Turkiye quake revives debate over nuclear plant being built
Nicosia (Cyprus) (AP): A devastating earthquake that toppled buildings across parts of Turkiye and neighbouring Syria has revived a longstanding debate locally and in neighbouring Cyprus about a large nuclear power station being built on Turkiye's southern Mediterranean coastline.
The plant's site in Akkuyu, located some 210 miles (338 kilometres) and 245 miles (394 kilometres) to the west of the February 6 tremors' epicentres, is being designed to endure powerful tremors and did not sustain any damage or experience powerful ground shaking from the 7.8 magnitude earthquake and aftershocks.
But the size of the quake the deadliest in Turkiye's modern history sharpened existing concerns about the facility being built on the edge of a major fault line.
Rosatom, Russia's state-owned company in charge of the project, says the power station is designed to "withstand extreme external influences" from a magnitude 9 earthquake.
In nuclear power plant construction, plants are designed to survive shaking that is more extreme than what's been previously recorded in the area they're sited.
The possibility of a magnitude 9 earthquake occurring in the vicinity of the Akkuyu reactor "is approximately once every 10,000 years," Rosatom told The Associated Press via email last week. "That is exactly how the margin of safety concept is being implemented."
An official with Turkiye's Energy Ministry, when contacted by the AP, said there were no immediate plans to reassess the project. The official spoke on condition of anonymity in line with government protocol. Some activists, however, still say the project the first nuclear power plant in Turkiye poses a threat.
Nuclear facilities are constructed of heavily reinforced concrete, sized for significant earthquake shaking and far more robust than commercial buildings, said Andrew Whittaker, a professor of civil engineering at the University at Buffalo who is an expert in earthquake engineering and nuclear structures.
The fact that it's sited off the western end of the East Anatolian Fault, which was linked to last week's powerful tremor, suggests that the design would have been checked for significant shaking, Whittaker added.
Still, Whittaker said, it would be prudent to reassess seismic hazard calculations in the region for all infrastructure, including the plant.
"There's no reason to be concerned, but there's always a reason to be cautious," he said.
That's little comfort to activists in Turkiye and on both sides of ethnically divided Cyprus. They've renewed their calls for the project to be scrapped, saying that the devastating earthquake is clear proof of the great risk posed by a nuclear power plant near seismic fault lines.
In a statement to the AP, the Cyprus Anti-Nuclear platform, a coalition of over 50 Greek Cypriot and Turkish Cypriot environmentalist groups, trade unions and political parties, said it "calls on all political parties, scientific and environmental organisations and the civil society to join efforts and put pressure on the Turkish government to terminate its plans for the Akkuyu nuclear power plant."
Cypriot European Parliament member Demetris Papadakis asked the European Commission what immediate actions it intends to take to halt the plant because of the dangers posed by building a nuclear power station in a seismic zone so close to Cyprus.
Nuclear power plants worldwide are designed to withstand earthquakes and shut down safely in the event of major earth movement about 20 per cent of nuclear reactors are operating in areas of significant seismic activity, according to the World Nuclear Association.
For example, Japanese nuclear plants, including the Hamaoka Nuclear Power Plant, are in regions where earthquakes of up to magnitude 8.5 may be expected, the association said.
Stricter safety standards were adopted after the 2011 Fukushima nuclear disaster, when a tsunami crashed into the Daichi plant, melting three reactors and releasing dangerous levels of radiation. And the Diablo Canyon Power Plant in California was designed to safely withstand earthquakes, tsunamis and flooding that could potentially occur in the region too, according to its operator.
Turkish nuclear regulators provided the license for the plant's construction in Akkuyu in 1976 following eight years of seismic studies to determine the most suitable location, but the project was slowed down after the Chernobyl nuclear accident in 1986. Construction of the first reactor started in 2018. Large nuclear power plants have traditionally taken a while to build because of the size, scale and complexity of the infrastructure, and delays associated with first-of-a-kind plants.
According to Rosatom, a study by Turkiye's Office for the Prevention and Elimination of Consequences of Emergency Situations indicates that the site in Akkuyu some 60 miles (95 kilometres) from Cyprus' northern coastline is located in the fifth degree earthquake zone, which is considered the safest region in terms of earthquakes.
The plant design includes an external reinforced concrete wall and internal protective shell made of "prestressed concrete," with metal cables stretched inside the concrete shell to give additional solidity to the structure, the company said. And the modern reactor design, Russia's VVER-1200, includes an additional safety feature a 144 ton steel cone called the "core catcher" that in an emergency, traps and cools any molten radioactive materials, Rosatom added.
The company emphasised that power units with VVER-1200 reactors comply with the post-Fukushima requirements of the International Atomic Energy Agency.
There's a political dimension to qualms about the plant: Cyprus has accused Turkiye of augmenting the Turkish Cypriots' dependence on it in order to entrench the island's ethnic division. Turkiye has said it would supply the breakaway Turkish Cypriot north of the island with electricity through an undersea cable. A pipeline suspended a couple of hundred metres under the Mediterranean's surface is already supplying the north with water.
The plant, whose first of four reactors is scheduled to go online later this year, will have a total capacity of 4,800 megawatts of electricity, providing about 10 per cent of Turkiye's electricity needs.
According to government figures, if the power plant started operating today, it could singlehandedly provide enough electricity for a city of about 15 million people, such as Istanbul, Rosatom added.
It's estimated to cost USD 20 billion. Rosatom has a 99.2 per cent stake in the project, and is contracted to build, maintain, operate and decommission the plant.
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K'taka govt, Taiwan's Allegiance Group sign MoU to establish industrial technology innovation park
Bengaluru (PTI): Karnataka government on Friday signed an MoU with Allegiance International Co Ltd of Taiwan to establish an Indo-Taiwan Industrial Technology Innovation Park (ITIP) in the state, with a proposed investment of around Rs 1,000 crore.
The MoU was signed by Rahul Sharanappa Sankanur, Director, Department of Electronics, IT, BT and Lawrence Chen, VP, Allegiance Group in the presence of Chief Minister Siddaramaiah, Minister for Electronics, IT & BT Priyank Kharge, and senior officials.
The project will be undertaken by the Allegiance Group with a proposed investment of around Rs 1,000 crore, leading to the creation of about 800 direct jobs via the companies setting up operations in ITIP over a period of 5 years, the IT&BT Minister's office said in a statement.
The ITIP will serve as a dedicated hub for Taiwanese companies in electronics and semiconductors, fostering advanced manufacturing, R&D, and innovation. This collaboration aims to strengthen Karnataka's position as India's leading destination for Electronics System Design and Manufacturing (ESDM) and accelerate the growth of the semiconductor ecosystem in the state.
Key highlights of the MoU include establishment of a world-class industrial park to house Taiwanese firms in electronics and semiconductor sectors; development of a robust supply chain ecosystem for components, PCBs, and chip design; creation of high-value jobs and skill development programmes in collaboration with academic institutions; and promotion of technology transfer and global best practices to enhance India's competitiveness in electronics manufacturing.
CM Siddaramaiah said this partnership marks a significant step towards realising Karnataka's vision of becoming a global hub for electronics and semiconductor innovation.
"The ITIP will attract cutting-edge technology and investments, creating opportunities for our youth and strengthening India's position in the global value chain," he said.
Minister Priyank Kharge said Karnataka has led India's technology revolution and continues to dominate in innovation, deep-tech talent, and semiconductor design.
"This partnership will accelerate our efforts to build a robust electronics and semiconductor ecosystem. We are committed to creating a level playing field and ensuring that Karnataka remains the preferred destination for global investors in advanced technologies," he said.
Lawrence Chen said, "We are excited to collaborate with Karnataka, a state known for its technology leadership. The ITIP will be a catalyst for Taiwanese companies to expand in India and contribute to the growth of the semiconductor and electronics ecosystem."
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