Breaking new ground

The hidden costs of waiting for radioactivity to fade away add up fast. So do the decades it takes for garbage to decompose in landfills. Exlterra's NSPS technology offers a practical solution to both problems, potentially revolutionizing how industries handle radioactive waste storage.

NSPS bridges the gap between particle physics and practical environmental cleanup. For years, positrons were mainly useful in research labs and hospitals. The idea that you could use them to clean up contaminated soil is relatively new, but it doesn't require any new physics or speculative science. It's just using what we already know about how antimatter behaves, how positrons interact with regular matter, and how energy affects radioactive atoms.

NSPS is a passive, energy-free system that targets contaminants at the atomic level, transforming harmful substances into safe, stable forms within the soil matrix.

Exlterra's Nucleus Separation Passive System (NSPS) represents a significant advancement in environmental remediation, particularly in...

Exlterra has achieved significant reductions in radioactive pollution at Chernobyl using its Nucleus Separation Passive System (NSPS)...

Tested in the Chernobyl Exclusion Zone under Project Hemera, Exlterra's NSPS demonstrates its ability to restore heavily polluted areas...