[Cross-posted from The Trench.]
From September 2014 on several reports have alleged chlorine use by the Islamic State in Iraq and the Levant (ISIL) in Iraq. The claims began shortly after the Organisation for the Prohibition of Chemical Weapons (OPCW) had released its first report on its investigation into the chlorine attacks in Syria earlier in the year. In a politically highly charged atmosphere in which supporters and opponents of the regime of President Bashir al-Assad use any incident to blame insurgent forces of atrocities or call for regime change, one must necessarily view accusations of chemical warfare with a healthy dose of scepticism. This is particularly the case if allegations disappear as quickly as they surface.
However, during the autumn of last year there was some consistency in the albeit irregular reports. Furthermore, on 10 February, OPCW Director-General Ahmet Üzümcü confirmed that the Iraqi authorities had notified the OPCW of chlorine gas attacks against Iraqi soldiers. At present it is not known which steps, if any, the OPCW will undertake with regard to these allegations.
Last October I described how al Qaeda in Iraq (AQI), a precursor organisation to ISIL, applied chlorine in a campaign of car bombings between October 2006 and June 2007. While many people in the vicinity of the detonation required medical treatment for exposure to the agent, nobody was actually killed by the gas. This posting looks into the various allegations of insurgent chlorine attacks in Syria and Iraq since 2013.
[Cross-posted from The Trench]
It is true that pressure for Israel to join the Chemical Weapons Convention (CWC) is steadily mounting. Presently 190 states are party to the treaty. Besides Israel, only Angola, Egypt, Myanmar, North Korea and South Sudan have not ratified or acceded to it. As participants in the 2014 Jonathan Tucker Conference on Chemical and Biological Arms Control heard yesterday from Dr Peter Sawzcak, Head of Government Relations and Political Affairs Branch of the Organisation for the Prohibition of Chemical Weapons (OPCW), Myanmar is expected to ratify the CWC in its forthcoming parliamentary session in January. The Council of Ministers of Angola, which will take up a non-permanent seat in the UN Security Council next year, is to decide on joining the Arms Trade Treaty, Biological and Toxin Weapons Convention, and CWC really soon. South Sudan may also become a party to the CWC in the near future as part of a broader package deal under development. As was pointed out by some other speakers at the Jonathan Tucker Conference, being in the company of North Korea is not good for a democracy such as Israel.
However, in an article published on 11 December the Times of Israel quoted an anonymous OPCW official affirming that Israel has a chemical weapon (CW) stockpile. He also stated that he knew the size of the chemical arsenal, but refused to go into details. According to a second article in Arutz Sheva Israel Radio quoted the official as saying that the UN needed to begin an investigation of Israel on its chemical weapons stores, as it did with Syria.
According to the Times of Israel, he also said that Egypt has thousands of tonnes of CW.
Israel is a CWC signatory state. Under Article 18 of the Vienna Convention on the Law of Treaties a signatory state is obliged to refrain from acts which would defeat the object and purpose of a treaty. In other words, if Israel were indeed to have a CW stockpile, it would be in a clear breach of its international obligations. This is not a light accusation to make. Particularly if it is made in the name of the multilateral organisation that is responsible for ridding the world of these heinous weapons.
Striking too is the lack of nuance in the claims. Egypt and Israel have had past CW programmes. But in the absence of reports of troop training and testing of munitions, how useful is it to retain aging stockpiles? Would the agents be subject to degradation? Are stocks being replenished (which implies active CW production facilities)? Egypt’s ‘thousands of tonnes’ puts the country in the same league as Iraq under Saddam Hussein and North Korea (according to South Korean assessments) and well ahead of what has been removed from Syria over the past eighteen months. Mohamed Heikal, an Egyptian journalist and commentator on Arab affairs, described in his excellent book Illusions of Triumph: Arab View of the Gulf War (London: Fontana, 1993, pp. 91–93) how then Egyptian President Anwar Sadat closed down Egypt’s CW production plant after the 1973 Arab-Israeli war and in 1981 refused to reopen it to supply Saddam Hussein with CW. To the best of my knowledge, this passage has not yet been seriously challenged.
Considering the culture of confidentiality at the OPCW and the organisation’s systematic refusal to comment on individual states—just take the many anodyne press statements on the CW disarmament project in Syria—the incident is remarkable to say the least. One would hope that those specific assertions were intended to be wholly off the record, but even so…
OPCW Statement Regarding Israeli Media Reports on a Recent OPCW Briefing
Thursday, 11 December 2014
OPCW officials met with a group of journalists from Israel on Monday of this week and briefed them on the OPCW’s work, achievements and future challenges. On the issue of achieving universality of the Chemical Weapons Convention (CWC), it was mentioned to the journalists that there are six non-States Parties to the Chemical Weapons Convention, including Israel.
In regard to the capacities of those six countries, it was clearly stated that the CWC verification regime functions on the basis of declarations, and that the OPCW would be able to ascertain possession of chemical weapons by any non-State Party only after it joined the Convention and made a formal declaration to the Organisation.
[Cross-posted from The Trench.]
The last day of October, a sunny Friday in The Hague, I met with Ambassador Ahmet Üzümcü to reflect on the previous year and a half, during which the civil war in Syria suddenly thrust the Organisation for the Prohibition of Chemical Weapons (OPCW) into the spotlight.
In March 2013 United Nations Secretary-General Ban Ki-moon requested technical assistance from the OPCW to investigate alleged chemical weapon (CW) use in the war-torn country. Six months later, after a serious incident in which sarin nerve agent killed and poisoned many hundreds of people in the Ghouta district of Damascus, Syria unexpectedly joined the Chemical Weapons Convention. And so began an urgent and perilous disarmament project. The announcement that the OPCW was to receive the 2013 Nobel Peace Prize just knocked international expectations from the organisation several notches higher.
The Syrian disarmament project has had a clear impact on the OPCW. Not just on its daily operations during the past 18 months, but it will also affect its future. However, the key question is whether the OPCW’s success in trying circumstances can inspire the international community to revive disarmament as a security tool.
Syria’s CW precursors have been evacuated and are almost all destroyed. Destruction of former CW production facilities has now begun. What were you thinking last year when you accepted the tight deadlines in the US–Russian Geneva Framework Agreement?
The Framework Agreement reached in Geneva on 14 September of last year was a significant achievement. The Russians and Americans wrapped up their negotiations in four days, which surprised us as much as the whole international community. We knew that the OPCW could be called on to address the chemical part of the Syrian conflict. In which form and under which conditions, we did not know then. Even so we were prepared to get involved and if necessary, to take the lead, all the while knowing such a project would be very challenging.
We first saw this document on 14 September. On 27 September, the Executive Council decided on OPCW involvement and a few hours later the United Nations Security Council (UNSC) endorsed that decision. Between both dates, we had 13 days to prepare our team for deployment to Damascus, work out the modalities, and so on. Having said that, I should add that the Technical Secretariat had been preparing itself for several contingencies. They included possible investigation of alleged CW use. We were thus ready when in March 2013 the UN Secretary-General called upon our expertise. In September, we had a team of 60 volunteer inspectors ready to go to Syria. They had trained to carry out different tasks.
Still, I was following the Geneva talks from Beijing. The negotiators raised questions whether we would be ready to do this or that. Our responses were all positive. We looked at our gaps. We identified a few areas where we would need some additional support, so we decided to rehire some of our former experts and hire some external experts. Important to us was to act swiftly and diligently. We also had to demonstrate to the international community that after 16 years the OPCW had the necessary capacity and expertise. I think we succeeded.
As I said, on Friday, 27 September, the decision was taken here. The same day the UNSC endorsed it in a resolution. On Monday, our inspectors were on their way. On Tuesday, they arrived in Damascus. The UN clearly had some difficulties to match this pace. The UN mechanism is huge compared to ours. So I called Secretary-General Ban Ki-moon on Thursday, the day before the UNSC decision. I told him that we were ready to deploy and asked him for logistical and security support, which we received. Despite the magnitude of the challenge and the security situation in Syria, I think the Technical Secretariat was fully prepared to lead. When I say ‘lead’, I of course refer to the technical part of the operation. We relied on the UN for logistical support and security.
The other obvious challenge was the financial dimension. In that respect, having seen the support from the whole international community for this Russian–US initiative, I actually did not have any concerns. It was proven later on that we would have the necessary funds in both the UN and the OPCW Trust Funds. Financial aspects would not be problematic and they never were.
A year ago, I should say, we were both mentally and physically prepared to go to Syria. I personally was involved in setting up a task force, which I chaired every morning on the 7th floor of the OPCW headquarters. This also gave me the opportunity to know better some of our staff members. They were really capable and pleased to be able to help coordinate such a major operational mission.
Since my last update on the elimination of Syria’s chemical weapon (CW) capacities in May, all precursor chemicals have finally left the country. Some have been shipped to facilities in Finland and the USA, where they are in the process of being destroyed. The United Kingdom meanwhile completed the destruction of 190 tonnes of chemicals at an incinerator in Ellesmere Port.
As of 7 August, 74.2% of Syria’s entire stockpile of chemical warfare agent precursors have been destroyed. Other chemicals are meanwhile being neutralised on board of the US vessel Cape Ray in the Mediterranean, and the resulting reaction mass will eventually be commercially incinerated too.
The Organisation for the Prohibition of Chemical Weapons (OPCW) is gradually slipping off the radar screen of international media. The huge pressure of safely evacuating the precursor chemicals from the war-torn country now removed, the organisation can slowly return to its more familiar role in the background of international politics: monitoring compliance with the Chemical Weapons Convention (CWC) and resolving any outstanding issues. Syria will increasingly become more integrated as a ‘normal’ member of the OPCW. This, however, does not mean that the OPCW will relax its efforts to achieve full accounting of its chemical warfare programmes, clarification of allegations of CW use, or complete destruction of all relevant declared facilities. Syria’s recurring amendments to its initial declaration of 23 October 2013 demonstrate the grinding, but nonetheless steady progress the OPCW is making.
Two new elements (at least to outsiders) have surfaced over the past couple of weeks: Syria’s presentation of a destruction plan for abandoned chemical weapons (ACW) and the declaration of a CW production facility dedicated to ricin manufacture.
Re-hexamination of Syria’s sarin
The UN Secretary-General’s latest monthly progress report on the elimination of Syria’s chemical warfare capabilities refers to Syria’s submission on 14 July of a destruction plan for two sarin-filled munitions. Syria denies ownership of these CW and has therefore declared them as ACW.
The two munitions were recovered after the CW attack at Jobar, an eastern suburb of Damascus, on 24 August 2013 (i.e., three days after the Ghouta chemical attacks). Four days later, Syria notified the UN Secretary General of the use of an improvised explosive device (IED) releasing a foul and strange odour. The UN team investigating alleged CW use visited the site on 29 September. It was unable to examine the place of impact or recover munition fragments, because mine clearing operations had completely corrupted the surroundings. Syrian officials handed over IED fragments and contaminated soil samples, which they claimed came from the incident site. For obvious reasons, the UN team could not certify their chain of custody.
According to the Final Report by the UN Mission (p. 65), the investigative team ‘was also presented with two metal canisters discovered by Government soldiers during the offensive operations in Jobar on 25 August 2013 in the immediate aftermath of the incident and in close vicinity of the site of the alleged incident’. These were said to be identical to ones used in the chemical incident the day before. Made of steel sheeting of 1mm thickness, the plates were bent and welded together manually at a sub-industrial standard. The canisters nevertheless revealed a high degree of expertise with the electric welding process. The UN investigators were also able to establish that ‘a detonator and a coiling of the detonating cord, acting as a booster, composed the fire train, electrically initiated’. They had an internal fill capacity of up to approximately 4 litres (see figure below). The two metal canisters are the ACW Syria declared to the OPCW. (This description corrects the suggestion in my posting of 26 May that the two ACW were Volcano rockets. The claim that Syria did not declare any Volcano rockets as CW still stands, however.)
Analysis of their contents by the OPCW confirmed sarin as their payload. Moreover, the filling displayed all the characteristics of sarin as produced by the Syrian government, the principal telltale sign being the presence of hexamine (hexamethylenetetramine). Since its presence in samples was first reported by the UN investigative team last September in relation to the Ghouta attack and the OPCW later released that Syria had declared 80 metric tonnes of the chemical in connection with sarin production, there has been furious speculation as to its exact role. In a recent analysis focussing explicitly on the role of hexamine, UK-based CW expert Daniel Kaszeta argued that the Syrians used the compound as an acid scavenger in the final reaction of their rather unique sarin production process. Reacting DF (methylphosphonyl difluoride) with isopropanol yields sarin and hydrofluoric acid, the latter being a toxic and extremely corrosive gas that would have quickly damaged the production and agent filling installations. Hexamine binds this acid, and does so more efficiently than other amino compounds.
However, recent discussions with officials from some Western states indicate two other roles of hexamine, namely as catalyst and stabiliser. The catalyst function is probably closely tied to the acid scrubber role. In an e-mail exchange today, Ralf Trapp, a chemist and consultant to the OPCW, confirmed that hexamine increases the yield of the chemical reaction by pulling the equilibrium between the precursors and reaction product (sarin) in favour of the latter. As a result, the sarin concentration receives a significant boost, possibly up to 60%. This degree of purity is considerably higher than the yields achieved by Iraq in the 1980s.
As a stabiliser, hexamine probably allowed the Syrians to store freshly produced sarin for days, if not several weeks. This understanding is more compatible with views before the civil war that Syria’s CW served strategic deterrence. Munitions declared to the OPCW last autumn also seem to validate those views. Initiating the final reaction shortly before use, as was the case in Iraq, would have undermined this doctrinal role. The insight also raises fresh questions about the curious White House claim last August that the United States had observed Syrian preparations for three days prior to the Ghouta attacks.
Strictly speaking, the chemical analysis of the sarin in the two ACW confirms beyond any doubt that the nerve agent was produced by means of the same process as the one used by the Syrian government. The distinctive signature, however, cannot exclude the possibility that insurgents might have captured some CW. Western officials tend not to give much credence to this hypothesis.
Castor beans: cancer research, castor oil, or ricin?
The latest monthly progress report also reveals that on 14 July Syria submitted yet another amendment to its initial declaration. The document lists a dedicated ricin production plant. As a weapon the toxin is banned under both the Biological and Toxin Weapons Convention (BTWC) and the CWC. The CWC requires the verified destruction of CW production facilities, but the amendment claims that it is located in an area not under government control. It also states that the entire quantity of ricin produced was eliminated prior to the entry into force of the CWC for Syria. If correct, then Syria need not declare its past toxin weapon holding. CW disarmament in Syria, however, is hardly a normal operation. As with its claimed destruction of 200 tonnes of mustard agent early in 2013, the OPCW must investigate those statements to ascertain that the country is not hiding any residual CW.
This progress report was the first to publicly mention ricin production. Last April concerns about the toxin had already filtered out of the United Nations, but they have thus far remained a relatively low-level matter at the OPCW. This was in part a consequence of the high-priority preoccupation with getting the precursor chemicals out of Syria, and in part because nothing seems to indicate that the country presently has ricin weapons. Questions remain nonetheless.
Syria apparently cultivated castor oil plants (Ricinus communis) on several tracts the size of football fields. In itself, this is no so unusual as the oil makes for an excellent lubricant for heavy engines, such as those in military lorries. However, Syria’s initial explanation referred to cancer research and treatment, which was wholly implausible in view of the minute quantities of ricin required for research. Castor oil also lacks any medicinal value to cure cancer. It was used to deliver some chemotherapy drugs to tumours, but occasional side effects, such as allergic reactions, have led to the adoption of alternatives. Starting in the 1980s, Texas Tech University and Texas Tech University Health Sciences Center conducted long-term research on the oncological application of genetically modified ricin to kill diseased cells. According to a press release of October 1998, ‘just two acres of land, given the right castor seed, could produce enough ricin to meet the world’s pharmaceutical supply need for cancer treatment’. Ricin is also being investigated in relation to neurological degenerative disorders and in the treatment of intractable painful neuropathies. It is rather hard to think of Syria as a global supplier of medicinal ricin many times over.
This leaves the question of ricin as a weapon. Ricin is an instrument of choice for assassinations, as befell Bulgarian dissident writer Georgi Markov in London in 1978. More recently clumsy attempts to send ricin-filled letters to hated persons, including President Barack Obama, have also put the spotlight on the agent. Since the First World War many states considered ricin as a possible tool of warfare, but they have never incorporated it as a standard agent into their chemical and biological warfare arsenals. Despite the military attractiveness of its toxicity, the toxin poses several serious problems in relation to large-scale production, longer-term storage (unless turned into a solid), and dissemination techniques. While none of these problems are insurmountable, the net effect is that the agent is more cumbersome to weaponise or less effective on the battlefield than alternatives.
Right now the reason behind Syria’s declaration of a CW production facility exclusively dedicated to ricin manufacture remains murky. On the one hand, in view of the many publicly available accounts describing the many difficulties of producing and especially storing the toxin in free state for longer periods of time, it almost seems implausible that Syria would have embarked on a major ricin weapon programme. Interestingly, several Western officials I recently spoke to tend to discount public Israeli reports on Syria’s ricin programme. The annual US State Department report on arms control treaty compliance for 2014 dropped the reference to ricin-based biological weapons in the BTWC section and does not mention the toxin in the separate CWC compliance report. The 2013 treaty compliance document still stated: ‘In 2004, Israel’s Intelligence and Terrorism Information Center said in a report on Syria that the Scientific Studies and Research Center had been developing ricin-based biological weapons’.
On the other hand, if the Syrian factory was indeed dedicated to the production of oil or lubricants, the possibility exists that it used a cold hydraulic pressing technique, in which case 1–5% by weight of ricin might remain in the resulting mash. A fact sheet on ricin by the OPCW Science Advisory Board (SAB) released in February 2014 notes that castor oil production plants are not subject to Schedule 1 inspections under Article VI of the CWC. The SAB therefore recommended that the Director-General encourage National Authorities in producing countries to promote hot pressing and other techniques that ensure inactivation of residual ricin in the waste mash. In other words, the Syrian amendment might reflect a compromise with the OPCW to remove any ambiguity about the purpose of the ricin resulting from a particular production process in view of the need for absolute certainty that all aspects of the country’s CW programme have been eliminated. A future oil-extraction plant using a process that inactivates residual ricin could then be constructed without the need for long-term verification modalities for that installation.
A possible explanation for the ricin factory declaration for sure, but more details are required to confirm the scenario. To be continued.
And the destruction of mustard agent?
As I reported in May, OPCW inspectors were looking into Syria’s claim earlier this year that it had destroyed some 200 tonnes of mustard agent in the spring of 2013. They are still trying to obtain further documentation substantiating these destruction operations. Onsite inspections of the disposal sites are still pending before this particular file can be closed.
[Cross-posted from The Trench.]
Syria has now missed about every single deadline since it was unable to move the Priority 1 chemicals out of the country by the end of last year. These even include renegotiated time frames and the self-imposed final date of 27 April. One more fixed date is pending: 30 June, by which time all precursor chemicals should have been neutralised.
It would now seem that the world will sigh with relief if everything is aboard the Danish and Norwegian freighters by the end of next month. US officials envisage 60 working days to neutralise the volume of precursor chemicals and hydrolyse the mustard agent on board the US ship Cape Ray. The end of this mission could be pushed back even further if factors such as bad weather or sea states exceeding safety standards interrupt activities. In addition, the original schedule foresaw incineration of the reaction mass by the end of 2014. However, one of the companies selected by the Organisation for the Prohibition of Chemical Weapons (OPCW), Finland’s Ekokem, requires at least nine months. This potentially pushes completion of the disarmament tasks agreed in the US-Russian framework agreement of September last year into the second quarter of 2015. Consequently, the disarmament mandate established by UN Security Council resolution 2118 (2013) can be expected to remain in place at least as long.
Similar delays affect the final destruction of former CW production facilities (CWPF). Different interpretations about the perimeter of several CWPFs block consensus decision-making on the formal destruction plan in the Executive Council of the OPCW, and hence progress in the field.
Finally, concerns have emerged whether Syria has declared its entire CW stockpile. In particular, the country has claimed destruction of 200 metric tonnes of mustard gas in March 2013, but initially failed to declare this to the OPCW.
Remaining precursor chemicals
Syrian authorities have consistently claimed that heavy fighting at key sites and high security risks along the transportation routes make it all but impossible to transfer the precursor chemicals to the port of Latakia within the set deadlines. The Joint OPCW-UN Mission has tended to confirm these security assessments. It has also reported shelling into Latakia in March and intensive combat operations around the final storage site.
According to the 7th monthly report submitted to the UN Security Council on 25 April, 96.45% of declared Priority 1 chemicals and 81.09% of declared Priority 2 chemicals had been moved onto the Danish vessel Ark Futura and the Norwegian freighter Taico respectively. Combined they amounted to 92.03%. The remaining 8%—about 100 metric tonnes of precursors—consisted of
- Priority 1 chemicals:
- B salt (N (2-chloroethyl)-N-ethyl propan 2 amine salt)
- DF (methylphosphonyl difluoride)
- Priority 2 chemicals
- Butan-1-ol (alcohol)
- HCl (hydrogen chloride)
- HF (hydrogen fluoride)
On 20 May, the OPCW–UN Joint Mission confirmed the destruction of all isopropanol. (It should be noted that ‘B salt’ did not figure in the initial list of precursors and was included in one of the revised declarations by Syria. It is possible that a declaration error was made concerning ‘BB salt’.)
The 7.2% of chemicals that must still be shipped out remain trapped at Al Sin. Very little is known about the military site, except for its identification as a CW production facility in the 3rd monthly report of last December (Annex, paragraph 15). ‘Al Sin’ features in a few combat reports by insurgent factions published to the internet on 20 March, and are described as depots or an airport. Some press accounts suggest that the chemicals are at an airbase.
Battalion 559 of the Syrian armed forces holds a storage base that fits the descriptions. It is located about 63km to the northeast of Damascus along a major road travelling from the Adra suburban area in the general direction of Palmyra (Tadmur). About 14km to the south of Al Sin lies the Sayqal Military Airbase, which also houses several ammunition storage installations.
Al Sin has two major access routes (presumable the aforementioned main road going either northeast or southwest) and a secondary road travelling through the mountains. At present, the main access routes are unusable because they are controlled by insurgents or within easy targeting range of their heavier weaponry. The secondary road is impractical, considering that the DF has been transferred into large 2000-litre reinforced containers and the highly dangerous and volatile HF is contained under pressure in industry-standard cylinders. Transport in a large, escorted convoy along a mountainous track not only runs a high risk of accidents, the surroundings also offer many opportunities for ambushes. The Syrian army is currently mounting major military operations to clear (one of) the two principal routes out of Al Sin. Once achieved, the evacuation of the final precursors to Latakia is expected to be completed shortly afterwards.
Destruction of CW production facilities at an impasse
Political blockage over the destruction of Syria’s twelve CWPFs prevents progress on an important dimension of the elimination of the country’s chemical warfare capacity. The Chemical Weapons Convention (CWC) refers to CWPFs in many articles and sections of the Verification Annex. Article II, 8 defines it in terms of equipment for producing or filling certain types of chemicals and buildings that house such equipment. They must be irreversibly destroyed under a detailed destruction plan, although some buildings can be converted under strict conditions to purposes not prohibited by the convention. Despite Syria’s request, the Executive Council of the OPCW has refused to authorise conversion of some facilities.
In contrast, CW storage facilities (CWSF) are discussed only in the Verification Annex, Part IV(A) in relation to the presence of CW, their verification and destruction. A party to the CWC must declare a CWSP’s name, exact coordinates and a detailed site diagram, including a boundary map and the location of bunkers/storage areas within the facility. It must also provide a detailed inventory of the CW they contain. No treaty provision, however, demands the destruction of CWSFs.
Syria has apparently five underground structures, tunnels shaped in the form of a staple. They comprise three major sections. Each of the two extremities offers entrance to the complex. However, only one of the arms is the actual CWPF; the two other sections Syria has declared as storage sites. Following extensive discussions with OPCW technical staff and onsite visits at the end of March, a CWPF destruction plan was proposed to the Executive Council, which it rejected. The United States and other members of the Western Europe and Other States Group represented on the Executive Council argued that the storage areas form an integral part of the production site, and that therefore Syria’s circumscription of the CWPFs is incomplete. In addition, the argument has been put forward that via a network of tunnels they link up to other parts of a larger military complex.
It is difficult to see how the impasse can be overcome soon. The Executive Council habitually decides by consensus. If the United States and its partners press for a vote, they are by no means certain of gaining a majority. Even if they do, there may be ramifications in other areas of treaty implementation further down the road. Syria, for its part, has adopted a very assertive posture since becoming an OPCW member last October and is unlikely to budge on anything that does not represent a formal, unambiguous obligation under the CWC or without pressure from Russia. The current frosty relations between Moscow and Washington are not helpful either.
Did Syria declare all?
Over the past month or two several questions have arisen as to whether Syria declared its full chemical warfare capacity. They are in part due to the recent attacks with barrel bombs allegedly containing chlorine canisters, and in part to the amendments to its formal declarations to the OPCW. The latter are the result of normal verification routines by OPCW staff, which it undertakes for all parties to the OPCW. Analysis of declarations and onsite inspections often lead to the discovery of inconsistencies, contradictions or even missing information, which yield lists of questions and issues that the state party must resolve. Syria is no exception, and a significant new amendment to earlier declarations is expected in the near future. Although it will not contain new types of chemicals, there will be variations in the volumes of declared precursors without much changing the overall total of 1,300 metric tonnes. In contrast, it will include a thus far undeclared CW research centre near Damascus. (Readers of this blog will recall that the Executive Council and UN Security Council decisions of 27 September compel Syria to declare research facilities, even though this is not required by the CWC.)
A initial team of 8 OPCW inspectors left for Syria on 2 May and they were joined by an additional 5 personnel on 12 May to investigate the chlorine attack allegations. They can have access to the one site where the government has claimed that the rebels used a chlorine weapon, but until now have been refused entry into the rebel areas. Negotiations with insurgents to enable the safe transit of the precursor chemicals to the port of Latakia or for OPCW-UN Joint Mission staff to have access to sites in rebel-controlled territory are conducted through the office of Lakhdar Brahimi, the Joint Special Envoy of the United Nations and League of Arab States for Syria. While the office continues to function, Brahimi’s resignation on 13 May, effective at the end of the month, implies the loss of a lot of political clout with the insurgents. It’s impact on the disarmament process is unclear for the time being, but the convoys transporting the precursor chemicals and the OPCW–UN Joint Mission may face growing security and safety challenges if the current lack of progress continues for any significant length of time. Future investigations of alleged used of CW may also be compromised.
Another element that tends to contribute to the unease about Syria’s truthfulness is the fact that until today the government has not declared owning any of the Volcano rockets believed to have delivered sarin nerve agent against the Ghouta district last August. It did report two such missiles, but stated that it had found them and that it was not their possessor. Many countries and observers blame the Syrian military for the Ghouta attacks and other chemical strikes.
Finally, the questions if Syria has declared all its ‘weaponised’ warfare agents revolve around whether it has irreversibly disposed of about 200 metric tonnes of mustard gas. Syrian officials claim that the stock was destroyed at three sites in March 2013, around the time of the chemical attacks in Khan al-Assal near Aleppo and several months before the Ghouta sarin strikes. (No allegation of a mustard attack has so far been recorded.) Interestingly enough, Syria apparently mentioned these destruction activities before or during the US-Russian bilateral negotiations in Geneva last September, but the issue has only been picked up more recently. The Syrian government has now supplied the OPCW with details of these operations, which still require confirmation. OPCW inspectors plan to verify the claim and the veracity of its particulars by means of interviews, record analysis and on-site sampling. UNSCOM inspectors in Iraq during the 1990s occasionally had to resort to similar methodologies to determine whether the claimed volume of agent destroyed without international supervision corresponded to reality. Syria formally declared 20.25 metric tonnes of mustard agent (an amount relatively small compared to the overall volume of declared nerve agent precursors), which will be hydrolysed on board the Cape Ray. Inevitably, the episode has raised concerns among some OPCW members about possible undeclared ‘weaponised’ nerve agents.
More to follow over the next weeks, I am sure.
Postscript: Two hours after posting this contribution, the OPCW published an updated report on the status of CW disarmament in Syria.
[Cross-posted from The Trench.]
The Organisation for the Prohibition of Chemical Weapons (OPCW) is about to investigate the various allegations of the use of chlorine in Syria over the past few weeks. It is the right decision. It is the only decision possible in view of the many witness accounts and footage available on internet sites. However, the hope that the announcement of the fact-finding mission on 29 April might deter the perpetrator from future chlorine attacks was quickly dashed: a new chlorine bombing took place a day later.
The symbolism of the date cannot be overstated. 29 April was the 17th anniversary of the entry into force of the Chemical Weapons Convention (CWC). 29 April is the UN’s annual Day of Remembrance for all Victims of Chemical Warfare. And now, 29 April is also the day on which for the first time the potential violation of the ban on the use of chemical weapons (CW) by a state party to the CWC was officially recognised. A mere six months after Syria joined the convention. And 99 years after chlorine ushered in the age of modern chemical warfare.
On the same day, a British newspaper, The Daily Telegraph, felt the need to headline that it had the proof that Assad launched the chlorine attacks. It caused a stir, not in the least because the article ended with the claim that the newspaper’s investigation was on a par with OPCW procedures. Hardly.
No stranger to the battlefield of world opinion
It is worth recalling that initial accounts on the chemical attack at Khan al-Assal (near Aleppo) on 19 March 2013 referred to chlorine. Early press reports mentioned 26 fatalities, a figure that would eventually rise into the low thirties, and scores of otherwise harmed individuals. I was not convinced that the observed effects correlated with claims about the agents used. In a March 2013 brief for the EU Institute for Security Studies I wrote:
This claim is intrinsically problematic. Exposure to chlorine stored in a warehouse or near a production installation hit by a shell could account for respiratory problems and skin irritation, but not for a high number of fatalities. One would need a very high volume of the agent to obtain lethal doses in open air; the explosion would most likely destroy part of the agent; and highly recognisable evidence of corrosion at the site of attack could not be missed.
More recent accounts specify that Islamic extremists filled a home-made rocket with chlorine dissolved in a saline solution. The agent would thus amount to Eau de Javel (bleach). Even in its highest industrial concentration of 40%, the agent cannot explain the fatalities, even if one were to assume that a very large number of home-made rockets hit the target in a tight cluster.
A month later, I remained just as unconvinced. In the meantime, having reviewed all CW references I had collected since the start of the Syrian civil war, I was struck by how stories on a particular incident may change with time. As a rule of thumb, everything ultimately turned into sarin. And as suggested in the quote above, sarin could become bleach. It is worth retracing that metamorphosis.
The Khan al-Assal attack of 19 March prompted the Syrian Government to request the UN Secretary General to conduct an investigation of alleged use. As already mentioned, reports at the time were referring to chlorine or witnesses recalling a chlorine smell. Chlorine was also what the Syrian government reportedly cited in its letter to Ban Ki-moon. Already early in December 2012, the Syrian Foreign Ministry had warned of possible insurgent use of CW in letters to the UN. It alluded to a Syrian-Saudi factory SYSACCO near al-Safirah (southeast of Aleppo), which had just been captured by militants from the jihadist Al-Nusra Front. That factory produced sodium hydroxide (caustic soda) and hydrochloric acid (HCl). Not only did this claim prepare a plausible foundation for the chlorine allegations three months later, it also gets close to the bleach (sodium hypochlorite), commercially known as Eau de Javel in Europe.
Four days after the alleged attack we learn that ‘the Syrian military believe that a home-made locally-manufactured rocket was fired, containing a form of chlorine known as CL17, easily available as a swimming pool cleaner. They claim that the warhead contained a quantity of the gas, dissolved in saline solution’. Now, what form of chlorine is Cl17? A look at the Mendeleev’s Periodic Table teaches us that Cl is the chemical abbreviation of chlorine and 17 is its chemical number. However, this demystified CL17 is contained in a saline solution, which is, of course, sodium hypochlorite. I use it to disinfect my toilet. Eau de Javel as a chemical warfare agent, that was new to me. (However, do note the source of that story.)
So, please forgive me if I seem to demand a higher level of convincing.
Questions I would like to see answered
- From some of the footage available on the internet, I do think that a toxic substance must have affected a number of people. However, I am less sure about the more precise elements in the accusations. For example, based on the pictures of one of the flasks, I gather that a substance (in this case, liquid chlorine, I presume, but then letters with white powder are also often marked ‘anthrax’) was contained in a small industry-standard vessel (apparently of Chinese origin & and marked Cl2). What I would like to know is how much explosive it would take to break open such a container? How much chlorine (if this is what was inside) would have been destroyed or burned by that explosion? What are the dynamics of chlorine release in the scenario that the amount of explosives is sufficient just to break the seal / valve of the vessel? I have been told that such an amount would be very small, but how does the resulting aperture affect the dynamics of gas release? Was the vessel contained inside a drum (i.e., a confined space), as some reports suggest? If so, how does that affect the dynamics of the explosion and gas release? What would the impact of an explosive devise have on the rate of release of the chlorine and how much of the chlorine would actually remain after the rupture of the container?
- How much chlorine (if this was what it was) was inside the vessel? How would sufficient chlorine be built up locally to seriously injure or even kill people? In what environment was the chlorine released (e.g., closed space of a room or outside in the open air)? Chlorine is perceptible to humans in very low concentrations, so why would people remain in close vicinity of the devise long enough to absorb a harmful dose of chlorine? Following the blast, I have been told, people in close proximity of the bomb may be dazed and confused and in their disorientation may consequently not escape from the area. Was this the case?
- Would an industry-standard container rupture simply by dropping it from a helicopter?
- One film clip on Brown Moses’ blog shows a helicopter dropping something, followed by a – in my mind – big flash. Would chlorine withstand the forces and heat of such a detonation? Detonation of chlorine was pretty ineffective in Iraq (at least as regards the impact of chlorine on the targeted group of people).
- Are there any reports of corroded metals in the vicinity of the area of release? (Moisture in the air acts as a catalyst for chemical reactions with chlorine, and the agent is very aggressive on metals and alloys.)
- Why do press reports refer to a ‘yellow’ smoke or powder (as one Beirut-based journalist described the observations to me)? Chlorine tends more towards pale green, sometimes with a yellowish hue. However, the yellow might dominate in a sun-swamped environment and an overall sandy-colour backdrop. I do not know. A BBC clip (2nd clip, middle article, final seconds) posted on 28 April, shows yellow smoke from a barrel bomb attack in which no chlorine was used. So, can we see similarities of symptoms and phenomena between different types of attack, but which witnesses do not or cannot differentiate? Another example: as for the reports of a chlorine smell near the scene of the Khan al-Assal attack in March 2013, chemical weapons expert and chief operating officer of SecureBio, Hamish de Bretton-Gordon, then said that conventional high explosives can also produce an odour which might be mistaken for chlorine.
- Would one expect a hissing sound as the chlorine under pressure escapes from the container? Have we seen any such witness accounts?
- Are we looking at a case of what I call ‘opportunistic use of toxic chemicals’, where people (government soldiers, their allies, or insurgents) took hold of containers at an industrial site and improvised a new device of war? In other words, are we looking at a case of deliberate preparation for chemical warfare by whoever is responsible for the events?
A good call
The OPCW Director-General’s decision is the right one. Ambiguity and speculation must be removed—and fast. The lack of precise timing (or explanation of the necessary preparations and precautions) in the OPCW press statement is worrying, and not just because this is the first time the organisation is called upon to launch an investigation of use all by itself (in previous investigations the OPCW assisted the UN Secretary-General, as Syria was not yet a party to the CWC). Chlorine is a very volatile element, so the critical question is how long the agent might reside in the soil, on other surfaces or inside containers? The answer is not long, especially not in the heat of Syria.
Still, the exercise should not be futile. Investigations of alleged use typically apply various methods (medical analysis, identification of plausible witnesses and corroboration of individual stories, matching pictures and film footage based on the stories by the carefully selected witnesses, etc.), whose independent results should contribute to building a more or less consistent picture of events. The OPCW inspectors would deploy sophisticated detection equipment. Any evidence brought back from the incident sites would be subject to strict procedures to preserve the chain of custody and then divided over multiple OPCW-certified laboratories for analysis.
And oh, just as a small afterthought: with an OPCW investigation, one of course does not have to wonder who has paid the piper.
[Cross-posted from The Trench]
Today is the 99th anniversary of the first massive chemical warfare attack. The agent of choice was chlorine. About 150 tonnes of the chemical was released simultaneously from around 6,000 cylinders over a length of 7 kilometres just north of Ypres. Lutz Haber—son of the German chemical warfare pioneer, Fritz Haber—described the opening scenes in his book The Poisonous Cloud (Clarendon Press, 1986):
The cloud advanced slowly, moving at about 0.5 m/sec (just over 1 mph). It was white at first, owing to the condensation of the moisture in the surrounding air and, as the volume increased, it turned yellow-green. The chlorine rose quickly to a height of 10–30 m because of the ground temperature, and while diffusion weakened the effectiveness by thinning out the gas it enhanced the physical and psychological shock. Within minutes the Franco-Algerian soldiers in the front and support lines were engulfed and choking. Those who were not suffocating from spasms broke and ran, but the gas followed. The front collapsed.
The impact of this gas attack surprised the German Imperial troops too. Their cautious advance behind the chlorine cloud, their hesitation in the confusion about what was happening despite having secured their initial objectives within an hour, and their halt after darkness fell meant that they almost immediately lost the strategic surprise. They would never regain it.
A first generation warfare agent in worldwide industrial application
How ironic it is that today, almost a century later, the latest chemical warfare allegations in the Syrian civil war concern chlorine once again. Everybody knows about the dangers of the chemical element, but nobody really considers it any longer as a militarily useful agent. At least not in standard warfare scenarios.
Chlorine and derived products are in massive industrial production. According to the World Chlorine Council, there are more than 500 chlor-alkali producers at over 650 sites around the globe, with a total annual production capacity of over 55 million tonnes of chlorine. Based on the low threat assessment and its wide relevancy to the chemical industry and trade, the Chemical Weapons Convention (CWC) does not even list it in Schedule 3 of toxic chemicals (Phosgene, another widely used chemical and World War 1 agent, is).
An oversight by the CWC negotiators? Hardly. Books on the toxicology and treatment of chemical warfare agents published between 1992—year of successful conclusion of the negotiations—and 1997—year of entry into force of the CWC—hardly mention chlorine. Chemical Warfare Agents, edited by Satu Somani (Academic Press, 1992), presents a few scattered references, mostly in relation to other agents or public health. Another book featuring the same title, written by Timothy Marrs, Robert Maynard and Frederick Sidell (Wiley, 1996), gives it a four-line acknowledgment in the opening historical section. And the monumental Medical Aspects of Chemical and Biological Warfare, edited by Frederick Sidell, Ernest Takafuji and David Franz (Office of the Surgeon General, US Army, 1997), accords it about two pages out of 721 in a subsection entitled ‘Historical War Gases’.
Back to World War 1
It goes without saying that during and after World War 1 perceptions of chlorine as a combat agent were quite different. Despite having been replaced by much more potent toxic chemicals, belligerents released chlorine gas until the final month of the war. Considering that the first contingents of the American Expeditionary Forces arrived in Europe in June 1917, but saw their first major military engagements in May/June 1918, the US War Department registered and examined 838 ex-service men who had been gassed with chorine (and survived their experience). A closer medical examination of 98 victims to assess the long-term effects of exposure suggests that all US chlorine casualties were affected between July and October 1918. It is interesting to note that Maj. Gen. Harry Gilchrist, Chief of the Chemical Warfare Service, and Philip Matz, Chief of the Medical Research Subdivision of the Veterans’ Administration, devoted half of their medical study, The Residual Effects of Warfare Gases (War Department and US Government Printing Office, 1933), to chlorine, mustard being the other agent of their investigation.
Their description of chlorine remains interesting, because it departs from its utility as a warfare agent, rather than as a public health hazard. The element is almost 2.5 times heavier than air, which means that it will cling to the surface and sink into depressions. At 15° C liquefaction requires 4-5 atmospheres pressure. Upon release at 25° C, one litre of liquid chlorine will yield 434 litres of chlorine gas. Moisture stimulates the element’s chemical action, so the liquid gas must be thoroughly dehydrated for storage in steel cylinders.
Concentration and length of exposure both play a role in the physiological action of chlorine and their effects on humans and animals. The authors noted that ‘a concentration of 1–100,000 of chlorine gas is noticeable, 1–50,000 may cause inconvenience, while a concentration of 1–1,000 may produce death after exposure for five minutes’. (The numbers correspond to 0.01 mg/ml; 0.5 mg/ml and 1mg/ml respectively.) Experimental studies on dogs (carried out to determine the types of lesions various concentrations of chlorine will produce) showed that the animals died within 72 hours from acute effects at concentrations of 2.53 mg/l and higher. These concentrations were labelled as lethal. A small percentage of the animals recovered within a week. A concentration of 1.9–2.53 mg/l increased the recovery rate markedly, whereas dosages below the 1.9 mg/l were rarely fatal. Recovery rates were markedly faster at lower concentrations.
Concentrations required for injury and death are relatively high. For comparison, in the section on mustard (dichlordiethyl sulphide) Gilchrist and Matz deemed this oily compound to be 50 times more toxic than chlorine. It can be deadly in concentrations from 0.006 to 0.2 mg/l, but they considered 0.07 mg/l at an exposure of 30 minutes to be the lethal concentration.
Rewind to March 2013
Syria, just like any other country with a relatively advanced chemical industry, produced chorine in large quantities before the civil war. Readers will recall that early reports of chemical attacks at Khan al-Assal, west of Aleppo, in the middle of March of last year mentioned a strong smell of chlorine. To the east of Aleppo, there was a chlorine production facility (which the Jubhat Al Nusra, a jihadist rebel group ideologically similar to Al Qaeda, reportedly took over in December 2012). However, accounts also mentioned scores of fatalities, which would be inconsistent with a chlorine-filled rocket warhead. I have always been sceptical about those claims, precisely because of the agent’s chemical properties and physiological action. At the time, descriptions did not fit the claimed agents, whichever these might have been.
The need to compress the agent into a liquid has ramifications for delivery: the container must be sufficiently strong to withstand several atmospheres of pressure, and if dropped from an aircraft, sufficiently thin for the skin to break open. It must also be large enough so that a lethal concentration can be built up for a sufficiently long time. Given that humans smell chlorine at very low concentrations, the chances that they will remain at the site of impact are remote. The element is also not colourless; in fact, its name derives from the ancient Greek ‘khloros’, meaning pale green.
The same goes for rocket delivery of the warfare agent. Shells were attempted during World War 1, but this method for chlorine discharge was quickly abandoned in favour of much more potent munition fillings, such as phosgene.
So, it would be good to get more details on the recent incidents and review them in the light of possible chlorine delivery. Please note that I do not deny the possibility of toxic incidents over the past few weeks, but I would just like to see the various facts reconciled with the claimed chain of events. Given that Russian Foreign Minister Sergey Lavrov and French President François Hollande have once again waded into the controversy, politicisation of the ‘truth’ cannot be far away, alas.
Back to where it all started
So, as we reflect on that fateful 22 April in 1915, the sad thought is that chlorine is back, or at least, that people feel that chlorine is back as a possible lethal combat agent.
Allegations fly, but if confirmed, the incidents would be the first acts of chemical warfare committed involving a state party to the CWC. If Syria’s accusation of insurgent use is correct, then the government has every opportunity to demand an investigation from the OPCW and request assistance. If the insurgents’s claim of government use is correct, as non-state actors they cannot request the OPCW anything. However, any state party to the convention can demand an investigation of alleged use by the OPCW, and the Syrian government has no right of refusal (Verification Annex, Part XI). The opposite would be a serious material breach of its treaty obligations and tantamount to an admission of guilt. Or, the states parties can determine that the claims are insufficiently substantiated to warrant an investigation. In which case, it would be nice if they all were to sing the same tune.
So, which way shall the international community have it? The principal long-term casualty of those political games might be the CWC, even though, admittedly, we are still far away from the death knell that 22 April 1915 sounded for the 1899 Hague Declaration (IV, 2) concerning asphyxiating gases.
Several recent reports have suggested that because chlorine or other toxicants, such as riot control agents or incapacitants, are not listed in one of the schedules, they are not covered by the CWC. This is a major error. Any chemical which through its chemical action on life processes can cause death, temporary incapacitation or permanent harm to humans or animals is a chemical weapon, according to Article II of the CWC. This is the default position. There are only four categories of purposes (Art. II, 9), under which a toxic chemical would not be considered a weapon.
On 20–21 March the University of Rome III hosted a roundtable discussion to reflect on the current status of the prohibition on chemical weapons (CW) and the future challenges to that ban. Although convened by the Law Department, the speakers represented an eclectic group of experts with backgrounds in international law, political sciences, chemistry and biology, as well as practitioners. Notwithstanding, the meeting yielded considerable coherence in arguments, with questions, challenges and supplementary insights contributing further to an already rich multi-disciplinary texture.
The Chemical Weapons Convention (CWC) is at the heart of today’s prohibition on CW and their use in armed conflict. However, it does not stand in isolation. In fact, one could build a case that the norm against CW has a variable geometry. Approach it from the ban on chemical warfare, and the 1925 Geneva Protocol and its links to the International Criminal Court or the United Nations—in particular, the UN Secretary-General’s mechanism to investigate alleged use of chemical or biological weapons (CBW)—may take centre stage. Approach it from the angle of scientific and technological developments, and the 1972 Biological and Toxin Weapons Convention (BTWC) emerges as a possible point of entry. Approach it from the threats posed by terrorism and UN Security Council resolutions, including 1540 (2004), with their demands for national legislative action come into play. And so on. The various tools available today have created mutually reinforcing bridges. However, they are also the source of contradictions and large gaps remain between them. As the Rome roundtable brought out, it is not always clear how they can be reconciled or filled.
And then, of course, there are the politics. As we are about to commemorate the centenary of the outbreak of the First World War and are just eight days before the 99th anniversary of the chlorine attack near Ypres, Syria’s civil war shows that humanity still has not been fully able to relegate these weapons to history. And while political leaders of the great powers loudly invoke the inhumanity of poison weapon use, their actions today—just like those during the Abyssinian war in the 1930s, the Yemen war in the 1960s, the Iran–Iraq war of the 1980s—demonstrate once again that other geopolitical considerations, national security interests or domestic political agendas trump halting chemical warfare and holding the culprits accountable under international law. (True, some would argue that the 2003 invasion of Iraq served such a purpose, but alas, few are those who believe the proffered unbelievable unbelievables.)
Unsurprisingly therefore, Syria made up one of the main threads tying the various sessions together. But it was not the only one: other recent issues pose remarkably similar challenges to the future of the prohibition on CW. This blog posting summarises the presentations and offers a few personal reflections on points raised during the discussions.
Ridding Syria of its chemical weapons (CW) is a costly undertaking. It is projected to cost many tens of millions of Euros. To this end both the United Nations and the Organisation for the Prohibition of Chemical Weapons (OPCW) have set up trust funds in support of the Syrian CW disarmament project. The OPCW has already managed to collect close to €60 million. International financial and in-kind support were required as Syria had notified the organisation upon its accession to the CWC that it was not in a position to pay for the CW destruction operations. Despite the international community’s assumption of responsibility for the disarmament project via the decisions taken by the OPCW Executive Council and the UN Security Council on 27 September, analysis of the list of donors reveals that neither Non-Aligned Movement (NAM) members (barring a single exception) nor Arab League states have come to the assistance of its fellow member state. Yet both bodies do repeatedly declare their full commitment to General and Complete Disarmament or a region free of non-conventional weapons for the Middle East.
Sponsoring CW Disarmament
In line with Security Council Resolution 2118 (2013) the money in the UN trust fund pays for the purchase and transport of non-military logistical equipment, water transportation, power generators, port shipping fees, drivers, food, fuel expenses, and other related services. According to a fact sheet released by the Joint Mission earlier this month, $7.014 million (€5.1 million) has been received from Denmark, Luxembourg, The Netherlands, Russia and the United States. Japan has pledged an additional $9 million (€6.55 million).
The OPCW operates two trust funds, one to cover operations in Syria and one to pay for the destruction of Syria’s CW. The fact sheet reports that they total €8.66 million ($9.049 million) and €42.4 million ($58.5 million) respectively in actual contributions and pledges. Last Tuesday the OPCW announced that Japan has donated €13.25 million ($18,2 million)—almost doubling the €7.1 million ($9.7 million) the country had initially pledged to both OPCW trust funds—to support operations related to the destruction of Syria’s CW programme. The grand total of funds available to the OPCW now stands at around €57.3 million ($78.74 million). As important are the in-kind contributions offered by several states and the European Union to both the UN and the OPCW. These include a variety of services and logistical support or the making available of special equipment.
The combined totals of funds entrusted to the OPCW represent the equivalent of over two-thirds of the organisation’s annual regular budget, a clear indicator of the magnitude of the undertaking. Adding the in-kind donations, the total value of contributions may actually exceed the OPCW’s annual regular budget. In addition, the OPCW is to recoup the verification costs from Syria. To this end the Council of the European Union decided to unfreeze funds from the assets blocked under EU sanctions against the Assad regime.
Those figures undeniably testify to the sizeable international support for eliminating Syria’s chemical warfare capacity. Closer examination, however, shows that the burden is carried mainly by the Europe, North America, Australia and New Zealand, and Turkey. Russia, Byelorussia, China and three other Asian states—India, Japan and South Korea—make up the remainder. In other words, not a single country from Africa and Central and South America, and a majority of CWC parties from the Asia–Pacific region do not contribute in any way to the project. Even tiny Andorra has managed to transfer €15,000.
The friend of my friend is my . . . frenemy?
Of the 120 members of the Non-Aligned Movement (NAM), which always calls for general and complete disarmament, the elimination of weapons of mass destruction, and international cooperation and development, only India has pledged €736,000 in support of the destruction of CW from fellow NAM member Syria. Iran, a close ally of the Syrian government, currently chairs the group.
Even more striking is the total lack of any form of contribution from the Middle East. (Turkey belongs to the Western Europe and Other States Group of parties to the CWC.) Iran, for instance, actively promotes chemical disarmament. Each year during the Conference of the States Parties it organises an event commemorating the chemical warfare victims of the 1980–88 war with Iraq. Since November 2012 a memorial sponsored by Iran adorns the garden of the OPCW headquarter building. The statue represents a victim gradually losing his/her life from the effects of chemical weapons whose body is simultaneously converted into peace doves. Without concrete action today to safeguard the Syrian people from the consequences of the chemical attacks (irrespective of who might be the perpetrator), Ypres, Sardasht and Halabja are reduced to mere incidents in the history of warfare and denied meaningful commemoration. Being close, Iran may want to press the Syrian government to speed up the removal of the precursor chemicals and intervene to offer its expert medical assistance in the field. Chairing the NAM, it may wish to press members to actively contribute to the international CW removal effort in Syria. For a government trying to reconnect with all constituencies of the global community, active and demonstrable participation might send many positive signals about its political commitment to disarmament in all its national and international dimensions.
None of Syria’s Arab League partners (all of whom except Egypt are parties to the CWC) have even made a token contribution. Some members may have deep-rooted issues with President Bashar al-Assad, but the money does not actually go to him. It contributes to eliminating the possibility that civilians do not have to face another Ghouta amid all the ongoing carnage. Yet, the regional organisation will undoubtedly profess its absolute commitment to a Middle East free from non-conventional weapons at the Preparatory Committee of the NPT Review Conference starting in New York next April. Particularly, it will express its profound frustration with the fact that no meeting to rid the region from biological, chemical and nuclear weapons, and missiles has yet been convened as requested by the final document of the 2010 Review Conference. And for sure it will blame precisely those countries that contribute the most to the elimination of Syria’s CW.
Will somebody point out that by supporting the elimination of Syria’s chemical weapons, Middle Eastern states may actually change the security calculations in their region (including those by Israel), and that therefore they, rather than outsiders, could contribute greatly to their desired goal of regional disarmament?
[Cross-posted from The Trench blog]
The future of the CWC in the post-destruction phase
Report – No15 – 27 March 2013
Yasemin Balci, Richard Guthrie, Ralf Trapp, Cindy Vestergaard, Jean Pascal Zanders
edited by Jean Pascal Zanders
From the Foreword by Ambassador Jacek Bylica, Principal Adviser and Special Envoy for Non-proliferation and Disarmament, European External Action Service:
The international community can be justifiably proud of the Chemical Weapons Convention. It has banned an entire category of weapons of mass destruction and provided for their verifiable elimination under international supervision. A small but effective intergovernmental organisation, the Organisation for the Prohibition of Chemical Weapons (OPCW), has been created for this purpose.
In the present international situation it is important to note that the Convention has created a de facto legal norm against the production, possession and usage of chemical weapons for military purposes. This prohibition goes beyond the letter of the Convention and stems from the reactions to the tragic experience of World War I and more recent cases of CW usage, including against non-combatants.
This volume features contributions derived from some of the presentations made by world-class experts at the workshop organised by the EU Institute for Security Studies in cooperation with the European External Action Service on 10 September 2012. The workshop offered an opportunity to reflect on some of the challenges facing the CWC over the next decade in preparation of the Third Review Conference at The Hague in April 2013. I am confident that this report presents an invaluable contribution to the debate on the future direction of our joint efforts which aim at the total and irreversible elimination of chemical weapons from the face of the Earth.