More than 30 years after the world’s worst nuclear disaster, Chernobyl is finally seeing real hope. Scientists have slashed airborne radiation in the exclusion zone by nearly 50%—without digging, chemicals, or waiting centuries.
The breakthrough comes from Swiss-based Exlterra, whose NSPS tech uses high-speed positrons to neutralize harmful isotopes like cesium and strontium, all while leaving the soil untouched. What once took 24,000 years to decay could now take just five.
A turning point for Chernobyl—and maybe the whole planet.
Here’s how they did it —
#Chernobyl #CleanEnergyTech #NuclearDecontamination #RadiationCleanup #FutureOfEnergy
The breakthrough comes from Swiss-based Exlterra, whose NSPS tech uses high-speed positrons to neutralize harmful isotopes like cesium and strontium, all while leaving the soil untouched. What once took 24,000 years to decay could now take just five.
A turning point for Chernobyl—and maybe the whole planet.
Here’s how they did it —
#Chernobyl #CleanEnergyTech #NuclearDecontamination #RadiationCleanup #FutureOfEnergy
More than 30 years after the world’s worst nuclear disaster, Chernobyl is finally seeing real hope. Scientists have slashed airborne radiation in the exclusion zone by nearly 50%—without digging, chemicals, or waiting centuries.
The breakthrough comes from Swiss-based Exlterra, whose NSPS tech uses high-speed positrons to neutralize harmful isotopes like cesium and strontium, all while leaving the soil untouched. What once took 24,000 years to decay could now take just five.
A turning point for Chernobyl—and maybe the whole planet.
Here’s how they did it —
#Chernobyl #CleanEnergyTech #NuclearDecontamination #RadiationCleanup #FutureOfEnergy
