By Anchor Writer
Experts from the Kenya Space Agency have started analysing the possible radiation effects arising from the landing of rocket debris in a village in Mbooni East.
It is feared that radioactive rays may have a lifelong impact on a large area that formed the pathway of the blazing debris as it reentered the earth on Monday.
The effects may be felt on the entire ecosystem, affecting the environment and all life – both human and wild – including physical infrastructure, a development that may trigger unprecedented demands for compensation.
The Anchor has seen an unverified document alleged to belong to the KSA that pegs possible compensation claims to a staggering $100b.
The object remains on the site it landed as KSA makes arrangements to haul it to Nairobi for intense analysis. Though it remains under basic police guard, locals have been interacting with the object, including posing for pictures with it, exposing both locals and police to radioactivity.
Officials from the Kenya Space Agency (KSA), led by Major Alois Were, arrived in Nduluku Location, Mbooni East Sub-county yesterday, to investigate the mysterious metallic object that fell from the sky the previous day.
The object, weighing approximately one tonne and measuring 1.2 meters in radius, was identified as debris from a rocket.
The incident occurred on December 30, when residents near Thwake River reported hearing a loud bang audible over 50 kilometers away.
Upon impact, the object was red-hot, emitting heat that could be felt from several meters away. Major Were explained that, under normal circumstances, such objects are expected to burn up completely or land safely in the ocean.
The KSA has secured the debris and retrieved a unique identifier code to assist in tracing its origin. Further investigations are underway to determine the exact origin of the debris and assess any potential environmental impact.
This incident has drawn significant attention to the growing risks of space debris, highlighting the need for enhanced global cooperation in managing objects in Earth’s orbit.
