A sampling of nano-tech catalysts.
“Energy imbalance should be considered one of the major national challenges.”
As Iran’s oil fields decline due to decades of use and mismanagement, nanotechnology and the production of industrial catalysts become more important in enabling the extraction of the oil essential for the regime’s survival and the funding of the Islamic Revolutionary Guard Corps.[i] The excerpted article from semi-official Mehr News Agency is remarkable for its blunt assessment of the current state of Iran’s hydrocarbon extraction industry and its assessment that, absent nanotech catalysts, Iran’s oil production could decline precipitously. The Iranian leadership will be hard-pressed to increase, let alone hold production steady, without laying 2,000 new wells, each of which requires more than a half-year to drill. The recognition of this looming shortfall combined with the Iranian regime’s failure to so far plug the gap either suggests decades-long incompetent management at the highest level and/or that the Iranian oil fields are far more past their prime than the Iranian regime publicly acknowledge.
The Iranian leadership appears in control of the decision to produce certain nanocatalysts. The Islamic Revolutionary Guard Corps controls most of the factories established to produce catalysts reinforces the military’s dominance of Iran’s economy. This highlights the extent to which the command economy controls Iranian development.
The decision to export $20 million in nanocatalysts to Russia is significant for two reasons. First, it reflects the breadth of the military-industrial trade between the two states. Previously, Russia had provided Iran with nuclear technology in support of the Bushehr reactor; now, Iran is returning the favor. Second, Iran and Russia openly collude in efforts to evade sanctions, Iran for terrorism and Russia for its war in Ukraine. Such collusion exposes a loophole when countries respond to adversaries using targeted sanctions. As Iran works increasingly with Russia, North Korea, and perhaps Venezuela, it can conduct sanctioned research or production outside its territory to evade inspectors; likewise, its allies can relocate their own work to Iranian territory to do the same.
Sources:
” صادرات ۲۰ میلیون دلاری نانوکاتالیستهای ایرانی به روسیه”
(Export of $20 million in Iranian nanocatalysts to Russia),” Mehr News Agency (semi-official news agency owned by Iranian government’s Islamic Development Organization), 2 August 2024. https://www.mehrnews.com/news/6182966
The Supreme Council of the Cultural Revolution approved the National Document for the Development of Science and Nanotechnology in November 2022. The Development Headquarters for Nano- and Micro-technologies has now published the report on the implementation of this plan through the end of Persian year 1402 [19 March 2024] in six chapters. Considering the importance of technology in the country’s economic development and its great role in improving productivity and creating added value, policy programs have long considered the development of technological capabilities.
Governments employ different policies to develop research and technology. These policies can be divided into two categories. The first are functional or diffusional policies that promote innovation capacity and improve scientific and technological capabilities. The second are targeted or mission-oriented policies that support precise research or the development of needed technology or solve specific problems….
“Improving the competitiveness of the oil, gas, and petrochemical industries using nanotechnology” is one of the special missions of the nano-tech headquarters…. Energy imbalance should be considered one of the major national challenges that is becoming increasingly sensitive and complex due to the increasing growth of energy consumption in the country. Achieving a daily production of 5.8 million barrels of oil by 2029 requires the drilling 2,000 new wells in order to resolve the energy imbalance, which is unattainable given the high cost of investment ($160 billion) and the time-consuming drilling (at least 200 days to drill each well). Therefore, there is no choice but to increase the extraction from operational wells, which requires the use of advanced technologies such as nanotechnology. The sanctions imposed on the country and consequently, the lack of supply of catalysts needed by refineries and petrochemicals from abroad, also caused the prioritization of support of projects that solve the aforementioned challenges….
The export of Iranian nanocatalysts to Russia is estimated at $20 million, experts of a knowledge-based company in three Russian steel and petrochemical complexes are setting up catalyst production units for this country, and the world’s largest petrochemical producer of urea and ammonia is also supposed to enter the production circuit with Iranian catalysts. The world’s only catalyst for ethylene production is an acetylene hydrogenation catalyst. This catalyst was placed at the top of the sanctioned goods, and the purpose of this sanction was to hit value-creating companies in the petrochemical industry. The advantages of producing these catalysts in the country are reducing the purchase price (compared to foreign catalysts), increasing the knowledge of Iranian experts, and increasing the production efficiency of important products such as urea, ammonia, and methanol in the country.
Notes:
[i] For previous discussion of the Islamic Revolutionary Guard Corps’ economic wing, see: Michael Rubin, “The IRGC Wins Multi-Billion Dollar Economic Contracts,” OE Watch, August 2018. https://community.apan.org/wg/tradoc-g2/fmso/m/oe-watch-articles-singular-format/274485
Image Information:
Image: A sampling of nano-tech catalysts
Source: https://img9.irna.ir/d/r2/2021/05/03/4/166253257.jpg
