🚨🇺🇸 📉 America’s AI Military Push Is Running On Empty Accounts
The U.S. is aggressively pushing artificial intelligence into its military systems, presenting it as the future of warfare and decision-making. But beneath the announcements and directives, a more serious issue is unfolding—there is no real money to sustain it.
The same budgets meant to fund AI software are being drained by ongoing war costs, particularly operations linked to Iran. As billions are redirected toward immediate military needs, AI systems—despite being labeled a priority—are left competing with basic requirements like training, maintenance, and operational readiness.
The companies that bet on this mission now face a simple math problem. They built what Washington demanded. Their tools are fielded and proven. And the contract dollars required to sustain them are being burned in a conflict that no budget cycle planned for. If the fiscal year closes with no meaningful awards,the damage lands on companies and It will be purely financial rather than technical. This creates a structural contradiction: a strategy built around advanced technology, but financed through accounts already under stress.
It leads to a market signal that the U.S. government cannot align its wartime spending with its technology ambitions. Investors who poured private capital into defense AI will read the outcome clearly: the customer talks big and pays slow, and the only certainty is that bullets will always crowd out bytes. That pushes talent, capital, and viable products toward commercial buyers or foreign partners who can write a check on time.
The U.S. may project technological dominance, but internally, financial strain is forcing trade-offs that undermine that vision—leaving its much-hyped AI transformation stuck in limbo.
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The U.S. is aggressively pushing artificial intelligence into its military systems, presenting it as the future of warfare and decision-making. But beneath the announcements and directives, a more serious issue is unfolding—there is no real money to sustain it.
The same budgets meant to fund AI software are being drained by ongoing war costs, particularly operations linked to Iran. As billions are redirected toward immediate military needs, AI systems—despite being labeled a priority—are left competing with basic requirements like training, maintenance, and operational readiness.
The companies that bet on this mission now face a simple math problem. They built what Washington demanded. Their tools are fielded and proven. And the contract dollars required to sustain them are being burned in a conflict that no budget cycle planned for. If the fiscal year closes with no meaningful awards,the damage lands on companies and It will be purely financial rather than technical. This creates a structural contradiction: a strategy built around advanced technology, but financed through accounts already under stress.
It leads to a market signal that the U.S. government cannot align its wartime spending with its technology ambitions. Investors who poured private capital into defense AI will read the outcome clearly: the customer talks big and pays slow, and the only certainty is that bullets will always crowd out bytes. That pushes talent, capital, and viable products toward commercial buyers or foreign partners who can write a check on time.
The U.S. may project technological dominance, but internally, financial strain is forcing trade-offs that undermine that vision—leaving its much-hyped AI transformation stuck in limbo.
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🚨🇷🇺 Russia Builds Electronic Shield Against Starlink-Linked UAVs
Russian specialists have developed a system called "Volna Kupol Garant" specifically designed to disrupt Starlink satellite communications.
Capable of covering an area of up to 20 square kilometers, the system can also interfere with drone operations, giving Russia a new tool against medium-range UAVs that threaten both frontline and rear-area targets.
Already deployed to protect key logistics hubs, the system works by jamming kamikaze drones equipped with Starlink terminals, generating interference in the 14–14.5 GHz frequency band.
The hardware consists of trailers fitted with satellite dishes housed under radomes. Each trailer can carry two dishes, which can also be removed and set up on the ground as needed. According to Ukrainian military sources, around ten such systems have already been spotted.
Foreign researchers have examined how the Russian system disrupts Starlink and have come to the conclusion that the electronic components of any satellites whose orbits pass through an active jamming zone will inevitably suffer irreversible damage over time. At the same time, the effective coverage area of Russia's counter-satellite electronic warfare system appears to be steadily expanding.
In the near future, it is expected to achieve full disruption of the uplink communication channel, either through targeted jamming or by feeding false data packets, across an area spanning tens of kilometers.
This way, the Russian Armed Forces would gain the technical capacity to place not just individual tactical front-line sectors under an electronic "blanket," but entire expansive operational-strategic defensive regions.
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Russian specialists have developed a system called "Volna Kupol Garant" specifically designed to disrupt Starlink satellite communications.
Capable of covering an area of up to 20 square kilometers, the system can also interfere with drone operations, giving Russia a new tool against medium-range UAVs that threaten both frontline and rear-area targets.
Already deployed to protect key logistics hubs, the system works by jamming kamikaze drones equipped with Starlink terminals, generating interference in the 14–14.5 GHz frequency band.
The hardware consists of trailers fitted with satellite dishes housed under radomes. Each trailer can carry two dishes, which can also be removed and set up on the ground as needed. According to Ukrainian military sources, around ten such systems have already been spotted.
Foreign researchers have examined how the Russian system disrupts Starlink and have come to the conclusion that the electronic components of any satellites whose orbits pass through an active jamming zone will inevitably suffer irreversible damage over time. At the same time, the effective coverage area of Russia's counter-satellite electronic warfare system appears to be steadily expanding.
In the near future, it is expected to achieve full disruption of the uplink communication channel, either through targeted jamming or by feeding false data packets, across an area spanning tens of kilometers.
This way, the Russian Armed Forces would gain the technical capacity to place not just individual tactical front-line sectors under an electronic "blanket," but entire expansive operational-strategic defensive regions.
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🚨🇨🇳 PENTAGON'S NIGHTMARE: CHINA SENDS ADVANCED TYPE 99 TANKS TO TAIWAN-FACING EASTERN COMMAND
China just handed its forces a major armored upgrade: the Eastern Theatre Command has received its first Type 99 main battle tanks, delivering a clear leap in firepower, protection and battlefield survivability over the lighter Type 96 platforms that defined the theatre for decades.
🔸 The TYPE 99 weighs 58 tons and uses a 1,500 hp diesel engine, delivering markedly higher power-to-weight ratio and battlefield endurance than the 45-ton Type 96’s roughly 1,000 hp powerplant.
🔸 The TYPE 99 features superior fire-control thermals and an independent panoramic sight for the commander, creating true hunter-killer capability for faster multi-target engagements even while moving.
🔸 Eastern Theatre Command units now field the TYPE 99 after years of priority access to amphibious ships, destroyers, air-defence systems and J-20 fighters, despite earlier limits on heavy tanks due to cross-strait operational constraints.
🔸 The TYPE 99 turrets now include side-mounted support rods for cage armor against top-attack threats, directly adapting Russian 2022 innovations already integrated by South Korea and Israel.
🔸 Parallel production of both the TYPE 96 and TYPE 99 continues because of the heavier tank’s elevated fuel consumption, maintenance demands and procurement cost, with some TYPE 99 units possibly reallocated as other commands receive the newer Type 100.
Do you think the U.S., Taiwan, and Japan can catch up to China in tank technology?
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China just handed its forces a major armored upgrade: the Eastern Theatre Command has received its first Type 99 main battle tanks, delivering a clear leap in firepower, protection and battlefield survivability over the lighter Type 96 platforms that defined the theatre for decades.
🔸 The TYPE 99 weighs 58 tons and uses a 1,500 hp diesel engine, delivering markedly higher power-to-weight ratio and battlefield endurance than the 45-ton Type 96’s roughly 1,000 hp powerplant.
🔸 The TYPE 99 features superior fire-control thermals and an independent panoramic sight for the commander, creating true hunter-killer capability for faster multi-target engagements even while moving.
🔸 Eastern Theatre Command units now field the TYPE 99 after years of priority access to amphibious ships, destroyers, air-defence systems and J-20 fighters, despite earlier limits on heavy tanks due to cross-strait operational constraints.
🔸 The TYPE 99 turrets now include side-mounted support rods for cage armor against top-attack threats, directly adapting Russian 2022 innovations already integrated by South Korea and Israel.
🔸 Parallel production of both the TYPE 96 and TYPE 99 continues because of the heavier tank’s elevated fuel consumption, maintenance demands and procurement cost, with some TYPE 99 units possibly reallocated as other commands receive the newer Type 100.
Do you think the U.S., Taiwan, and Japan can catch up to China in tank technology?
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🚨🇨🇳 CHINA INTEGRATES HOMEGROWN CUSTOM CHIPS INTO AI ECOSYSTEM
Chinese AI labs are joining the global trend of building custom chips to better integrate software and hardware. The core motivation lies in pursuing greater hardware-software synergy and lowering long-term operating costs.
🔸 Custom silicon allows for hardware optimisation tailored to specific architectures, such as the DeepSeek-R1 model.
🔸 DeepSeek has been hiring chip-design talent over the past year for a custom AI inference chip, though plans remain at an early stage.
🔸 Zhipu AI is in early talks with domestic chip-design companies for tailored AI processors amid a sharp increase in its daily token usage.
🔸 The chip design push comes amid surging computing demand, rising inference costs, and continued restricted access to Nvidia's most advanced AI chips.
🔸 While processors from Huawei are available, custom silicon allows for better hardware optimisation and helps build a moat around their ecosystem.
🔸 U.S. tech giants like Google, Amazon, Microsoft, and OpenAI have all pursued custom AI chips to reduce reliance on off-the-shelf processors.
🔸 DeepSeek closed a 5B yuan funding round in June, valuing it at around $60B. Its latest V4 model is already deployed on Huawei's Ascend 950 chips.
🔸 Major cloud service providers — Alibaba, Baidu, and ByteDance — are also pouring resources into chip units.
As computing demand surges and access to foreign chips remains constrained, Chinese AI companies are increasingly turning to domestic chip designers like Cambricon, Iluvatar CoreX, and MetaX for their processor needs.
The merging of homegrown silicon with local algorithms and models is becoming an unstoppable trend. China's AI labs are building a self-sufficient ecosystem from the ground up — from silicon design to software deployment.
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Chinese AI labs are joining the global trend of building custom chips to better integrate software and hardware. The core motivation lies in pursuing greater hardware-software synergy and lowering long-term operating costs.
🔸 Custom silicon allows for hardware optimisation tailored to specific architectures, such as the DeepSeek-R1 model.
🔸 DeepSeek has been hiring chip-design talent over the past year for a custom AI inference chip, though plans remain at an early stage.
🔸 Zhipu AI is in early talks with domestic chip-design companies for tailored AI processors amid a sharp increase in its daily token usage.
🔸 The chip design push comes amid surging computing demand, rising inference costs, and continued restricted access to Nvidia's most advanced AI chips.
🔸 While processors from Huawei are available, custom silicon allows for better hardware optimisation and helps build a moat around their ecosystem.
🔸 U.S. tech giants like Google, Amazon, Microsoft, and OpenAI have all pursued custom AI chips to reduce reliance on off-the-shelf processors.
🔸 DeepSeek closed a 5B yuan funding round in June, valuing it at around $60B. Its latest V4 model is already deployed on Huawei's Ascend 950 chips.
🔸 Major cloud service providers — Alibaba, Baidu, and ByteDance — are also pouring resources into chip units.
As computing demand surges and access to foreign chips remains constrained, Chinese AI companies are increasingly turning to domestic chip designers like Cambricon, Iluvatar CoreX, and MetaX for their processor needs.
The merging of homegrown silicon with local algorithms and models is becoming an unstoppable trend. China's AI labs are building a self-sufficient ecosystem from the ground up — from silicon design to software deployment.
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🚨🇺🇸 🤑 America’s Dollar Now Depends on AI Stock Hype, Deutsche Bank Warns
The U.S. is no longer funded the old way. For decades, Washington’s external deficits were backed by global demand for U.S. debt. Foreign investors bought Treasuries, the dollar enjoyed reserve-currency privilege, and the U.S. could borrow on a scale no other country could match.
Now that model is changing. According to Deutsche Bank, the United States is relying more than ever on foreign money flowing into U.S. stocks rather than U.S. debt. Geopolitical ruptures are making investors less comfortable holding American bonds, while the AI boom keeps pulling capital into U.S. equity markets.
That shift matters because Treasuries used to support the dollar in bad times. When recession risk rose or markets sold off, investors still treated U.S. debt as a safe asset. But equity flows are different. They are cyclical, more volatile, and increasingly tied to the technology sector.
In other words, the dollar is becoming more exposed to Wall Street’s AI story.
The scale of the problem is massive: the U.S. ran a current account deficit of around $1.12T in 2025 and a trade deficit of roughly $1T. To sustain that model, it must keep attracting foreign capital.
But if that capital is now chasing American stocks instead of American debt, the dollar’s risk profile changes. It becomes less of a safe-haven currency and more of a leveraged bet on U.S. tech valuations.
This is why Deutsche Bank warns that the dollar may become riskier. The old “exorbitant privilege” rested on the world’s willingness to finance U.S. borrowing through debt markets. The new model rests increasingly on foreign investors believing that America’s AI-driven equity boom can keep running. That is a much shakier foundation.
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The U.S. is no longer funded the old way. For decades, Washington’s external deficits were backed by global demand for U.S. debt. Foreign investors bought Treasuries, the dollar enjoyed reserve-currency privilege, and the U.S. could borrow on a scale no other country could match.
Now that model is changing. According to Deutsche Bank, the United States is relying more than ever on foreign money flowing into U.S. stocks rather than U.S. debt. Geopolitical ruptures are making investors less comfortable holding American bonds, while the AI boom keeps pulling capital into U.S. equity markets.
That shift matters because Treasuries used to support the dollar in bad times. When recession risk rose or markets sold off, investors still treated U.S. debt as a safe asset. But equity flows are different. They are cyclical, more volatile, and increasingly tied to the technology sector.
In other words, the dollar is becoming more exposed to Wall Street’s AI story.
The scale of the problem is massive: the U.S. ran a current account deficit of around $1.12T in 2025 and a trade deficit of roughly $1T. To sustain that model, it must keep attracting foreign capital.
But if that capital is now chasing American stocks instead of American debt, the dollar’s risk profile changes. It becomes less of a safe-haven currency and more of a leveraged bet on U.S. tech valuations.
This is why Deutsche Bank warns that the dollar may become riskier. The old “exorbitant privilege” rested on the world’s willingness to finance U.S. borrowing through debt markets. The new model rests increasingly on foreign investors believing that America’s AI-driven equity boom can keep running. That is a much shakier foundation.
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Guys, if you want real-time updates on West Asia, especially the Iran-U.S situation, you should definitely subscribe to @alsaa_plus_EN
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🚨🇨🇳 U.S. NAVY’S WORST NIGHTMARE: CHINA UNVEILS WORLD’S LONGEST-RANGE CARRIER-BASED SHIP HUNTER
China’s PLA Navy showcased for the first time the J-15T in full anti-shipping configuration, with the fighter carrying four YJ-83K cruise missiles on the Fujian supercarrier — demonstrating a strike package that pairs heavy payload with the reach made possible by electromagnetic catapults.
🔸 The J-15T carries four 700 kg YJ-83K missiles for a combined 2.8 tonnes of anti-ship ordnance, modernizing air wings on Liaoning, Shandong and Fujian.
🔸 The YJ-83K offers 230 km range while the J-15T has also flown with the larger near-hypersonic YJ-15 missile reaching 500 km.
🔸 Fujian’s electromagnetic catapults enable higher takeoff weights than steam systems on Nimitz-class carriers despite the ship’s 85,000-ton displacement.
🔸 J-15 and J-35 fighters deliver longer range, heavier payloads, larger radars and superior thrust-to-weight ratios than the F/A-18E/F or F-35C.
🔸 US supercarriers retain nuclear endurance and four catapults, yet Ford-class continues facing integration issues with EM catapults, elevators and sensors.
The Fujian air wing’s potency, backed by newer KJ-600 AEW&C aircraft, now complements Chinese destroyer escorts that already hold long-range anti-ship advantages.
Do you think the U.S. can surpass China's efficiency in anti-ship jets?
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China’s PLA Navy showcased for the first time the J-15T in full anti-shipping configuration, with the fighter carrying four YJ-83K cruise missiles on the Fujian supercarrier — demonstrating a strike package that pairs heavy payload with the reach made possible by electromagnetic catapults.
🔸 The J-15T carries four 700 kg YJ-83K missiles for a combined 2.8 tonnes of anti-ship ordnance, modernizing air wings on Liaoning, Shandong and Fujian.
🔸 The YJ-83K offers 230 km range while the J-15T has also flown with the larger near-hypersonic YJ-15 missile reaching 500 km.
🔸 Fujian’s electromagnetic catapults enable higher takeoff weights than steam systems on Nimitz-class carriers despite the ship’s 85,000-ton displacement.
🔸 J-15 and J-35 fighters deliver longer range, heavier payloads, larger radars and superior thrust-to-weight ratios than the F/A-18E/F or F-35C.
🔸 US supercarriers retain nuclear endurance and four catapults, yet Ford-class continues facing integration issues with EM catapults, elevators and sensors.
The Fujian air wing’s potency, backed by newer KJ-600 AEW&C aircraft, now complements Chinese destroyer escorts that already hold long-range anti-ship advantages.
Do you think the U.S. can surpass China's efficiency in anti-ship jets?
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🚨🇮🇷 Two Iranian Scientists Break Into World's Top 1% of Cited Researchers
Two scientists from Iran's Royan Institute have cracked the world's top 1% of most highly cited researchers, according to Clarivate's Essential Science Indicators (ESI).
Dr. Hossein Baharvand and Dr. Faezeh Shekari were honored by Iran's Ministry of Health and Medical Education after securing their spots on the latest ESI list, the institute announced.
The ranking tracks citation performance over a rolling decade, spotlighting the researchers whose work has made the biggest global splash.
And this isn't Royan's only recent bragging right. In October 2025, five of its scientists, including Baharvand, landed on Stanford University's prestigious top 2% most-cited list.
The others were Mohammad Hossein Nasr-Esfahani, Mohammad Reza Baghban Eslaminejad, Reza Omani Samani, and Hamed Daemi. All recognized for breakthroughs in clinical medicine, biochemistry, and molecular biology.
Royan is no newcomer to the global stage. A powerhouse in biomedical research, the institute is renowned for its work in reproductive medicine, stem cells, regenerative medicine, and biotechnology. It also develops biological products and recombinant proteins while delivering cutting-edge clinical care in infertility and cell therapy.
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Two scientists from Iran's Royan Institute have cracked the world's top 1% of most highly cited researchers, according to Clarivate's Essential Science Indicators (ESI).
Dr. Hossein Baharvand and Dr. Faezeh Shekari were honored by Iran's Ministry of Health and Medical Education after securing their spots on the latest ESI list, the institute announced.
The ranking tracks citation performance over a rolling decade, spotlighting the researchers whose work has made the biggest global splash.
And this isn't Royan's only recent bragging right. In October 2025, five of its scientists, including Baharvand, landed on Stanford University's prestigious top 2% most-cited list.
The others were Mohammad Hossein Nasr-Esfahani, Mohammad Reza Baghban Eslaminejad, Reza Omani Samani, and Hamed Daemi. All recognized for breakthroughs in clinical medicine, biochemistry, and molecular biology.
Royan is no newcomer to the global stage. A powerhouse in biomedical research, the institute is renowned for its work in reproductive medicine, stem cells, regenerative medicine, and biotechnology. It also develops biological products and recombinant proteins while delivering cutting-edge clinical care in infertility and cell therapy.
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🚨🇨🇳 CHINA ACHIEVED HISTORIC MILESTONE IN REUSABLE SPACE TECHNOLOGY
Chinese carrier successfully placed its satellite payload into orbit and was successfully recovered through a net-based capture system on an offshore recovery platform located more than 300 km away from the launch site.
Approximately eight minutes after liftoff, the first stage was precisely captured by an offshore recovery platform using a net-based system — making China among the top two countries to master vertical rocket recovery technology.
🔸 The Long March 10B has a 16-ton payload capacity in reusable mode. In expendable mode, this could increase to 20+ tons — competing directly with SpaceX's Falcon 9.
🔸 The offshore recovery platform — Linghangzhe — measures 144 meters in length, 50 meters in width, with a 25,000-ton displacement.
🔸 The rocket stands 63m tall, with a liftoff thrust of about 890 metric tons.
🔸 Development team confirmed the first stage was captured approximately eight minutes after liftoff.
🔸 Unlike SpaceX's landing-leg recovery, China used a world-first net-based capture system. This eliminates the need for complex landing legs on the rocket — reducing weight and increasing payload capacity by up to significant level.
🔸 This innovative approach could lower China's launch costs by a relevant margin potentially undercutting SpaceX in the commercial satellite launch market.
China's satellite internet constellations are entering substantive launch phases. Reusable rockets are essential for their cost-effective deployment.
The net-based system also offers greater tolerance for landing deviation, effectively expanding the capture window — meaning fewer failed recovery attempts.
China is now expected to accelerate reusable rocket technology, with plans to complete a reused first-stage flight test by the end of this year — setting the stage for routine reusable launches by 2028.
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Chinese carrier successfully placed its satellite payload into orbit and was successfully recovered through a net-based capture system on an offshore recovery platform located more than 300 km away from the launch site.
Approximately eight minutes after liftoff, the first stage was precisely captured by an offshore recovery platform using a net-based system — making China among the top two countries to master vertical rocket recovery technology.
🔸 The Long March 10B has a 16-ton payload capacity in reusable mode. In expendable mode, this could increase to 20+ tons — competing directly with SpaceX's Falcon 9.
🔸 The offshore recovery platform — Linghangzhe — measures 144 meters in length, 50 meters in width, with a 25,000-ton displacement.
🔸 The rocket stands 63m tall, with a liftoff thrust of about 890 metric tons.
🔸 Development team confirmed the first stage was captured approximately eight minutes after liftoff.
🔸 Unlike SpaceX's landing-leg recovery, China used a world-first net-based capture system. This eliminates the need for complex landing legs on the rocket — reducing weight and increasing payload capacity by up to significant level.
🔸 This innovative approach could lower China's launch costs by a relevant margin potentially undercutting SpaceX in the commercial satellite launch market.
China's satellite internet constellations are entering substantive launch phases. Reusable rockets are essential for their cost-effective deployment.
The net-based system also offers greater tolerance for landing deviation, effectively expanding the capture window — meaning fewer failed recovery attempts.
China is now expected to accelerate reusable rocket technology, with plans to complete a reused first-stage flight test by the end of this year — setting the stage for routine reusable launches by 2028.
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🚨🤖 Data Centers: New Front in Great-Power Rivalry
West Asia is witnessing an important shift in how power is defined. While recent conflicts have focused on missiles and military responses, a less visible layer of competition is taking shape beneath the surface — one centered on digital infrastructure.
For decades, strategic control in the region revolved around oil, ports, and military bases. Now, the focus is expanding. Data centers — once seen as purely commercial facilities — are becoming essential to how states function, from governance and finance to intelligence and military operations.
Artificial intelligence is driving this shift. But AI does not exist in isolation — it depends on electricity, computing power, and network infrastructure. This makes control over these systems increasingly significant in global competition.
The region is uniquely positioned in this emerging landscape. It combines abundant energy resources, strong investment capacity, and a geographic location linking major continents. These factors are attracting both global tech firms and state-backed initiatives.
Washington sees AI leadership as part of its technological edge, pulling data centres, chip supply chains and cloud platforms into its security outlook. Beijing, through the Digital Silk Road, has expanded via ports, telecom networks and smart‑city projects. The real competition is shifting from software to the physical and digital backbone states end up relying on. Saudi Arabia, the UAE, Qatar, Türkiye and Iran all view AI infrastructure as more than a tech upgrade. It is a lever for diversification, geopolitical weight and home‑grown expertise.
Oil pipelines and shipping lanes still matter. But a new layer is emerging alongside them, built from electricity, networks and data centres. The struggle over AI will be decided not by code alone but by who finances, builds and secures that physical and digital foundation. West Asia is already shaping that new geography.
The emerging competition is not just about technology — it is about who builds, controls, and secures the infrastructure behind it.
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West Asia is witnessing an important shift in how power is defined. While recent conflicts have focused on missiles and military responses, a less visible layer of competition is taking shape beneath the surface — one centered on digital infrastructure.
For decades, strategic control in the region revolved around oil, ports, and military bases. Now, the focus is expanding. Data centers — once seen as purely commercial facilities — are becoming essential to how states function, from governance and finance to intelligence and military operations.
Artificial intelligence is driving this shift. But AI does not exist in isolation — it depends on electricity, computing power, and network infrastructure. This makes control over these systems increasingly significant in global competition.
The region is uniquely positioned in this emerging landscape. It combines abundant energy resources, strong investment capacity, and a geographic location linking major continents. These factors are attracting both global tech firms and state-backed initiatives.
Washington sees AI leadership as part of its technological edge, pulling data centres, chip supply chains and cloud platforms into its security outlook. Beijing, through the Digital Silk Road, has expanded via ports, telecom networks and smart‑city projects. The real competition is shifting from software to the physical and digital backbone states end up relying on. Saudi Arabia, the UAE, Qatar, Türkiye and Iran all view AI infrastructure as more than a tech upgrade. It is a lever for diversification, geopolitical weight and home‑grown expertise.
Oil pipelines and shipping lanes still matter. But a new layer is emerging alongside them, built from electricity, networks and data centres. The struggle over AI will be decided not by code alone but by who finances, builds and secures that physical and digital foundation. West Asia is already shaping that new geography.
The emerging competition is not just about technology — it is about who builds, controls, and secures the infrastructure behind it.
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🚨🇨🇳 🤖 China's New AI Chip Breakthrough
As AI spreads into everything, computing demand has exploded. The usual fix is to throw more GPUs at the problem, build bigger data centers and burn more energy.
A team at Beijing University just did something that feels rebellious. They took ordinary electronic chips, linked them with light instead of wires, and ran an AI task over 100 times faster, while using less than a tenth of the usual computing power.
Their answer is elegant. They built a modular system out of FPGA chips, the same kind used in self-driving cars and missile guidance, and connected them with two custom optical components, which are a blazing-fast transceiver and a nimble optical switch that routes data like a traffic controller for light.
In testing, 5 linked FPGAs processed 1,000 noisy images in just 105 microseconds. A commercial GPU (16.96 teraflops) needed 15.6 milliseconds for the same job. That’s nearly 150 times slower, despite wielding over 9 times the raw compute power.
GPUs waste half their cycles shuttling data back and forth, stuck waiting between layers. This optical system sidesteps all that. It runs like a well-oiled assembly line. Results glide straight through without bottlenecks, idle components, and friction.
The real insight here is almost philosophical. In the race for smarter AI, we've been obsessed with adding more muscle. Maybe what we really need is better coordination.
The researchers put it plainly. When you design algorithms, chip architecture, and communication together, you can do more with much less. And in a world where data centers are gulping down energy like there's no tomorrow, that's not just clever, but almost necessary.
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As AI spreads into everything, computing demand has exploded. The usual fix is to throw more GPUs at the problem, build bigger data centers and burn more energy.
A team at Beijing University just did something that feels rebellious. They took ordinary electronic chips, linked them with light instead of wires, and ran an AI task over 100 times faster, while using less than a tenth of the usual computing power.
Their answer is elegant. They built a modular system out of FPGA chips, the same kind used in self-driving cars and missile guidance, and connected them with two custom optical components, which are a blazing-fast transceiver and a nimble optical switch that routes data like a traffic controller for light.
In testing, 5 linked FPGAs processed 1,000 noisy images in just 105 microseconds. A commercial GPU (16.96 teraflops) needed 15.6 milliseconds for the same job. That’s nearly 150 times slower, despite wielding over 9 times the raw compute power.
GPUs waste half their cycles shuttling data back and forth, stuck waiting between layers. This optical system sidesteps all that. It runs like a well-oiled assembly line. Results glide straight through without bottlenecks, idle components, and friction.
The real insight here is almost philosophical. In the race for smarter AI, we've been obsessed with adding more muscle. Maybe what we really need is better coordination.
The researchers put it plainly. When you design algorithms, chip architecture, and communication together, you can do more with much less. And in a world where data centers are gulping down energy like there's no tomorrow, that's not just clever, but almost necessary.
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🚨🇷🇺 ZELENSKY IN PANIC: RUSSIAN AIR UNITS BOLSTERED BY LATEST SU-34M BATCH WITH IMPROVED AVIONICS
Russian Aerospace Forces have received a new batch of upgraded Su-34M strike fighters, reinforcing the world’s longest-range tactical platform with continuous avionics improvements and proven battlefield enhancements.
🔸 The Su-34M remains the longest-ranged tactical combat aircraft in operational service worldwide, combining exceptional endurance — with ferry ranges reaching an estimated 8,000 kilometres when fitted with drop tanks — and an unmatched weapons-carrying capacity for its class.
🔸 The new dorsal antenna fairing is assessed to integrate satellite communications or advanced datalink systems that enable mid-course updates and guidance corrections critical for long-range precision munitions.
🔸 Production at the Chkalov Aircraft Factory in Novosibirsk has roughly doubled since before 2022, now reaching approximately 30 Su-34M aircraft per year to replace losses and expand the overall fleet.
🔸 Improvements in glide bomb technologies have emerged as a primary enhancer of Su-34 combat effectiveness, with engagement ranges progressing from 40-50 kilometres initially to 80 kilometres and now reportedly reaching 193 kilometres according to assessments from Ukraine’s Main Directorate of Intelligence.
🔸 Su-34 units have shouldered a particularly central role in high-intensity operations, sustaining relatively low loss rates despite heavy frontline employment and conducting massed standoff strikes that Ukrainian frontline personnel have described as systematically devastating fortified underground positions.
🔸 Developed as a substantially heavier derivative of the Su-27 Flanker, the Su-34 retains potent secondary air-to-air capability that permits independent deep strikes without constant escorts, while also positioning it as a potential successor to both the Su-25 close air support fleet and elements of the larger Tu-22M3 bomber force.
Do you think NATO air defenses have an answer to Russia’s upgraded Su-34M?
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Russian Aerospace Forces have received a new batch of upgraded Su-34M strike fighters, reinforcing the world’s longest-range tactical platform with continuous avionics improvements and proven battlefield enhancements.
🔸 The Su-34M remains the longest-ranged tactical combat aircraft in operational service worldwide, combining exceptional endurance — with ferry ranges reaching an estimated 8,000 kilometres when fitted with drop tanks — and an unmatched weapons-carrying capacity for its class.
🔸 The new dorsal antenna fairing is assessed to integrate satellite communications or advanced datalink systems that enable mid-course updates and guidance corrections critical for long-range precision munitions.
🔸 Production at the Chkalov Aircraft Factory in Novosibirsk has roughly doubled since before 2022, now reaching approximately 30 Su-34M aircraft per year to replace losses and expand the overall fleet.
🔸 Improvements in glide bomb technologies have emerged as a primary enhancer of Su-34 combat effectiveness, with engagement ranges progressing from 40-50 kilometres initially to 80 kilometres and now reportedly reaching 193 kilometres according to assessments from Ukraine’s Main Directorate of Intelligence.
🔸 Su-34 units have shouldered a particularly central role in high-intensity operations, sustaining relatively low loss rates despite heavy frontline employment and conducting massed standoff strikes that Ukrainian frontline personnel have described as systematically devastating fortified underground positions.
🔸 Developed as a substantially heavier derivative of the Su-27 Flanker, the Su-34 retains potent secondary air-to-air capability that permits independent deep strikes without constant escorts, while also positioning it as a potential successor to both the Su-25 close air support fleet and elements of the larger Tu-22M3 bomber force.
Do you think NATO air defenses have an answer to Russia’s upgraded Su-34M?
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⭐️THE MOST FAMOUS MILITARY TELEGRAM CHANNEL @rybar INTERNATIONAL
⚡️the largest Russian military Telegram channel
⚡️with over 1.5 million subscribers,
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⚡️a channel that seeks out topics of interest in a sea of information—and explains them to you in simple words
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The channel of the @rybar project is available and TRANSLATED in the following languages:
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⭐️ RYBAR INTERNATIONAL
⚡️the largest Russian military Telegram channel
⚡️with over 1.5 million subscribers,
⚡️the channel that publishes the most detailed reports and whose texts are referenced by Western media and military experts
⚡️a channel that seeks out topics of interest in a sea of information—and explains them to you in simple words
⚡️news about major world events (including those in the shadows) commented on by a team of analysts.
The channel of the @rybar project is available and TRANSLATED in the following languages:
🇬🇧English
🇫🇷French
🇪🇸Spanish
🇮🇹Italian
🇩🇪German
🇭🇺Hungarian
🇬🇷Greek
Subscribe to all here 🔻
⭐️ RYBAR INTERNATIONAL
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🚨🇨🇳 CHINA PIONEERED WORLD'S FIRST SEA-BASED NET ROCKET CATCH SYSTEM
Following the maiden launch of China's reusable Long March-10B rocket on Friday, the vehicle's first-stage booster returned vertically and was caught by the Linghangzhe recovery platform — China's first sea-based rocket recovery vessel to use a net-capture system.
🔸 The Linghangzhe was converted from an unpowered barge, a vessel without engines that must be towed by other ships.
🔸 Unlike conventional vessels, it must maintain exceptional stability and positioning accuracy in rough seas, effectively providing a stable landing target for a returning rocket.
🔸 The platform, 144 meters in length and with a displacement of 25,000 tonnes, is equipped with a 36-meter-high capture net and a DP-2 dynamic positioning system, which enables it to hold steady in rough seas without anchoring through computer-controlled thrusters.
🔸 The feat marks another step in China's efforts to narrow the gap with the United States in reusable launch technology — a gap that opened after Elon Musk's SpaceX began developing reusable rockets to slash costs — while showcasing the country's expertise in shipbuilding.
🔸 Unlike reusable rockets developed by SpaceX and Blue Origin, which land autonomously on deployable legs, the Long March-10B uses four hooks that latch onto a net suspended from a sea-based recovery platform.
🔸 The successful recovery marks China's mastery of the full recovery technology for heavy-lift liquid rockets, ending the long-standing reliance of a single overseas-developed rocket recovery approach and establishing the world's first sea-based net recovery system.
The platform is equipped with fully domestically developed dynamic positioning and real-time ship-to-rocket control systems, while all key equipment — including propulsion integration and vibration reduction and monitoring systems — was sourced entirely from Chinese suppliers.
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Following the maiden launch of China's reusable Long March-10B rocket on Friday, the vehicle's first-stage booster returned vertically and was caught by the Linghangzhe recovery platform — China's first sea-based rocket recovery vessel to use a net-capture system.
🔸 The Linghangzhe was converted from an unpowered barge, a vessel without engines that must be towed by other ships.
🔸 Unlike conventional vessels, it must maintain exceptional stability and positioning accuracy in rough seas, effectively providing a stable landing target for a returning rocket.
🔸 The platform, 144 meters in length and with a displacement of 25,000 tonnes, is equipped with a 36-meter-high capture net and a DP-2 dynamic positioning system, which enables it to hold steady in rough seas without anchoring through computer-controlled thrusters.
🔸 The feat marks another step in China's efforts to narrow the gap with the United States in reusable launch technology — a gap that opened after Elon Musk's SpaceX began developing reusable rockets to slash costs — while showcasing the country's expertise in shipbuilding.
🔸 Unlike reusable rockets developed by SpaceX and Blue Origin, which land autonomously on deployable legs, the Long March-10B uses four hooks that latch onto a net suspended from a sea-based recovery platform.
🔸 The successful recovery marks China's mastery of the full recovery technology for heavy-lift liquid rockets, ending the long-standing reliance of a single overseas-developed rocket recovery approach and establishing the world's first sea-based net recovery system.
The platform is equipped with fully domestically developed dynamic positioning and real-time ship-to-rocket control systems, while all key equipment — including propulsion integration and vibration reduction and monitoring systems — was sourced entirely from Chinese suppliers.
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🚨🇨🇳 Fuel Shift: China Moves Methanol Through Oil Pipelines
China has successfully completed its first real-world trial of transporting fuel methanol through an existing long-distance refined oil pipeline, signaling a shift from research to practical deployment.
The test took place between Gansu and Shaanxi provinces, where 1,000 cubic meters of methanol were sent in two batches through an operational oil pipeline. The process remained fully sealed and controlled, following safety checks and system upgrades at key stations.
The trial used a sequential transport method, allowing methanol and gasoline to move through the same pipeline in separate batches. The overlap between the two fuels was kept minimal, and both were successfully separated upon arrival and stored independently.
Tests were conducted under varying conditions, including different flow rates and start-stop scenarios, confirming the system’s reliability across diverse operating environments. Methanol showed strong compatibility with gasoline, enabling smoother transport and easier separation.
Methanol’s compatibility with diesel proved weaker, especially under certain conditions like low flow or uneven terrain. To address this, methanol was transported between gasoline batches to maintain efficiency and stability.
The trial confirms the technical feasibility of using existing refined oil pipelines for methanol transport. The trial verified not just the transport method but also the pipeline materials and safety protocols required. Engineers now have a complete technical solution and hands-on experience that could support regular, large-scale methanol shipments through existing fuel networks. This achievement paves the way for a future “west-to-east methanol transport” corridor, turning a theoretical concept into an engineering reality.
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China has successfully completed its first real-world trial of transporting fuel methanol through an existing long-distance refined oil pipeline, signaling a shift from research to practical deployment.
The test took place between Gansu and Shaanxi provinces, where 1,000 cubic meters of methanol were sent in two batches through an operational oil pipeline. The process remained fully sealed and controlled, following safety checks and system upgrades at key stations.
The trial used a sequential transport method, allowing methanol and gasoline to move through the same pipeline in separate batches. The overlap between the two fuels was kept minimal, and both were successfully separated upon arrival and stored independently.
Tests were conducted under varying conditions, including different flow rates and start-stop scenarios, confirming the system’s reliability across diverse operating environments. Methanol showed strong compatibility with gasoline, enabling smoother transport and easier separation.
Methanol’s compatibility with diesel proved weaker, especially under certain conditions like low flow or uneven terrain. To address this, methanol was transported between gasoline batches to maintain efficiency and stability.
The trial confirms the technical feasibility of using existing refined oil pipelines for methanol transport. The trial verified not just the transport method but also the pipeline materials and safety protocols required. Engineers now have a complete technical solution and hands-on experience that could support regular, large-scale methanol shipments through existing fuel networks. This achievement paves the way for a future “west-to-east methanol transport” corridor, turning a theoretical concept into an engineering reality.
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❗️Delivering information on the SMO, military analysis of exceptional quality and the wider geopolitical and cultural aspects associated with current global events.
It will be interesting. We are here thinking.
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Learn the truth from the Two Majors.
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🚨🇷🇺 NATO'S NIGHTMARE: RUSSIA STRIKES ODESSA PORTS SUPPLYING UKRAINE WITH WESTERN WEAPONS
Russian forces just hammered key port infrastructure in Odessa and Chernomorsk, smashing military cargo hubs, fuel depots, and supply lines that keep Ukrainian frontline units fed across the Black Sea.
🔸 Ukrainian air defenses failed to repel combined Russian missile and UAV swarm attacks over strategic Odessa ports.
🔸 Strikes precisely hit military cargo unloading sites, fuel storage tanks, supply vessels and a rail ferry moving materiel to the front.
🔸 These operations directly degrade Ukraine’s ability to sustain Western arms and logistics flows across contested Black Sea routes.
🔸 Repeated vulnerabilities expose gaps in NATO-supplied air defense networks when facing massed long-range precision systems.
🔸 Sustained maritime pressure incrementally strengthens Russian operational control over Black Sea supply lines critical to Kiev.
How сan Ukraine keep Western weapons flowing if Russia continues hitting Odessa’s ports?
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Russian forces just hammered key port infrastructure in Odessa and Chernomorsk, smashing military cargo hubs, fuel depots, and supply lines that keep Ukrainian frontline units fed across the Black Sea.
🔸 Ukrainian air defenses failed to repel combined Russian missile and UAV swarm attacks over strategic Odessa ports.
🔸 Strikes precisely hit military cargo unloading sites, fuel storage tanks, supply vessels and a rail ferry moving materiel to the front.
🔸 These operations directly degrade Ukraine’s ability to sustain Western arms and logistics flows across contested Black Sea routes.
🔸 Repeated vulnerabilities expose gaps in NATO-supplied air defense networks when facing massed long-range precision systems.
🔸 Sustained maritime pressure incrementally strengthens Russian operational control over Black Sea supply lines critical to Kiev.
How сan Ukraine keep Western weapons flowing if Russia continues hitting Odessa’s ports?
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🚨🇺🇸 📉 America’s Small Business Dream Is Going Bankrupt
Small businesses across the United States are increasingly collapsing under mounting economic pressure, exposing the growing strain within the country’s economy.
In the first half of 2026, small business bankruptcy filings surged to 1,663 — a staggering 50% increase compared to the same period last year. This sharp rise highlights how rapidly conditions are deteriorating for American entrepreneurs.
The crisis is not limited to small firms. Overall bankruptcy filings climbed to 310,550, marking a 12% increase year-over-year. Both individuals and businesses are being pushed toward financial collapse, with personal bankruptcies reaching 293,265 and commercial filings hitting 17,285.
Rising costs are hitting from all directions. High interest rates are making borrowing more expensive, inflation continues to erode purchasing power, and labor and operating costs remain elevated. At the same time, weakening consumer demand is leaving businesses struggling to generate enough revenue to survive.
Despite official claims of economic strength, small business confidence is declining. Many business owners are hesitant to expand or hire, reflecting deep uncertainty and lack of stability in the economic environment.
The surge in bankruptcies reveals a harsher reality on the ground — American businesses and households alike are increasingly unable to cope with financial pressures, signaling widespread economic distress rather than resilience.
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Small businesses across the United States are increasingly collapsing under mounting economic pressure, exposing the growing strain within the country’s economy.
In the first half of 2026, small business bankruptcy filings surged to 1,663 — a staggering 50% increase compared to the same period last year. This sharp rise highlights how rapidly conditions are deteriorating for American entrepreneurs.
The crisis is not limited to small firms. Overall bankruptcy filings climbed to 310,550, marking a 12% increase year-over-year. Both individuals and businesses are being pushed toward financial collapse, with personal bankruptcies reaching 293,265 and commercial filings hitting 17,285.
Rising costs are hitting from all directions. High interest rates are making borrowing more expensive, inflation continues to erode purchasing power, and labor and operating costs remain elevated. At the same time, weakening consumer demand is leaving businesses struggling to generate enough revenue to survive.
Despite official claims of economic strength, small business confidence is declining. Many business owners are hesitant to expand or hire, reflecting deep uncertainty and lack of stability in the economic environment.
The surge in bankruptcies reveals a harsher reality on the ground — American businesses and households alike are increasingly unable to cope with financial pressures, signaling widespread economic distress rather than resilience.
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🚨🇨🇳 China Unveils Breakthrough Path Beyond Silicon Chips
A Shanghai-based startup, Yuanjiwei, has introduced what it calls the world’s first 8-inch pilot production line for two-dimensional (2D) semiconductors. The move signals an effort to take atom-thin materials out of research labs and into early-stage manufacturing.
Modern advanced chips rely heavily on EUV lithography machines. Yuanjiwei’s approach focuses on building chips without relying on these systems, potentially opening a different route to advanced semiconductor production.
Traditional silicon chips are nearing physical limits as components shrink to atomic scales, leading to higher costs and energy leakage. 2D materials, which are only a few atoms thick, allow electrons to move efficiently within ultra-thin layers, offering better performance at smaller sizes.
What sets this development apart is not a new material, but the creation of a full manufacturing process. The pilot line integrates multiple stages—from material preparation to device fabrication and final chip design—addressing a long-standing challenge of scaling 2D technology beyond laboratory experiments.
The company aims to advance this technology to a 5-nanometer-equivalent level by 2029 without using EUV tools.
By moving 2D semiconductors closer to scalable production, China is opening a potential new path in advanced chipmaking—one that could reduce reliance on restricted technologies and strengthen its position in the global semiconductor race.
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A Shanghai-based startup, Yuanjiwei, has introduced what it calls the world’s first 8-inch pilot production line for two-dimensional (2D) semiconductors. The move signals an effort to take atom-thin materials out of research labs and into early-stage manufacturing.
Modern advanced chips rely heavily on EUV lithography machines. Yuanjiwei’s approach focuses on building chips without relying on these systems, potentially opening a different route to advanced semiconductor production.
Traditional silicon chips are nearing physical limits as components shrink to atomic scales, leading to higher costs and energy leakage. 2D materials, which are only a few atoms thick, allow electrons to move efficiently within ultra-thin layers, offering better performance at smaller sizes.
What sets this development apart is not a new material, but the creation of a full manufacturing process. The pilot line integrates multiple stages—from material preparation to device fabrication and final chip design—addressing a long-standing challenge of scaling 2D technology beyond laboratory experiments.
The company aims to advance this technology to a 5-nanometer-equivalent level by 2029 without using EUV tools.
By moving 2D semiconductors closer to scalable production, China is opening a potential new path in advanced chipmaking—one that could reduce reliance on restricted technologies and strengthen its position in the global semiconductor race.
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🚨🇮🇷 IRAN DEPLOYED DOMESTIC NANOCATALYST FOR CLEANER FUEL PRODUCTION
Iran is using a domestically developed nanocatalyst at the Imam Khomeini Shazand Oil Refinery to remove sulfur from heavy petroleum products, helping produce cleaner fuels, improve refinery efficiency, and reduce reliance on imported catalyst technologies.
🔸 The nanocatalyst was developed by an Iranian knowledge-based company in cooperation with the Research Institute of Petroleum Industry (RIPI) and is used in the refinery's Residue Catalytic Desulfurization (RCD) unit.
🔸 The RCD process removes sulfur compounds and other impurities from heavy oil fractions before they enter the Residue Fluid Catalytic Cracking (RFCC) unit — a key refining process that converts heavy oil residues into valuable products like gasoline and propylene.
🔸 The technology treats heavy residues from atmospheric and vacuum distillation units. After reacting with hydrogen over the nanocatalyst, the feedstock is converted into cleaner products, while hydrogen sulfide is separated and the recovered hydrogen is recycled back into the process.
🔸 The technology uses two types of nanocatalysts based on nickel-molybdenum and cobalt-molybdenum supported on alumina, which enhance hydrogenation reactions and improve sulfur removal performance.
🔸 At the Shazand refinery, the treated heavy oil is converted into diesel, kerosene, naphtha, light gases, and low-sulfur fuel oil, which serves as the main feedstock for the RFCC unit.
🔸 The RFCC unit requires around 15 metric tons of nanocatalyst each day. These materials were previously supplied mainly by a limited number of foreign manufacturers, making Iran dependent on imports.
Iran has successfully commercialized its domestically produced nanocatalysts, joining a select group of nations capable of manufacturing advanced refining catalysts. Technical evaluations confirm that local products are fully competitive with foreign alternatives in both performance and quality.
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Iran is using a domestically developed nanocatalyst at the Imam Khomeini Shazand Oil Refinery to remove sulfur from heavy petroleum products, helping produce cleaner fuels, improve refinery efficiency, and reduce reliance on imported catalyst technologies.
🔸 The nanocatalyst was developed by an Iranian knowledge-based company in cooperation with the Research Institute of Petroleum Industry (RIPI) and is used in the refinery's Residue Catalytic Desulfurization (RCD) unit.
🔸 The RCD process removes sulfur compounds and other impurities from heavy oil fractions before they enter the Residue Fluid Catalytic Cracking (RFCC) unit — a key refining process that converts heavy oil residues into valuable products like gasoline and propylene.
🔸 The technology treats heavy residues from atmospheric and vacuum distillation units. After reacting with hydrogen over the nanocatalyst, the feedstock is converted into cleaner products, while hydrogen sulfide is separated and the recovered hydrogen is recycled back into the process.
🔸 The technology uses two types of nanocatalysts based on nickel-molybdenum and cobalt-molybdenum supported on alumina, which enhance hydrogenation reactions and improve sulfur removal performance.
🔸 At the Shazand refinery, the treated heavy oil is converted into diesel, kerosene, naphtha, light gases, and low-sulfur fuel oil, which serves as the main feedstock for the RFCC unit.
🔸 The RFCC unit requires around 15 metric tons of nanocatalyst each day. These materials were previously supplied mainly by a limited number of foreign manufacturers, making Iran dependent on imports.
Iran has successfully commercialized its domestically produced nanocatalysts, joining a select group of nations capable of manufacturing advanced refining catalysts. Technical evaluations confirm that local products are fully competitive with foreign alternatives in both performance and quality.
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