Turbidity) . ^2J 1
। =a { (Al) .k ./ . *.$*
I। =a (NH3) .k ./ . .1*
%। B (Ba) .k ./ . *. *
*। B (C6H6) .k ./ . *.*
। B (B) .k ./ . .*
$। a - (Cd) .k ./ . *.**+
+। a (Ca) .k ./ . 1
#। BÒ 2- (Chloride) .k ./ . $1**
1। l¶ BÒ 2- (CCl4) .k ./ . *.**1
P। , - 2 Ò 2 < ( , C2H4Cl2) .k ./ . *.*+
। ,$ - 2 Ò 2 < ( ,$ C2H4Cl2) .k ./ . *.*+
I। Bl¶ Ò 2 < (C2H2Cl4) .k ./ . *.*#
%। ¶ 2 Ò 2 < (C2H3Cl3) .k ./ . *.*$
$*। B u Ò B!
(Pentachlorophenol)
.k ./ . *.**%
$ । $,#,P ¶ 2 Ò B!
($,#,P Tricholorphenol)
.k ./ . *.$*
$$। BÒ ! (CHCl3) .k ./ . *.*%

S _ . ]
( ) ($) (+) (#)
$+। BS (Total Cr) .k ./ . *.*1
$#। (Color) B? . 1
$1। (Cu) .k ./ . .1
$P। 2- (CN) .k ./ . *.*1
$ । BÑ 2- (Fluoride) .k ./ . .*
$I। CaCO3 ?
(Hardness as CaCO3)
.k ./ . 1**
$%। B b? (Fe) .k ./ . *.+- .*
+*। B - 2 ¶
(Total Kjeldahl Nitrogen)
.k ./ . .*
+ । B - (Pb) .k ./ . *.*
+$। ¹ (Mg) .k ./ . +*-+1
++। ¹ (Mn) .k ./ . *.#
+#। (Hg) .k ./ . *.**
+1। (Ni) .k ./ . *.*1
+P। 2¶ 2l (NO2
-
) .k ./ . .*
+ । ® (Odor) - ®?
+I। e k (Oil & Grease) .k ./ . *.*
+%। .2) (pH) - P.1-I.1
#*। ! B;b (Phenols) .k ./ . *.**$
# । l (K) ” $
#$। B â ™ X? / ! J/ . *.
#+। l J/ . .*
##। B (Se) .k ./ . *.*
#1। > (Ag) .k ./ . *.*$
#P। B - (Na) .k ./ . $**

S _ . ]
( ) ($) (+) (#)
# । 0 M ™ (SS) .k ./ . *
#I। ! 2-, ? 2 ¾ ! 2- ?
(Sulfide as H2S)
.k ./ . *.*1
#%। !l (SO4
-2
) .k ./ . $1*
1*। Š Œ ŠU (TDS) .k ./ . ***
1 । J (Temperature) - k B u k- $*-+*
1$। ^ (Sn) .k ./ . $.*
1+। (Zn) .k ./ . 1.*
1#। =a ¾ - 2 =a ¾
(Aldrin/Dieldrin)
2 S k ./ . *.*+
11। =a -l u
(Anionic detergents)
.k ./ . *.$
B l:
* sŠ J — . *** .k ./ .

! -+
¼ ]
( 7 +$ Š-U)
S _ . J _ á
.2) U
( ) ($) (+) (#)
। J (Temp) - k B u k- +*
$। .2) (pH) - P-%
+। -1 $**
B u k-
(BOD5 at 20*
C)
.k ./ . +*
#। - (COD) .k ./ . $1
1। 0 M ™ (SS) .k ./ . **
P। e k (Oil & Grease) .k ./ . *
। 2 ¶l (NO3) .k ./ . 1*
I। ! !l (PO4) .k ./ . 1
%। ! (Total Coliform) .!2J/ ** . . ***
:
( ) .2 ] Œ•v_ ? B4 ] a।
($) Ý ` W ¼ BÒ ž 7 ?2 ।
Residual Chlorine (BÒ ) *.$ .k ./ . B ? ; 2 ।

! -#
R v R a ]
( 7 +$ Š-U)
S _ . _ J _ á
.2) U
=>a`
Œ•v_
¼ r
ž ;
S
sŠ J —
.
( ) ($) (+) (#) (1) (P)
। =a 2 ¶
(B b N ? )
.k ./ . 1* 1* 1*
$। =a (sO NH3 ? ) .k ./ . 1 1 1
+। / (As ? ) .k ./ . *.$ *.$ *.$
#। -1 $**
B u k-
(BOD5 at 20
০
C)
.k ./ . +* $1* **
1। B (B) .k ./ . $ $ #.*
P। a - (Cd ? ) .k ./ . $ $
। BÒ 2- (Cl-
) .k ./ . P** P** -
I। BS (Total Cr) .k ./ . *.1 .*
%। - (COD) .k ./ . $** #** $1*
*। B?à >a u BS
(Hexavalent Cr)
.k ./ . *. $.*
। (Cu ? ) .k ./ . +.* +.* +
$। BÑ 2- (F ? ) .k ./ . $ 1 1
+। ! 2- (S ? ) .k ./ . - 1
#। / (Fe ? ) .k ./ . + + +
1। B - 2 ¶
.k ./ . ** - **
P। B - (Pb ? ) .k ./ . *. .* $.*
। ¹ (Mn ? ) .k ./ . $ $.* $
I। (Hg ? ) .k ./ . *.* *.* *.*
%। (Ni ? ) .k ./ . .* $.* 1
$*। 2 ¶l (B b N ? ) .k ./ . * - $*

S _ . _ J _ á
.2) U
=>a`
Œ•v_
¼ r
ž ;
S
sŠ J —
.
( ) ($) (+) (#) (1) (P)
$ । e . k (Oil & grease) .k ./ . * $* $*
$$। B! B;b
(C6 H5OH ? )
.k ./ . .* 1 1
$+। Š Œ ! ! (P ? ) .k ./ . 1.* - -
$#। B â ŠU
( ) / !
( ) l
2 S
‹ / . ð O
H
_ U
- -
$1। .2) (pH) P-% P-% P-%
$P। (Se ? ) .k ./ . *.*1 *.*1 *.*1
$ । (Zn ? ) .k ./ . 1 1 1
$I। ] - k
B u k-
7
]
) 2 1*
B
B ?2 ।
- 7
]
) 2 1*
B
B ?2 ।
$%। 0 M ™ (SS) .k ./ . ** 1** **
+*। 2- (CN ? ) .k ./ . *. $.* *.$
+ । Bl l B - BÒ
(Total Residual Chlorine)
.k ./ . .* - .$
+$। Bio assay test (B
2 ò@7
B4 ] ; a)
%*% [ %P
|Ï
7
a
< ।
%*% [ %P
|Ï
7
a
< ।
%*% [ %P
|Ï
7
a
< ।
:
। ! -1 . =7 R Bw U =c c R v R X ? B4 ]
.2 ] a ?2 ।

$। R v B4 ] 4 X J• ; 2 s ?2 2 . =c c B4 ] R
) { ?2 s ?2 2 .2 ] ?2 ?2 ।
+। B;-B •4 ? s .2 ] = S ` ?2 ।
B _ - =L; .2 ] X? Ž ?2
।
#। =>a` Œ•v_ B¾ , §‹ / |/ /B- , , , ~ .
B ? z~ 2 ।
1। ¼ r < ž ; S ? W ] B;b< S
U _ ? •O ¼ r z~ 2 ।
P। B l 1 P =L ¯ 8 < ? ë²W ? . B
B ¼ r Œ |^ ?2 B 2 4 ] =>a` Œ•v_ ]
; a ?2 ।
। B = _ Œ >_ B S h@ ; 2 ।
I। Œ > R = 7 a B = _ ¼ , 4 .
; 2 ।

! -1
R Bw > 8 a ]
( 7 +$ Š-U)
।
( ) 2 ¶
S _ . J _ á
.2) U
( ) ($) (+) (#)
। =a a 2 ¶
( 2 ¶ ? )
.k ./ . 1*
$। B - 2 ¶
.k ./ . **
+। sO =a (Free Ammonia) .k ./ . 1
#। .2) (pH) P.*-%.*
1। BS l = Ða u-. s
BS (B b Cr ? )
.k ./ . *.1
P। @ ; BS
(Hexavalent Cr)
.k ./ . *.
। 0 M ™ (SS) .k ./ . **
I। e k (Oil & Grease) .k ./ . *
%। a | l /l 2J *
*। ] - k B u k- 7 ] ?2
1*
B B ?2 ।

( ) ! !l
S _ . J _ á
( ) ($) (+) (#)
। 2- = Ða u-. s
2- (B b F ? )
.k ./ . *
$। ! !l, B b P ? .k ./ . 1
+। 0 M ™ (SS) BS l
= Ða u-. s
.k ./ . **
#। BS (B b Cr ? ) .k ./ . *.1
1। @ ; BS (Hexavelant Cr) .k ./ . *.
P। e k (Oil & Greas) .k ./ . *
$। ó ( , - u )
S _ . J _ á
( ) ($) (+) (#)
। .2) (pH) - P-%
$। (Color) B? . (Pt-Co) 1*
+। ] (Temperature) - k B u k- 7 ] ?2 1*
B B ?2 ।
#। 0 M ™ (SS) .k ./ . **
1। -1$*0
B u k-
(BOD5 at 200
C)
.k ./ . +*
P। - (COD) .k ./ . $**
। Š Œ M ™ (TDS) .k ./ . $ ***
I। e k (Oil & Grease) .k ./ . *

S _ . J _ á
( ) ($) (+) (#)
@ _ (- u S U g -. B4 ] ; a)
%। BS (B b Cr ? ) .k ./ . *.1
*। ! 2- (B b S ? ) .k ./ . $.*
। B! B;b X? (C6H5OH ? ) .k ./ . .*
$। B - (Pb) .k ./ . *.
+। a - (Cd) .k ./ . *.*$
#। B Þ (Co) .k ./ . *.1
1। (Ni) .k ./ . .*
B l:
* s Š B4 ] ; a B?।
+। ñ R
S _ . J _ á .2) U
( ) ($) (+) (#)
। .2) (pH) - P-%
$। 0 M ™ (SS) .k ./ . **
+। -1$*0
B u k-
(BOD5 at 200
C)
.k ./ . +*
#। - (COD) .k ./ . $**
1। a ? | l “ @ ›) > 8 l
c 1* | l , a > 8
l c $1 | l
P। ] - k
B u k-
7 ] ?2 1*
B B ?2 ।

#। - Ì
S _ . J _ á
.2) U
( ) ($) (+) (#)
। .2) (pH) - P-%
$। 0 M ™ (SS) .k ./ . **
+। -1$**
B u k- (BOD5 at 200
C) .k ./ . 1*
#। e k (Oil & Grease) .k ./ . *
1 । ] - k
B u k-
7 ] ?2
1*
B B ?2 ।
1। ) R
S _ . J _ á
.2) U
( ) ($) (+) (#)
। .2) (pH) - P-%
$। 0 M ™ (SS) .k ./ . **
+। -1$**
B u k- (BOD5 at 200
C) 1*
#। e k (Oil & Grease) .k ./ . *
1। a
( l B @ “ / c)
| l /l *.1
P। ] - k B u k- 7 ]
?2 1*
B
B ?2 ।

P। å R
S _ . J _ á
.2) U
( ) ($) (+) (#)
। .2) (pH) - P-%
$। 0 M ™ (SS) .k ./ . **
+। -1 $**
B u k- (BOD5 at 200
C) .k ./ . +*
#। ! 2- (B b S ? ) .k ./ .
1। BS (B b Total Cr ? ) .k ./ . $
P। e ি জ (Oil & Grease) .k ./ . *
। l ) S a | ./l +*
I। BÒ 2- (Chloride) .k ./ . $***
%। B! (Phenols) .k ./ . .*
B l :
। å B a - Þ . B •< n § ¦r
?2 ।
$। BS å -. B4 ] BS § ¦r Ða u (Chrome Recovery Plant) _
?2 ।
। ” S , •² S , B-2 Ì )
S _ . J _ á
.2) U
( ) ($) (+) (#)
। ] - k B u k- 7 ] ?2
1*
B B ?2
।
$। .2) (pH) - P-%
+। 0 M ™ (SS) .k ./ . **
#। -1 $**
B u k- (BOD5 at 200
C) ” +*
a ?
1। Ì ) - l ›) c
I | l
P। • ŠU - l • c
+ | l

I। = 7 e B 7 ( ! 2 )
S _ . J _ á
.2) U
( ) ($) (+) (#)
। (pH) - P-%
$। e k (Oil & Grease) .k ./ . *
+। -1 $**
B u k- (BOD5 at 200
C) .k ./ . +*
#। B! B;b (Phenols) .k ./ . *.1
1। ! 2- (B b S ? ) .k ./ . .*
P। 0 M ™ (SS) .k ./ . 1*
। - (COD) .k ./ . 1*
I। B (C6H6) .k ./ . *.
%। B (.) 2 .k ./ . *.$
*। B - (Pb) .k ./ . *.
। (Ni) .k ./ . .*
$। (Hg) .k ./ . *.*
+। (Cu) .k ./ . .*
#। 2- (CN) .k ./ . *.
1। ] - k B u k- 7 ]
?2 1*
B
B ?2 ।

%। 2 (¹ L!a ) ! s )
S _ . J _ á .2)
U
( ) ($) (+) (#)
। .2) (pH) P.1-I.1
$। ] B 7 ] ?2 1*
B B ?2 ।
+। -1$**
B u k- (BOD5 at 200
C) .k ./ . +*
#। - (COD) .k ./ . $**
1। e k (Oil & Grease) .k ./ . *
P। 0 M ™ (SS) .k ./ . **
। =a 4 (Bioassay Test) %*% [ %P |Ï
7 a
< ।
I। / (As) .k ./ . *.$
%। (Cu) .k ./ . .*
*। ¹ (Mn) .k ./ . .*
। (Hg) .k ./ . *.*
$। . u (Sb) .k ./ . *.
+। (Zn) .k ./ .
#। ^ (Sn) .k ./ . *.*
1। 2 a (> 7 • •< > ) ] ) 2
1 f B ?2B ।
P। 2- (CN) .k ./ . *.$
। 2 ¶l (NO3) .k ./ . #1
I। ! !l (as P) .k ./ . 1.*
%। B! B! • JÜ
(Phenol and phenolic Compounds)
.k ./ . .*
$*। ! (S) .k ./ . *.*+

S _ . J _ á .2)
U
( ) ($) (+) (#)
$ । (Carbonyl) .k ./ . *.*
$$। !l (CuSO4) .k ./ . *.*1
$+। = à Ò 2-
(Copper Oxychloride)
.k ./ . %.P
$#। - < l (Dimethoate) .k ./ . *.#1
$1। . - ! (Endousulfan) .k ./ . *.*
$P। B! ¶ < (Fenitothrion) .k ./ . *.*
$ । ¹ < (Malathion) .k ./ . *.*
$I। < 2 ³ <
(Methyl Parathion)
.k ./ . *.*
$%। ³ l (Paraquat) .k ./ . $.+
+*। B! < l (Phenathoate) .k ./ . *.*
+ । B! l (Phorate) .k ./ . *.*
+$। ³ (Proponil) .k ./ . .+
++। 2 ! ¬ (Pyrethrums) .k ./ . *.*
+#। (Ziram) .k ./ . .*
+1। =c c l (•< > ) .k ./ . *.
B l:
a B l Š Œ M ™ (TDS), !l . BÒ 2--. ] , a B;
- ?2 ? ] n < ?2 ।

*। U l ™ R :
( ) B - =a - U l ™ R
S _ . J _ á
.2) U
( ) ($) (+) (#)
। .2) (pH) - P.1-I.1
$। 0 M ™ (SS) .k ./ l 1*
+। B - (Pb) .k ./ l *.
( ) ¾ 2 U l ™ R
S _ . J _ á
.2) U
( ) ($) (+) (#)
। .2) (pH) - P.1-I.1
$। 0 M ™ (SS) .k ./ l **
+। ¹ (Mn) .k ./ l $
#। (Hg) .k ./ l *.*$
1। (Zn) .k ./ l 1
। (B 2u)
S _ . J _ á
.2) U
( ) ($) (+) (#)
। .2) (pH) - P.1-I.1
$। 0 M ™ (SS) .k ./ . **
+। -1$**
B u k- (BOD5 at 200
C) .k ./ . +*
#। B! (Phenols) .k ./ .
1। e k (Oil & Greas) .k ./ . *
P। - (COD) .k ./ . $**

S _ . J _ á
.2) U
( ) ($) (+) (#)
। =a 4 (Bioassay Test) - %*% [ %P |Ï
7
a < ।
I। B - (Pb) .k ./ . *.
%। @ ; BS (Hexavalent Cr) .k ./ . *.
*। (Cu) .k ./ . $.*
। (Ni) .k ./ . $.*
$। (Zn) .k ./ . 1.*
$। l 2 . ² l a ™
S _ . J _ á
.2) U
( ) ($) (+) (#)
। .2) (pH) - P.*-%.*
$। 0 M ™ (SS) .k ./ . **
+। -1$**
B u k- (BOD5 at 200
C) .k ./ . +*
#। e k (Oil & Grease) .k ./ . *
+। 2l>›l
a
S _ . J _ á
.2) U
( ) ($) (+) (#)
। .2) (pH) - P-%
$। 0 M ™ (SS) .k ./ . **

! -P
= _ [ ] [ ] / S !
[ 7 * . J - 7 ($), 7 $ . J - 7 ($) 7 # . J - 7 ($) Š-U]
S R v R Bw ! (l )
( ) ($) (+)
। ?{ $,***
$। 1,***
+। *,***
B l: ! . ? 7 ? >a l ; ?2 ।

! -
= _ [ ] [ ] k? J? !
[ 7 % . J - 7 (+), 7 * . J - 7 (#), 7 $ . J - 7 (P),
7 I . J - 7 (+), 7 $ . J - 7 ( ), 7 $$ .
J - 7 ( ) 7 $+ . J - 7 (#) Š-U]
. R v R:
[ ] [ ] !
/
v
B -
=<ˆ
B -
B l/XY
( ) ($) (+) (#) (1)
= 7 E
#1*+
#$$+ % “ = < (l ) [ ] !
(l )
[ ] !
(l )
( ) (. ) 4 ?2 1 ( ›)) 4
;`
+,*** (#) .
!-. = 7
( ) 1 ( ›)) 4 (. ) ?2B *
( ) 4 ;`
P,*** (#) .
!-. = 7
( ) * ( ) 4 (. ) ?2 1*
( ‡ ) 4 ;`
*,*** (#) .
!-. = 7
(|) 1* ( ‡ ) 4 (. ) ?2
(. ) B ^ ;`
$*,*** (#) .
!-. = 7
(‘) (. ) B ^ (. ) ?2 1
( ›)) B ^ l ;`
#*,*** (#) .
!-. = 7
()) 1 ( ›)) B ^ (. ) ?2 $*
( ) B ^ ;`
I*,*** (#) .
!-. = 7
([) $* ( ) B ^ (. ) ?2
1* ( ‡ ) B ^ ;`
,P*,*** (#) .
!-. = 7
( ) 1* ( ‡ ) B ^ (. ) ?2
** (. ) B ^ ;`
$,#*,*** (#) .
!-. = 7
(~) ** (. ) B ^ (. )
?2 $** (•2 ) B ^ ;`
#,**,*** (#) .
!-. = 7

/
v
B -
=<ˆ
B -
B l/XY
( ) ($) (+) (#) (1)
(") $** (•2 ) B ^ (. )
?2 1** ( ›) ) B ^ ;`
P,**,*** (#) .
!-. = 7
(l) 1** ( ›) ) B ^ (. )
?2 *** (. ? ) B ^
;`
I,**,*** (#) .
!-. = 7
(Ž) *** (. ? ) B ^
(. ) ?2 $**** (
? ) B ^ ;`
*,**,*** (#) .
!-. = 7
(-) $**** ( ? ) B ^
(. ) hr
1,**,*** (#) .
!-. = 7
B l :
( ) = _ [ ] k? B4 ] (+) . J m “ = <
(#) . J m l [ ] ! ?2 ;
( ) = _ [ ] . = _ [ ] k? †
[ ] k? B4 ] (+) . J m “ = < (#) .
J m l = 7 ! ?2 ;
( ) = _ [ ] U [ ] k? B4 ] (+) .
J m “ = < (#) . J m l .
[ ] B4 ] (#) . J m l = 7 !
?2 ; .
(|) = _ [ ] B P ([ ) = - < = _
[ ] k? B4 ] B [ ] ! ?2 ; = _ [ ]
B P ([ ) ?2 [ ] k? B4 ] 7
? [ ] ! ?2 ।
(‘) [ ] [ ] ! . ? 7 ? >a l ; a ?2 ।

$. 2l> l :
= _ [ ] [ ] k? J? !
/ v
B -
=<ˆ
B -
B l/XY
( ) ($) (+) (#) (1)
= 7 E #1*+ #$$+ % “ = <
(l )
[ ] !
( @ ) (l )
[ ]
! (l )
( ) (. ) 4 ?2
(. ) B ^ l ;`
#*,*** (#) .
!-.
= 7
( ) (. ) B ^ (. )
l ?2 1 ( ›))
B ^ l ;`
1*,*** (#) .
!-.
. -)•<
( ) 1 ( ›)) B ^ (. )
l ?2 $* ( )
B ^ l ;`
I*,*** (#) .
!-.
. -)•<
(|) $* ( ) B ^ (. )
l hr
,$*,*** (#) .
!-.
. -)•<
B l :
( ) = _ [ ] k? B4 ] (+) . J m “ = <
(#) J m l [ ] ! ?2 ;
( ) = _ [ ] . = _ [ ] k? †
[ ] k? B4 ] (+) . J m “ = <
(#) . J m ! ?2 ;
( ) = _ [ ] U [ ] k? B4 ] (+) .
J m “ = < (#) . J m l .
[ ] B4 ] (#) . J m !
?2 ;
(|) = _ [ ] B P ([ ) = - < = _
[ ] k? B4 ] B [ ] ! ?2 ;
= _ [ ] B P ([ ) ?2
[ ] k? B4 ] 7 ? [ ] ! ?2 ; .
(‘) [ ] [ ] ! . ? 7 ? >a l ; a ?2 ।

! -I
= 7 E H , a, ' s t@ .
t@ >„ • J 8 ? S ` !
[ 7 +# Š-U]
( ) a =c B s
S _ !
(l )
/ v
B -
( ) ($) (+) (#)
। ! (Coliform) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
$। BÒ (Chorine) ,*** = 7 E #1*+
=<ˆ B - #$$+$%
+। Bl l ? - (Total Hardness) ,*** = 7 E #1*+
=<ˆ B - #$$+$%
#। / (Fe) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
1। a (Ca) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
P। ¹ (Mg) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
। (Colour) +** = 7 E #1*+
=<ˆ B - #$$+$%
I। •a• ? (EC) #** = 7 E #1*+
=<ˆ B - #$$+$%
%। .2) (pH) +** = 7 E #1*+
=<ˆ B - #$$+$%
*। 0 M ™ (SS) ,$** = 7 E #1*+
=<ˆ B - #$$+$%
। M ™ (TS) I** = 7 E #1*+
=<ˆ B - #$$+$%
$। Š Œ M ™ (TDS) I** = 7 E #1*+
=<ˆ B - #$$+$%

S _ !
(l )
/ v
B -
( ) ($) (+) (#)
+। =a /=a 2 ¶ ,P** = 7 E #1*+
=<ˆ B - #$$+$%
#। / (As) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1। B (B) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
P। a - (Cd) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
। - (COD) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
I। - (BOD) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
%। BÒ 2- (Chloride) ,*** = 7 E #1*+
=<ˆ B - #$$+$%
$*। BS , B?à > u (Hexavelant Cr) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
$ । BS , (Total Cr) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
$$। 2- (CN) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
$+। 2- (F) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
$#। B - (Pb) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
$1। (Hg) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
$P। (Ni) $,*** = 7 E #1*+
=<ˆ B - #$$+$%

S _ !
(l )
/ v
B -
( ) ($) (+) (#)
$ । B - 2 ¶
,P** = 7 E #1*+
=<ˆ B - #$$+$%
$I। e k (Oil & Grease) ,$** = 7 E #1*+
=<ˆ B - #$$+$%
$%। ! !l (Phosphate) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
+*। B! (Phenol) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
+ । !l (Sulfate) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
+$। # (Zn) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
++। ] $** = 7 E #1*+
=<ˆ B - #$$+$%
+#। l -^ ( ^2J) #** = 7 E #1*+
=<ˆ B - #$$+$%
+1। l -^ (. ^2J) #** = 7 E #1*+
=<ˆ B - #$$+$%
+P। -=a ^ (P-Alkalinity) ,*** = 7 E #1*+
=<ˆ B - #$$+$%
+ । ^-=a ^ (T-Alkalinity) I** = 7 E #1*+
=<ˆ B - #$$+$%
+I। =a -^ (Acidity) I** = 7 E #1*+
=<ˆ B - #$$+$%
+%। -- 2-=à 2- (CO2) I** = 7 E #1*+
=<ˆ B - #$$+$%
#*। a ? - (Calcium Hardness) ,*** = 7 E #1*+
=<ˆ B - #$$+$%

S _ !
(l )
/ v
B -
( ) ($) (+) (#)
# । - (DO) ,$** = 7 E #1*+
=<ˆ B - #$$+$%
#$। 2 ¶l (Nitrate) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
#+। 2¶ 2l (Nitrite) ,P** = 7 E #1*+
=<ˆ B - #$$+$%
##। (SiO2) ,$** = 7 E #1*+
=<ˆ B - #$$+$%
#1। = ?a 2- B;b X?
(Organohalides)
1,*** = 7 E #1*+
=<ˆ B - #$$+$%
#P। = ! ! l B;b X?
(Organo Phosphates)
1,*** = 7 E #1*+
=<ˆ B - #$$+$%
# । =a ^ ? 2 ¾
(Poly Aromatic Hydrocarbon)
1,*** = 7 E #1*+
=<ˆ B - #$$+$%
#I। B Ì 2- (Pesticides) 1,*** = 7 E #1*+
=<ˆ B - #$$+$%
#%। =a BlÌ (Bio assay test) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1*। (Cu) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1 । ¹ (Mn) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1$। ! ! (P) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1+। l (K) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1#। B - (Na) $,*** = 7 E #1*+
=<ˆ B - #$$+$%

S _ !
(l )
/ v
B -
( ) ($) (+) (#)
11। =a { (Al) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1P। B Þ (Co) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1 । (Si) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1I। .u (Sb) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
1%। > (Ag) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
P*। (Se) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
P । ! 2-, (S) ! ? ,1** = 7 E #1*+
=<ˆ B - #$$+$%
P$। . - l (GMO Detection) $*,*** = 7 E #1*+
=<ˆ B - #$$+$%
P+। !a l (Fat) ,*** = 7 E #1*+
=<ˆ B - #$$+$%
P#। Y l (Lactose) ,1** = 7 E #1*+
=<ˆ B - #$$+$%
P1। B ^ (Protein) ,1** = 7 E #1*+
=<ˆ B - #$$+$%
PP। . 2 =a (Enzyme Assay) ,1** = 7 E #1*+
=<ˆ B - #$$+$%
P । 2 2 (E. Coli) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
PI। . u ^ (Antibiotic) *,*** = 7 E #1*+
=<ˆ B - #$$+$%

S _ !
(l )
/ v
B -
( ) ($) (+) (#)
P%। Total Bacteria Count $,*** = 7 E #1*+
=<ˆ B - #$$+$%
*। Saponification value ,+** = 7 E #1*+
=<ˆ B - #$$+$%
। Loss on Drying I** = 7 E #1*+
=<ˆ B - #$$+$%
$। Steroid (Identification) *,*** = 7 E #1*+
=<ˆ B - #$$+$%
+। Narcotics (Identification) *,*** = 7 E #1*+
=<ˆ B - #$$+$%
#। ^ (TOC) +,1** = 7 E #1*+
=<ˆ B - #$$+$%
1। B;-B ³ l ; ? J J m
? 2।
+,*** = 7 E #1*+
=<ˆ B - #$$+$%
U } :B;b X ? B4 ] ^ B;b c !

( ) s
S _ ! (l ) / v
B -
( ) ($) (+) (#)
। . . (SPM) +,*** = 7 E #1*+
=<ˆ B - #$$+$%
$। . (PM) +,*** = 7 E #1*+
=<ˆ B - #$$+$%
+। . * (PM10) +,*** = 7 E #1*+
=<ˆ B - #$$+$%
#। . $.1 (PM2.5) +,*** = 7 E #1*+
=<ˆ B - #$$+$%
1। ! - 2 =à 2- (SO2) +,*** = 7 E #1*+
=<ˆ B - #$$+$%
P। 2 ¶ =à 2- X? (NOx) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
। =à 2- (CO) $,*** = 7 E #1*+
=<ˆ B - #$$+$%
I। B - (Pb) 1,*** = 7 E #1*+
=<ˆ B - #$$+$%
%। =a (NH3) +,*** = 7 E #1*+
=<ˆ B - #$$+$%
*। (Hg) 1,*** = 7 E #1*+
=<ˆ B - #$$+$%
। (O3) ,$** = 7 E #1*+
=<ˆ B - #$$+$%
$। !J =a - Ú (Sulfuric
Acid Mist)
+,*** = 7 E #1*+
=<ˆ B - #$$+$%
+। ? 2 ¾ BÒ 2- (HCl) +,*** = 7 E #1*+
=<ˆ B - #$$+$%

S _ ! (l ) / v
B -
( ) ($) (+) (#)
#। ? 2 ¾ BÑ 2- (HF) +,*** = 7 E #1*+
=<ˆ B - #$$+$%
1। . l -? 2- ,$** = 7 E #1*+
=<ˆ B - #$$+$%
P। ? 2 ¾ ! 2- ,$** = 7 E #1*+
=<ˆ B - #$$+$%
। < 2 - 2 ! 2- ,$** = 7 E #1*+
=<ˆ B - #$$+$%
I। < 2 a l ,$** = 7 E #1*+
=<ˆ B - #$$+$%
%। < 2 ! 2- ,$** = 7 E #1*+
=<ˆ B - #$$+$%
$*। Ì 2 ,$** = 7 E #1*+
=<ˆ B - #$$+$%
$ । ¶ 2 < 2 =a ,$** = 7 E #1*+
=<ˆ B - #$$+$%
$$। ? 2 ¾ ,$** = 7 E #1*+
=<ˆ B - #$$+$%
$+। B7› (Black Smoke) ,$** = 7 E #1*+
=<ˆ B - #$$+$%
$#। - 2= à . $ (Dioxins and
Furan)
1,*** = 7 E #1*+
=<ˆ B - #$$+$%
$1। ¹ (Mn) 1,*** = 7 E #1*+
=<ˆ B - #$$+$%
$P। B; ³ l J m
? 2।
+,*** = 7 E #1*+
=<ˆ B - #$$+$%

( ) ' s
S _ ! (l ) / v B -
( ) ($) (+) (#)
। ' P** = 7 E #1*+
=<ˆ B - #$$+$%
(|) t@ >„ • J 8 ?
S _ ! (l ) / v
B -
( ) ($) (+) (#)
। Ê /)šk / l/€ / / ? /
§ ? > 4
BÌ U Œ•v_ . Œ >_
• > 8 • J 8
(=) _ c
(/) =c c _ c
%,***
I,***
= 7 E #1*+
=<ˆ B - #$$+$%
$। Ê /)šk / l/€ / / ? /
§ ? >
4 BÌ • • J 8
(=) _ c
(/) =c c _ c
$,***
I,***
= 7 E #1*+
=<ˆ B - #$$+$%
+। Ê /)šk / l/€ / / ? /
§ ? > 4
BÌ • • J 8
(=) _ c
(/) =c c _ c
,***
$,***
= 7 E #1*+
=<ˆ B - #$$+$%
#। >„ 4 v S ` @
;S v X ? [ ]/[ ]
4 / 4 ? @ U ? c
_ 7 / 4
v 7 /
> 7 -
.
=L 7 ]
Z
> 8
X Y
-
B l: ! . ? 7 ? >a l ; ?2 ।

! -%
R R = _ 7
[ 7 I . ! ( ), 7 % . J - 7 ($), 7 * . J - 7 ($),
7 $ . J - 7 ($) 7 # . J - 7 ($) Š-U]
R R v B J •O = _ 7 c 9: =L
?2 :
( ) R v R _ ) B4 ] B; . ? ?2 :
( ) f¦ ° ) /2 ž 4 . , B? l 2l,
l „ . ; => ´ =< /` > ž 4
. ;
($) ˆ ) ]a c f¦°W Ú _ X?, B; -
„/¢ kQ/_ X ? / _ , Œ , ? , “
(Natural forest), ³ , ž 2 a ;
(+) H B| @ Œ ;
(#) = 7 f¦° •„ “ @ ; .
(1) Ö ? _ , % b7 . , /B Ž, y _a B , / . ,
? , & Ç . ; 4 v . H =< /2 ž
B; . Ú ) V ?2 [।
( ) R _ ) c B; @ ) ?2 :
( ) =L R ‡ R c . ;
($) „ l_ R “ -;
(+) J •O . ; E 2J^ ^ Ð 2, a U _ . Ì B¾ Z 7 ;
(#) 2^ _ z B - e 2 a c ; E _ ‹ ? [ .
_ ;
(1) c ? =‡ ?2 $1* l h c sO 'ç _ ( ; a B4 ]);
(P) J — Já B B ?2 1** l h ( ; a B4 ]); .
( ) R _ _ J (sensitive receptor) ~ ; E
! . ” ।

( ) >„ Bw R . ~ 9 ! h °
?2B :
R Bw R 7 ! h °
( ) ($) (+)
Bw Já ¨© - , _ ;S ; ? 9:
e -a •„ :
 = (, . € 2 ) <
c Já¨© - -;
 J• S U g B B ›) € 2
) ;
 • ; ] h@ ¼ ;
 § ) a J• ? ; ?
B B ^ 7 € 2 ^ ।
 …a 1** .
=<
 ; a B4 ]
;S
t- ¨© 7
] ) W
- -. n
“ ! h °
7 ?2B ।
> R ;S ; ? 9: e -a •„ :
 Já ] h@ T . = (, .
€ 2 ) < c ¨© W ;
 Já ] h@ ¼ ;
 ] O (Excessive) ' h@ • x - ;
 ç ›) U g ? -B;f _ ` ,
f 2 a • ;W ] - Ì x - ? ;
 ; <- ) a J• ? ; ?
B B ^ 7 € 2 ^
 …a +** l
=<
 ; a B4]
;S - t-
¨© 7 ]
)
- -. n
“ ! h °
7 ; 2B
।
~ R ;S ; ? 9: e -a •„ :
 n ] h@ T . = (,
€ 2 ) < c ¨© W ;
 n ] h@ ¼ ;
 n ] 'h@ • x - ;
 ) a J• ? B;f
7 ? ।
 …a ** l ;
 ; a B4 ]
- -. n
“ ! h °
7 ; 2B
।

R Bw R 7 ! h °
( ) ($) (+)
z ?{ ? R ;S ; ? 9: e -a •„ :
 h@ , ', • , ®, = ( B
T € 2;
 ) < ›) ? U g ?
J• S e ? ;
 B ) M a x - ? ।
 …a 1* l ;
 ; a B4 ]
- -. n
“ ! h °
7 ; 2
।
z ?{
Bw
‰Š R ; ? 9: e -a •„ :
 h@ , ', • , ®, = ( B
T € 2 2;
 Œ U “ X 7 • B;-B
#* 4 l = 7 B? . @ l >
P* 4 l = 7 B?;
 oæ “ J• S । B7 , B [ æ -
¯„ n a x - ?2 ,
? ! h@ T ;
 B ) M a x - ? ।
 'h@ x -
?2B …a *
l ! h °
; 2 ।

! - *
> : ; 7
[ 7 # . J - 7 (+)]
S @
( ) ($) (+)
। R/ R J ” O J ” O B; ; M ;
 > : S ` B @
=L ® c ° E U O , ,
B! 0 2-B 2
$। 4 4 a ² Q ,
; ? 9 • X? =`NO ?2 :
 = 7 E ® 0
 4 B; d
 = >
 4 = 7 4] (Area of study)
 B| @ (y 4 )
+। R/ R
(Statement of Need)
R < ; R
@ ^ ZÚ-> v ?2 । R
k? > 8 . B;b O (Project concept)
. R J ij J m ?2 ।
Q R^ k? ?2 Z!
; 2 ? ?2 ।
#। R/ R 7
(Project description/
concept)
Q R B J„ R ,
r ` A ?2 । R
B 9 O @ X? =`NO
?2 :
 Q R 7 (Project concept),
R / , • u, J• S
U g U • O ( ; a B4 ]) .
B- > u 7 X ? Ú- ।

S @
( ) ($) (+)
 R = _ “ ZÚ->
=L7 c Ú-, ‘ . Ž ; d
)], B )] . [ । B
)] X ? n B B ,
BÚ ! B , R B)b? i .
R 2l/B -/Jl Ða =`NO
< ।
 R R B4 ] Ú- BÑ ) l ? J•
S ।
1। R = X? R = X ? 4E —k? ; d
= [ 2 . =c c =
B;b O ।
P। ” ” B4 ] 9 O
@ X? =`NO ?2 :
 @ ) c ) V
_ B>b ;
 R Q W B>b - ,
. = _ ;
 Q R = c e ,
/<- . * )
> ?2 .
. ।
। Q R . B
2 • (B>b , ,
e , 2 a )
s k ? r (sampling methodologies),
s k ? _ , 4 BÌ . ³ l
I। R = _ ”
Œ U ?
 Q R “ = _ ;
 ” Œ U ? . ® ;
 l „ .
?2 Q R h °;
 Q R = _ ¹ S
BÙ ¹ ( : 1*,*** . : $1,***),
Ða , [ =< ² l 2l 2 ;

S @
( ) ($) (+)
 Ú-, Ž ; d, ‘ Œ U ? ¹ ।
ù ” = _
=L7 c ? ² l 2l 2
U ? W ™ “ ¹ U ?
; 2 । Œ U ? ¹ …a
1 . . U 7 . =`NO
?2 ।
 ” = _ z~ 2 c
Q R 7 -=L B ¹ ,
;< : l k ! ¹ , a ¹ ,
? 2 ¾ a ¹ 2 a ।
%। T U J m ; d >
(Potential significant
impacts)
 Q R f¦°W 2Za > 8
B; T U f¦°W > 4
?2 ? 4E ;
 > t@ / : r X ?
(Methodologies) :
*। > . ‚
U _ (Mitigation and
abatement measures)
Q R > . ‚ 4
B B ;S ) ?2 ?
7 ?2 ।
। = - > (Residual
impact)
Q R X U _ (Mitigation
measures) k? B; J m ; d
> ( | B ) = - <
T ? [ ? :
$। U _
R (2. )
U _ R B; @
=`NO ?2 ? 4E ।
+। 4 .
! -/ R
(Monitoring and Follow-
up Plan)
4 . ! -/ R
B; @ =`NO ?2 ? 4E
।
#। - R
( ; a B4 ])
R - R B; @
=`NO ?2 ? 4E ।

! -
R R > :
[ 7 1 . J - 7 (+) Š-U]
> :
S @
( ) ($) (+)
। ? 4
(Executive Summary)
? 4 = (Non-technical)
> @ 4 E • . Z < ।
2? 9 O • =`NO ?2 :
 R : Q R 4E ।
 4 E • (Study findings):
> : . ; 7
4 n ) V 7
2Za X ? / : > ,
X U _ . 4 ¡ )
4 ।
$। 7 •
(General Information)
7 • B4 ] 9 O • =`NO
?2 :
 R R J ” O .
B; ; M ; R c ° E
U O , , B! 0 2-B 2 .
> : S ` B @
=L ® c ° E U O , ,
B! 0 2-B 2 ।
 @ : v
, B; ; M . 2-B 2 ; 4
a ² , 4
= 7 4] . y 4 ।
+। R R
= X? (Project
Description)
 R B 9 O @ X?
=`NO ?2 —
 R : R B;b O , J ij
. Z! ;

S @
( ) ($) (+)
 R : R B4 ]
R ;S , = _ , B -/Jl, ¡ ) ?
R Q 7 X? . R T U
ù @ J m < ?2 । 2?
9 O @ X? < ?2 :
 : ,
, Œ = 7k? 2 a ।
 R = _ + . : R
= _ (B ¹ ?), B -/Jl Ða
; ? 2J^ ^ , B , BÌ 2 -,
= Ž , ? ¦l . =c c Ž
?2 ।
 R : 2l B -/Jl, BÑ -- k ?
J• S Q , J•
4 , J• ´ .
2J^ ^ X ? ।
 R ;S Q ¡ ) : R
Œ J„ , = Ž
) ? U 7 ;S
; R J„ 7 . Q
(Schedule)।
 • J ; X B ) ? : e , d ,
•a•, 2 a Î ) ? ;
›) , J• ;
) ? J• , ›) J• ´
?a Ü BÌ c U = Ž ;
=c c ^ = Ž , 2J^ ^ .
> ) ? ; R J„ )
_ Z ; ।
 h@ T (Pollution potential) :
 R = X? : = X ? 4E
, k? ; d = [ 2 . =c c
= B;b O ।

S @
( ) ($) (+)
#। R . ”
= _
(Existing Environmental
Condition)
> : . 4 7 .
” 9 O @ J •
J 8 ?2 :
 B>b : l k !, , -
! , , 8 , B¾ , ? 2 ¾ .
• , / ? , f
, ' ] , ” h@ J• X?
2 a ।
 : U _ (J - ‹ , ‹ ,
_ / _ , s Š / / _ ),
Œ , . - /B! lÜ/. -ë - ,
l 4 , l „
/ Œ (Habitat)।
 Œ U ? : ” . Q Œ U ? ,
4 c f¦°W . ।
 : } Ï (Population
distribution), =<ˆ ñ, B>b
= Ž @ , - *
=a ^ , y _a।
 )], B )] [ : R .
? 9 O •, ¹ , [ . =c c
>ô a • •O ?2 ।
 R . + † . ?
[ ।
 R B (=4 Š | ?), R
. . 4 . B>b ;
Q R = _ - ¹ S BÙ
¹ ( : 1*,*** . : $1,***), Ða , [
=< ² l 2l 2 ; Ú-, Ž ; d, ‘
Œ U ? ¹ । ù ”

S @
( ) ($) (+)
= _ =L7 c ?
² l 2l 2 U ? ; 2 । Œ
U ? ¹ …a 1 . . U 7 .
=`NO ?2 ।
 ” = _ z~ 2 c Q
R 7 =L =c c B ¹ , ;< -
l k ! ¹ , a ¹ ,
? 2 ¾ a ¹ 2 a ।
1। >
W L XY
(Impact Predication
and Evaluation)
> : . ; 7 B;
2Za ) V ?2 [
> : 4 B; / = O
2Za ) V ?2 [ B 2f > : (Impact
Assessment) ?2 । > : 7
9 O ^ 7 •„ ?2 , ;< :
 > ) V (Impact Identification):
R ^ 7 Z - . >
) V ?2 । f¦°W > X?
) ?2 । . 2 & T U
f¦°W © 4 . S §ë Œ (Cumulative)
> X? ) V ?2 ।
 > W L (Impact Predication):
f¦°W > X ? “ , °, Q
. _ ° (nature, magnitude, extent and
duration) 2 a W L ?2 । >
: c . 7 f ) )
W L ü ? [। .2 4 ] 4 7 R
. R . c ; < •O ü -
) ?2 ।
 > XY (Impact Evaluation): R
;S ! x- > 9 O
> 8 XY ?2 :

S @
( ) ($) (+)
> ] (Magnitude of impact)
> Q (Extent of effect)
> _ ° (Duration of the impact)
4 kQ . = _ W _ !
; (Reversibility of condition/impacted
area)
§ë Œ > (Cumulative impact)
R ;S ! x- >
@ J m > 8 ? r `
9: ?2 :
B > 2 (No impact)
> • ;W (Significat impact)
> = • ;W (Insignificant impact)
= > (Unknown impact)
; d > (Mitigated impact)
P। X U _
(Mitigation Measures)
> q 8 c Q ª , Z > .
; X U _ k? Z
?2 । > q 8 c T U
R J XY 8 7 c
?2 ; ? U J ” O c
? . R B ) > =
c B;b O > k? ; d। X U _
; ; d ?2 ?2 ; ?
4 . = -^ -. n ?
; ।
Z “ ^ X U _ Q
?2 । R Q - 2
. > .2f =`NO ?2 ? J m
?2 । Q X U _
. U T ?2 ?2 ।

S @
( ) ($) (+)
। 4 ¡ )
(Monitoring
Programme)
4 ¡ ) B4 ] 9 O @
?2 :
 X U _ Q 4 :
Z “ X U _ ;< ;<
Q c 4 r
7 ?2 । .2 J i j 9 O •
?2 :
Z “ X U _ X? B; M >
Q ?2 [ ? 4 r
(Methodology);
X U _ k? B .
4 2l ¹ . [ ;
R B 2l } J m W
¡ );
B .
! ! ; ) /= -^ -. r .
¡ )
 R > 4 : 4
¡ ) / B )
; 4 ?2 . .2 4a 9
@ Q 4 ¡ )
=`NO ?2 :
7 2Za c 2 Ü l
] . R ? 4
r , B . ¡ ) J ” O °
( 4 ¡ ) Q c
, l . B )
4 ^

U _ R
S @
( ) ($) (+)
। Œ (Introduction)  J ij
$। R (Project
Description)
 B , . . R J ij
 R B -/Jl . - 2
 R Q R . ¡ )
 R =c c •
+।
(Environmental Policy)
 U _ . 4 S `
B •
#।
@ (Environmental
Compliance
Requirements)
 /2 ]
 = 7 E =c B _ H
8 X?
 J ij X? ; ? W ?2
 X? ; ? = ) < ?2
 J8 )) X? ; ? ?2
1। > .
U _
(Environmental Impacts
and Mitigation
Measures)
 R ;S Q . f¦°W
> ;
 ? U h@ U _ X?;
 “ • , U _ , 2l,
. e -a Z 4 c
? U 4 X ;S ;
 . 2Za ( * .
7 † ) B U _
P। >2Y ÷,
4 . = -^
(Environmental
Surveillance,
Monitoring and
Auditing)
 Q U _ X ? ;< ;< Q
4a ? U >2Y ÷ .
4 ¡ ) : ;
= _ 4 c
B; r (Procedures and
methods) k? ?2 ? : ;
>2Y ÷ 4
?2 ;
[ ] X? ; ) 2
c Q = -l ¡ )
B-l k? . = 7 E
c

S @
( ) ($) (+)
। / Ä _
B R
(Contigency Planning)
 =y > . ¦ _ (B; :
J• S ; , /f , d
, ) < , h@
; ) B R ।
 ¦ _ B R 9 O
@ X? =`NO ?2 , ;< :
¦ _ B ? U r
J X? (Procedures and measures)
Z 4 U _ ( Ì ! 7
c)
¦ _ B; _ /; ?
? B; ; ?2 . †
= ? ?2
Z 4 @ ) q r . 4 X
;S
I। Ž Ž
(Organizational
Strucure)
 v Ž Ž (2.
Q . t- Ç 7 c
° E Ì ! ?)
 2. Q ? t-
Ì ! °
(Responsibilities and work Procedure)
 v =>a` . ?¼ _ (B; :
= 7 E ) l S
(Reporting hierarchy)
 ? _ U O ^ ?2 B
k? (B; :
4 -. c @ , ½
a c M )
 4 ¡ )
%। l . Q
¡ ) (Budget and
Implementation
Programme)
 2. Q ¡ )
 9 O l i :
* U _ X? Q
* >2Y ÷, 4 . = -^
* 4 . 2 ÷ B Ú÷

! - $
R v R a 7
[ 7 ++ Š-U]
( ) a 7 =L :
( ) R R a 7 4a J ” O R a
7 (Industrial Effluent Treatment Plant), ¼ a
7 (Sewerage Treatment Plant) . w a
7 (Mixed Effluent Treatment Plant) =L c
= 7 E t- ; [ ] / ? y >
9 ] ? / ?2 , ;< :
(=) a 7 . = _ :$** BÙ = # R
R 2 l B -/Jl Ða c । l
2J l ?2 ; .
(/) R R . 2l Ða . ; ? 9 •
< , ;< :
। Q 2^ ?2 a _ ;` æ <
(Drainage route)।
$। a _ (Discharge Point) =c B
æ ?2 JO B; ?2 [ ?
= _ ।
+। Q a 7 ?2 a B; ( ,
æ ) ?2 B 2 W ?2
a J 8 u < ? = _ ।
#। ;< ;< J8 )V।
(2) a 7 . B -/Jl Ða ? 2 ¾ BÑ - k
(Hydrolic Flow Diagram)। ? 2 ¾ BÑ - k
2J l X ? - 2 ; BÑ <; ? 2 ¾ ì ) , )a ,
2 2 , J2 / > > X ? = _ . . >
?2 ।
(Í) Q a 7 ; ? 9
• < , ;< :
। J• S . 2J^ ^ c U ? (Water
Consumption for Processing and Utilities) B; : O
S , ² l , 7 , , p J•
. = ( ;

$। J• S . 2J^ ^ ?2 x- a
Q a 7 7 4 ;
+। x- a f . 7 a f ;
#। ¶ l u Ù ( 7 BÑ - k );
1। a 7 •< 2J l X ? 2 ë ,
- 2 ³ l a ‹ ।
(J) a 7 a ‹ B; d •„
U O H y 4 ?2 ?2 ।
( ) ! - =L B; Bw R R c a 7
?2 B 2 Bw R R c M [ ] ^ H a
7 =L ?2 ।
( ) =L =L J ” O H a 7
?2 :
< B;, ) ?2 ? ) a
7 Ù , , _ =< = O ; _
. J ” O JO ।
($) a 7 ) :
( ) J ” O M 2 ë )) (Sound Engineering Practice) n
a 7 ) 4 4 a 7
. a 7 ; Zv0> @ ^
।
( ) a 7 ) c J •O B; d •„
?2 ।
( ) Ž B; d = 7 E =L ।
(+) a 4 :
( ) R R ?2 x- a Œ• v =>a` ?2 ,
JO R R J ” O )
(=) [ ] J m a ³ l X? l ?2 ;
(/) BÑ l , s k?, 4 . . • S ` =c c
; _ ?2 ;

( ) J ” O a 4 • ;< ;<> 4 .
= 7 E H ? ;
( ) = 7 E a s k? r 4 r 7
; .
(|) J ” O a 4 • [ ] 8 L = 7 E
।
(#) a ] : 7 +$ . J m a S ` t-
! a >„ ³ l 7 J _ = S
a ; 2 ।
(1) a t@ r :
( ) = 7 E 4 E R v R a 2 - ü
(in-situ) .à- ü (ex-situ) t@ ;
( ) R v R a American Public Health Association,
American Water Works Association . Water Environment
Federation H B;b<> ‘Standard Methods for the
Examination of Water and Wastewater’-. r t@
?2 ।
( ) S (+)-. ( ) ( )-. J m a t@ ka s k ?
(Grab Sampling) n •„ ?2 । ‘ka s ’ =< 1 ( )
l U ? . s (Individual Sampling)।
(P) a u:
( ) = 7 E H =L a 7
u (Discharge Point) n R R a
?2 ।
( ) = 7 E =L S ! ( )-. J m a _
; 2 ।
( ) = L a (Effluent discharge through by-pass) : a
7 l 2 R R ?2 x- a = L Œ• v,
Œ > Œ ; 2 ।
(I) a 1 (Dilution of effluent) : B R v R
= 7 7 a J• J• † 1
; 2 :

< B;, R v R / S . = 7 E ; J •O
, ? ?2 J •O 4 R v R a
1 =L ।
(%) a f : = 7 E W =L U R
R ?2 a a J
; 2 ।
( *) ½ a (Sludge disposal) : B R v R J• , J•
S , a 7 , 7 U _ =c B > x- ½
‘Bangladesh Standards and Guidelines for Sludge Management’-.
r a ?2 ।

! - +
@ N O
[ 7 + . J - 7 (+) ( ) Š-U]
‘ ’ = :
( ) B U O, B _ , y° 7 ! , B • , @
v X? N O c 9 ^ Bw ) ?2 , ;< :
(=) (U O);
(/) ( v ); .
(2) @ > 8 @ ।
($) @ B; d = > :
S Bw …a 4
B; d
= >
( ) ($) (+) (#)
।
(U O)
b B;
B @
2 8 - k
…a 1 ( ›)) •
> : 4 = > .
> : 4
? •¥O < ?2 ।
$। @ > 8 @ t- @
2 8 - k
> : 4
B4] X ? . . 7 @
…a 1 ( ›)) •
= > < ?2 ।
(+) ; a =L; v N O )a @ X?:
( ) . ^ _ ; , ® , ^/2. 0 . U ? ;
( ) …a (. ) B NO ; = 7 E
NO; .
( ) v ? ç O r …a + ( ) @ > 8 @ ; ?
= 7 E NO।
(#) > : 4 B4] X?: ˆ )]a, , Œ
U ? R , f , a U _ , 7 U _ ,
Œ- Ç , 8 , 2 , ' > 2 ƒ , Œ >_ ? 2 ¾ , >
: , ¨© U _ (risk management), y _a > : , 2 a ।

‘L’ = :
N O !:
S Bw / !
(l )
N O
(l )
N O
! (l )
( ) ($) (+) (#) (1)
। (U O) 1** 1,*** $,***
$। ( v ) ,*** *,*** 1,***
+। @ > 8 @ 1** 1,*** $,***
( ) ! B¶ ) n =< =L =c B
n 2 ¶ n B @ ?2 ;
( ) @ N O / ] ? / !
(= ! B; d) ?2 ; .
( ) = 7 E H Ý `> ? N O c )
?2 ] 4 N O ! ?2 ।

! - #
R v R Bw >
[ 7 1 . J - 7 ($) . Š-U]
S R v R ;S ! x- h@
“
R
v
R
Bw >
`U
a d ¼ M a
( ) ($) (+) (#) (1) (P)
। ( ) ¨
- > 1**
.k ./ . .
( ) l à
( ) J•
S ™
x - ? ; ?
c
2. , U
!Þ , â ,
2 a • O
? ;
.
( ) d
¼
)
< J _
( ) ) M
a ; ?
a c
S
(Treatment)
2
।
( ) R v
R a
d ¼
M a “
S . J m
7 ?2 ?
Bw NO ?2 ; .
( ) =L
Bw NO R
v R R
?_ a
B l e **
| l B ?2
? Bw NO
?2 ।
$। ( ) ¨
- > ** -
< 1**
.k ./ . .
( ) -l à
( ) J•
S ™
x - ? ;
J •O • O
? Õ
; d;
.
( ) d
¼
2 ¶
=à 2- X?,
=à 2-,
- 2=à 2 -
J _ ।
( ) ) M
a ; ?
a c
S
2
? ,
B; : ½a , Ña 2
.a ,
a O ™।
( ) R v
R a
d ¼
M a “
S $ . J m
7 ?2 ?
Bw NO ?2 ; .
( ) =L
?{ Bw NO R
v R R
?_ a
B l e **
| l B ?2
? Bw NO
?2 ।

S R v R ;S ! x- h@
“
R
v
R
Bw >
`U
a d ¼ M a
( ) ($) (+) (#) (1) (P)
+। ( ) ¨
- ≥ **
.k ./ . .
( ) -l à
( ) J•
S ™
x - ? ; .
( ) ? J
x- ™
h T ।
( ) = )
M a;
( ) ) e
a; .
( ) ?
§ )S ; d
M a
?{ ( ) R v
R a
d ¼
M a “
S + . J m
7 ?2 ? ?{
Bw NO ?2 ; .
( ) =L
z Bw NO R
v R R
?_ a
B l e *
| l B ?2
? ?{ Bw NO
?2 ।
#। ( )
- <#**
.k ./ .
( ) !J ^>
- Ì x - ? ;
( ) Î
?
ŠU
S
™
x - ? ; .
( ) ? J
x- ™
h T ।
( ) ) M
a; .
( ) B
M a।
meyR R v R
a d
¼ M
a “ S
. J m 7 ?2
? z Bw NO
?2 ।
U } :
। l à = < a . h@ J _ ! -# =L; ; ?
] < * .k ./ ., B; : Bl l B - BÒ , BÑ 2-,
! 2-, sO =a , / , , B -, a - , BS ,
2-, B! B;b , 2 a ; .

$। -l à = < a . h@ J _ ! -# =L; ; ?
] *-1* .k ./ ., B; : =a B 2 ¶ ,
2 ¶ , e k ।
+। = 7 – -l à = < a . h@ J _ ! -# =L;
; ? á ] >1* .k ./ ., B; : B -
2 ¶ , 0 ™ , BÒ 2-।
#। d ¼ ) <: - 2= à , !J , B -, , a - ,
, >a - , 2 , . Ì , =a , ? 2 ¾ , BÒ ,
? 2 ¾ Ò . - p, < 2 BÒ 2-, BÑ , ? 2 ¾ BÑ 2-,
? 2 ¾ ! 2-, ! - 2=à 2-, !J . - ‹ , ! !
B u =à 2-, ! ! . -, 2 a ।
B l: ! - # =L; 7 Bw R R = _
[ ] =L ; ? ) 7 ।
5 / S
-. ! ? /?
) ।
†gvnv¤§` BmgvBj †nv‡mb, DccwiPvjK (DcmwPe), evsjv‡`k miKvix gy`ªYvjq, †ZRMuvI, XvKv KZ©„K gyw`ªZ|
nvwQbv †eMg, DccwiPvjK (DcmwPe), evsjv‡`k dig I cÖKvkbv Awdm, †ZRMuvI,
XvKv KZ©„K cÖKvwkZ| web site: www.bgpress.gov.bd

Environment law 2023 of Government of Bangladesh.pdf

More Related Content

Recently uploaded

Featured

Environment law 2023 of Government of Bangladesh.pdf