Robots to Retrieve Radioactive Sandbags at Fukushima Plant 

The tsunami-crippled Fukushima Daiichi nuclear power plant is seen from Namie Town, Fukushima prefecture, Japan August 24, 2023, in this photo taken by Kyodo. (Kyodo/via Reuters)
The tsunami-crippled Fukushima Daiichi nuclear power plant is seen from Namie Town, Fukushima prefecture, Japan August 24, 2023, in this photo taken by Kyodo. (Kyodo/via Reuters)
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Robots to Retrieve Radioactive Sandbags at Fukushima Plant 

The tsunami-crippled Fukushima Daiichi nuclear power plant is seen from Namie Town, Fukushima prefecture, Japan August 24, 2023, in this photo taken by Kyodo. (Kyodo/via Reuters)
The tsunami-crippled Fukushima Daiichi nuclear power plant is seen from Namie Town, Fukushima prefecture, Japan August 24, 2023, in this photo taken by Kyodo. (Kyodo/via Reuters)

Robots will begin moving sandbags that were used to absorb radiation-contaminated water after the 2011 Fukushima nuclear disaster as soon as next week, a spokesman for the plant operator said Friday.

TEPCO, the operator of the stricken Japanese power plant, says the bags on underground floors of two buildings have been left untouched following the worst nuclear accident since Chernobyl.

Radiation levels on the sandbags' surface are as high as 4.4 sieverts per hour, which means "humans can die if they approach" them, TEPCO spokesman Tatsuya Matoba told AFP.

Japanese media reports said there were 2,850 bags to be collected, a number which has not been confirmed by TEPCO, which says that they weigh 41.5 tons (91,500 pounds) in total.

Two robots developed to collect the bags, one with a moving claw, were on Wednesday placed on the underground floors, Matoba said.

Workers will use them to "carefully" bring the sandbags out in an operation that TEPCO aims to finish by the end of the 2027 fiscal year.

The bags will then be placed inside containers for radioactive material and kept at a temporary storage site outside the buildings, the spokesman said.

Three of Fukushima's six reactors went into meltdown 14 years ago after a huge tsunami swamped the facility.

The tsunami, triggered by a 9.0-magnitude earthquake, left 18,500 people dead or missing.

No one was recorded as having been directly killed by the nuclear accident, which forced evacuations and left parts of the surrounding area uninhabitable.

In addition to contaminated sandbags, around 880 tons of radioactive debris remain in the plant.

Removing this is seen as the most daunting challenge in the decades-long decommissioning project because of the dangerously high radiation levels involved.

A trial removal of nuclear debris from the plant began last year.



KFSHRC Performs World’s First Robotic-Assisted BiVAD Implantation

The procedure was meticulously planned and benefited from 3D imaging technologies - SPA
The procedure was meticulously planned and benefited from 3D imaging technologies - SPA
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KFSHRC Performs World’s First Robotic-Assisted BiVAD Implantation

The procedure was meticulously planned and benefited from 3D imaging technologies - SPA
The procedure was meticulously planned and benefited from 3D imaging technologies - SPA

‏King Faisal Specialist Hospital and Research Center (KFSHRC) in Riyadh has performed the world’s first implantation of two artificial pumps for biventricular support (BiVAD-HMIII) using robotic technology on a patient with advanced heart failure.

According to a press release, this groundbreaking procedure opens new horizons in circulatory support techniques for patients with complex cardiac conditions, marking a significant medical achievement that culminated in the patient’s recovery within a short period following the surgery.

‏The procedure represents a major advancement in the treatment of bilateral heart failure, which was traditionally performed through full sternotomy, an approach associated with higher surgical risks and prolonged recovery.

The cardiac surgery team at KFSHRC, led by Prof. Feras Khaliel, successfully performed the operation through small incisions using remotely controlled high-precision robotic arms, resulting in reduced blood loss, lower risk of infection, and faster patient recovery.

The procedure was meticulously planned and benefited from 3D imaging technologies, real-time surgical navigation, and innovative solutions for safely securing the mechanical assist devices, added the release.

‏KFSHRC aims to publish the results of this procedure in peer-reviewed medical journals and present them at global cardiology conferences to promote knowledge exchange and establish innovative partnerships with leading international centers in robotic care and advanced heart failure management.

According to SPA, these milestones serve as evidence of its leadership in adopting cutting-edge cardiac technologies and managing critical conditions with the highest standards of precision and safety, further reinforcing its position as a leading academic medical center both regionally and globally.