1 
 Food Standardization Section, DFTQC  
!$=% hLg (Gin) sf] k|:tfljt u'0f:t/   
 
!=) u'0f:t/sf] If]q (Scope)  
 o:f u'0f:t/n] dfgj pkef]usf] nflu Kofs ul/Psf ;a} k|sf/sf hLgnfO{ ;d]6 \5 . 
@=) kl/ro (Description)   
@=! hLg (Gin)  
hLg eGgfn] h'lgk/ a]/L (Juniper berries)  sf] jfikzLn tTj (volatile products)  sf] :jfb ePsf] Go"6«n l:k|6af6 tof/ 
ul/Psf]  dlb/fhGo kbfy{nfO{ hgfpF5 .  o;df cGo jg:klt (other botanicals)  / jf:gf (aromatics)  sf] jfikzLn tTj 
(volatile products)  klg k|of]u ug{ ;lsg]5 . of] ;+Unf] (clear) x'g'sf ;fy} :jR5 kfgL /fVbf wldnf] (turbidity)  x'g'x'b}g .  
#=) cfjZos u'0f:t/ kl/lwx? (Essential Composition and Quality Factors)   
hLgdf :jefljs :jfb / jf:gf x'g'kg{] 5 . o;df l:js[t jf:gf  tyf vfB of]ulznx? k|of]u ug{ ;lsg]5 .  
hLgdf Snf]/n xfO8«]6  (chloral hydrate) , cdf]lgod Snf]/fO8 (ammonium chloride) , 8fOh]kfd (diazepam) , kf/fl8xfO8  
(paraldehyde)  nufot s'g} klg cGo lsl;dsf g;fn', ;fO{sf]6«lks  -psychotropic _ kbfy{x? tyf  Soflkmg  (caffeine)  
;d]tsf] pkl:ytL x'g'x'Fb}g .  
hLgdf O{yfPn cNsf]xnsf] dfqf #^ b]lv %) k|ltzt -cfotgsf] cfwf/df, @) l8u|L ;]lG6u|]8 tfks|ddf_  ;Dd x'g ;Sg]5  . O{yfPn 
cNsf]xnsf] dfqf hLgsf] n]andf pNn]v u/LPsf] dfqf eGbf #  k|ltztn] 36L jf a9L x'g;Sg]5 .  
 
 
 
 
 
 
 
 
 
 
 
 
 
 2 
 hLgdf b]xfo sf dfkb08x? klg k'/f ePsf] x'g' kg{]5 . 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
$=:jR5tf (Hygiene)  ;DalGw Joj:yf  
$=! :jR5tf sfod ug{] t/Lsf (Code of Practice)  
hLgsf] pTkfbg, af]6lnË, Kofs]lhË, e08f/0f tyf 9'jfgL ubf { sf]8]S; åf/f lgwf{/Lt cfrf/;+lxtf (Recommended International 
code of practice - General principles  of Food Hygiene CAC/RCP 1 -1969 ) sf k|fjwfgx? cfjZostfg';f/ kfng 
ug'{kg]{5 . 
%= Kofs]lhË / n]alnË ;DalGw Joj:yf  (Packaging and Labeling Requirements)  
hLgnfO{ ;kmf u/LPsf] vfB u]|8s f] af]tn jf sG6]g/df Kofs]lhË ug'{ kg]{5 . Kofs ul/Psf] hLgsf] n]andf  tkl;n adf]lhdsf] ljj/0f 
x'g'kg]{5M˗ 
s_ pTkfbs jf Kofs/sf] gfd tyf 7]ufgf,  
v_ j:t'sf] gfd,  
u_ O{yfPn cNsf]xnsf] dfqf k|ltzt -cfotg_ jf o"kL jf k|'kmdf  
3_ of]uzLn k|of]u ePsf]df of]uzLnsf ] gfd jf ;+s]t gDa/,  
ª_ pTkfbg jf KoflsË ldlt, Jofr gDa/ jf n6 gDa/ pNn]v ug{ ;lsg]5,  
r_ v"b kl/df0f,  
5_ cGo k|rlnt sfg'gn] tf]s]sf ljj/0f pNn]v ug{ ;lsg]5,  
 t/ pkef]Uo ldlt / ;ld>0f pNn]v ug{ afWo x'g] 5}g \ . 
%=! n]andf pNn]v ug{ k|ltaGw  
%=!=! :jf:Yo ;Da lGw s'g} klg bfjL ug{ kfOg] 5}g .  
%=!=@ k|of]ustf{nfO{  hLgsf] k|s[lt, pTkfbg, >f]t, tyf cGo u'0fx? ;DalGw e|fds ;"rgf lbg] u/L s'g} klg kmf]6f], zAb jf jfSox? 
k|of]u ug{ kfOg] 5}g .  l;=g+= ljj/0f hLg (Gin) 
! Ethyl Alcohol content at 200C percent by volume (Range)  #^–%) 
@ Furfural (expressed in terms of g/100 Litres of absolute 
alcohol), Max  !@=) 
# Higher alcohols as amyl alcohol (expressed in terms of g/100 
Litres of absolute alcohol), Max  !))=)  
$ Total Esters as ethyl acetate (expressed in terms of g/100 
Litres of absolute alcohol), Max  #)=) 
% Volatile acids as acetic acid (expressed in terms of g/100 
Litres of absolute alcohol), Max  !)=) 
^ Residue on evaporation percent (mg/l),Max  @=% 
& Methyl alcohol (expressed in terms of mg/Litre of distilled 
absolute alcohol), Max  @)=) 
* Aldehydes as  acetaldehyde (expressed in  terms g/100 Litres 
of absolute alcohol), Max  @)=) 
( Copper (as Cu), (mg/l), Max  %=) 
!) Lead  (mg/l), Max  )=@ 
!! Mercury  (mg/l), Max  )=@% 
!@ Arsenic  (mg/l), Max  )=@% 
!# Cadmium  (mg/l), Max  )=)!