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SCUD CHEMICAL AGENT COVERAGE PATTERNS -  AUG 90

Filename:0508rept.00d



Subject: SCUD CHEMICAL AGENT COVERAGE PATTERNS -  AUG 90

Weapon / Agent Type / Fill Weight: SCUD B / GF / 352 kg Weapon 
Burst Height: 1,000 m AGL
Met Condition: 98 deg F, 5 m/s windspeed, Pasquill category D 
(neutral)

Time After Weapon Burst: 5 minutes

Distance	Deposition	Dosage
Downwind (m)	(mg/m**2)	(mg-
min/m**3)
O	O	O
1050	20	0
1080	120
1140	210	6
1200	310	11
1230	400	14
1320	500	21
1470	590	28
1590	590	29
1860	510	21
2160	400	8
2340	330	3
2370	270	2
2430	91
2490	17	0
2520	0	0

Time After Weapon Burst: 60 minutes

Distance	Deposition	Dosage
Downwind (m)	(mg/m**2)	(mg-
min/m**3)
O	O	O
1050	5	0
1080	31	8
1140	51	35
1200	73	60
1260	100	90
1440	120	150
1470	120	160
1680	100	180
1890	77	170
2200	49	140
2640	25	87
3180	10	48
3990	2	18
4220	0	10
4800	0



Weapon / Agent Type / Fill Weight: SCUD B / HD / 396 kg
Weapon Burst Height: 1,000 m AGL
Met Condition: 98 deg F, 5 m/s windspeed, Pasquill category D 
(neutral)

Time After Weapon Burst: 5 minutes

Distance	Deposition	Dosage
Downwind (m)	(mg/m**2)	(mg-
min/m**3)
O	O	O
990	75	2
1020	170	6
1080	270	9
1110	390	16
1140	480	22
1200	600	31
1290	690	40
1380	740	45
1440	740	49
1590	690	46
1770	600	36
1950	520	25
2130	410	13
2340	310	6
2400	170	5
2430	98	4
2460	50	2
2490	0
2540	0	0

Time After Weapon Burst: 60 minutes

Distance	Deposition	Dosage
Downwind (m)	(mg/m**2)	(mg-
min/m**3)
O	O	O
990	16	8
1050	41	40
1110	80	80
1170	110	120
1320	120	200
1440	110	250
1680	81	250
1950	50	210
2280	26	160
2730	10	89
3000	5	59
3390	2	35
3690	1	23
3950	0	15
4140	0	9
4340	0	4
4900	0
7050	0	0


Question 3. Amount of GF and GB agents in the Iraqi arsenal?

Answer #3: The exact amount of GF and GB is not known. 
Resumption of Sarin, GF, and mustard production was reported 
at the Samarra Chemical Warfare Facility during Spring 1990. [ 
  (b)(1) sec 1.3(a)(4)   ] April 1990 but also indicates 
cessation of activity in late July 1990.

Based upon activity noted at some of the individual CW plants 
and their estimated production capacity, a total of 150-250 MT 
of Sarin and GF could have been produced. This would be enough 
to fill about eighteen (18) to twenty (20) thousand 122 mm 
artillery rockets if all the nerve agent were used for these 
rockets or approximately 2,500-4,500 two hundred and fifty 
kilogram aerial bombs if all the nerve agent were placed in 
bombs. In reality the Iraqis have probably produced a variety 
of munitions for their anticipated needs. The numbers of 
munitions are only provided to give an overall appreciation 
for the number of munitions in question and should not repeat 
should not be construed as being the actual numbers available.

Question 4. Which of the following missiles can carry chemical 
agents? --SCUD B --Abbas --Hussein If any, which agent is most 
likely to be carried.

Answer #4: The SCUD B, Al Abbas, and Al Hussein are all 
believed capable of carrying chemical warheads. The SCUD B is 
capable of carrying the most CW agent to its maximum range of 
approximately 300 kilometers. The Abbas and Hussein would 
carry less CW agent to their maximum ranges since both 
missiles, in whole or part, acquire extended range by reducing 
the payload. For any of the missiles, a unitary CW warhead 
would deliver more CW agent than a binary warhead. A binary 
system requires segregation of the chemical binary components 
prior to launch and may also need a device for mixing the 
binary components while in flight. All this adds weight and 
subtracts from the amount of agent deliverable. Additionally, 
the chemical reaction of the binary components, yielding 
agent, will not go to 100 percent during missile flight 
thereby reducing the amount of deliverable CW agent.

The type of chemical agent deliverable is dependent upon 
whether the chemical warhead is binary or unitary. It's known 
that the Iraqis tested a binary chemical warhead on a missile 
in the Spring of 1990 and we believe that a limited number of 
such warheads are available. We do not exclude the possibility 
that unitary CW warheads are available.

Binary Chemical Warheads: There are only two confirmed Iraqi 
CW agents, Sarin and GF, which can be used for binary 
warheads. Sarin is suitable since it can be produced by mixing 
difluorophosphonic acid (Difluoro or DF) with isopropyl 
alcohol. GF is suitable since it can be produced by mixing 
Difluoro with a different type of alcohol, cyclohexanol. The 
only other possibility would be nerve agent Soman which 
theoretically could be made in a binary system by mixing 
Difluoro with pinocolyl alcohol. We know the Iraqis have tried 
to acquire pinocolyl alcohol since 1988 but do not believe 
they were successful. The Iraqis would want to deliver the CW 
agent with the most persistence. Of the three agents 
mentioned, GF would be the most likely CW agent delivered in a 
binary system.

Unitary Chemical Warheads: Unitary warheads would permit the 
Iraqis to deliver any of the CW agents in their inventory. The 
agents of choice would be the most persistent-- VX and/or 
mustard. Mustard is a confirmed agent. Three-to-five hundred 
metric tons of mustard are believed available in munitions and 
bulk. We know the Iraqis have the technology and equipment to 
produce VX. Precursor chemicals have been in country since 
1988 which would enable them to produce as much as two hundred 
metric tons of VX. We believe VX has been produced but do not 
know how much. If a limited amount (e.g. ten metric tons) of 
VX is available, this would be enough for approximately twenty 
SCUD B chemical warheads.

Question 5. Type of artillery commonly used by Iraq for CW 
delivery.

Answer #5: One hundred and twenty-two (122) millimeter rockets 
were widely used by the Iraqis during the final phase of the 
Iran/Iraq War. For example, in the short-lived Al Faw battle 
in April 1988, an estimated 1500-2,000 122 mm rockets were 
used. The Iraqis devised rockets with an inner metal tube 
which would accept at least two, and possibly three, plastic 
bottles containing CW agent. The plastic bottles enable the 
Iraqis to mix or match chemical agents. Each rocket is 
assessed to carry 8-12 kilograms of agent. The Iraqis used 82 
mm mortars to deliver the riot control agent, CS, and probably 
mustard, as well as 120 mm mortars for Sarin, mustard, and CS. 
Tube artillery included: 130 mm for Sarin and mustard; 152 mm 
for Sarin, GF and CS; and 155 mm for Sarin, GF and mustard.

Question 7. Request info on chemical agent contaminating 
radius primarily for SCUD but also for other commonly used CW 
agent delivery systems: --105 degrees --O kts wind --Terrain: 
desert pavement --Fuzing: airburst

Answer #7: The following information is preliminary repeat 
preliminary based upon programs available at the time of your 
request. Meteorological conditions are not as requested and CW 
warhead fill weights would be too low for unitary SCUD B 
warheads. More refined and comprehensive information on 
missile warheads and other known Iraqi chemical munitions will 
be provided as soon as possible under separate cover.

	 
IRAQI CHEMICAL MUNITIONS

KNOWN IRAQI
CHEMICAL WARFARE AGENTS

~A GB GF HD CS D-HD RemarkS

?	X(P) X
1.6kg	X	 X

1.6kg	X
3.0kg 3.0kg		 X
3.0kg X	X

?	?	X
8.0kg		X

	X	SSkg		X

	?	512kg			(at 300km)
	?	 80kg			(at 6OOkm)
	?	22Okg			(at 6OOkm)

			
* Preferrod weapon for artillery chemical attacks

** unguided rocket

*** binary chemical fills

* * * * binary and uni tary f i lls

? assessed fills are sarin and/or GF p possible

GA = Tabun, non-persistent nerve agent
GB = Sarin, non-persistent nerve agent
GF = GF, semipersistent nerve agent
HD = Mustard ( sulfur), persistent blister agent
CS = Riot control agent, not considered a CW agent by U.S.
D-HD = Dusty mustard

	                   
	

IRAQI CHEMICAL MUNITIONS

KNOWN IRAQI
CHEMICAL WARFARE AGENTS

~A GB GF HD CS D-HD RemarkS

?	X(P) X
1.6kg	X	 X

1.6kg	X
3.0kg 3.0kg		 X
3.0kg X	X

?	?	X
8.0kg		X

	X	SSkg		X

	?	512kg			(at 300km)
	?	 80kg			(at 6OOkm)
	?	22Okg			(at 6OOkm)

			





* Preferred weapon for artillery chemical attacks

** unguided rocket

*** binary chemical fills

* * * OUTHERN IRAQ NEAR THE KUWAITI BORDER, 
APPROXIMATELY 10KM EAST OF THE SAFWAN AIRFIELD IN THE VICINITY OF 
300722N 0474536E. AT THE FIRST SITE, ONE V-SHAPED DECONTAMINATION 
TRENCH WAS NEARING COMPLETION AND SECOND, LOCATED JUST OUTSIDE THE 
SECURITY FENCE AT THE AIRFIELD, WAS UNDER CONSTRUCTION. THESE 
TRENCHES WERE BEGUN SINCE 15 SEPTEM

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