1
Breaks down radioactive contaminants
Targets and neutralizes radioactive particles within the soil, reducing health risks and restoring safety.
2
Preserves soil integrity
Works below the surface, avoiding excavation and maintaining the natural structure of the soil.
3
Eco-friendly approach
Requires no chemicals or external energy, ensuring minimal environmental impact.
Before
After
Radioactive soil decontamination
How NSPS outperforms traditional radioactive soil decontamination solutions
Feature | Exlterra | Traditional Solutions |
|---|---|---|
Passive operation | Uses natural soil processes to stabilize and neutralize contaminants. | Relies on energy-intensive machinery or complex chemical treatments. |
Non-invasive process | Works below the surface, preserving soil and vegetation. | Frequently requires excavation and removal of contaminated soil. |
Environmental safety | Avoids introducing new contaminants, preserving ecosystems. | Risk of secondary contamination from chemical or mechanical interactions. |
Long-term reliability | Provides a permanent solution with no degradation over time. | Often requires ongoing monitoring and maintenance to ensure safety. |
Cost-efficiency | Reduces total costs by eliminating energy and chemical dependencies. | High costs due to specialized equipment, transportation, and disposal. |
Adaptability | Effective across a range of radioactive contamination levels and soils. | Limited effectiveness in highly compacted or mixed contamination sites. |
Land preservation | Restores land for future use without additional remediation. | Leaves sites heavily disrupted and often unusable without further action. |
Maintenance-free | Requires no ongoing maintenance after installation. | Continuous oversight and periodic re-intervention often necessary. |
Radioactive soil decontamination
The roots of soil health
Precision-engineered to use nature's forces
Exlterra’s NSPS system neutralizes harmful soil contaminants naturally, restoring safe conditions without chemicals or excavation.
Made from durable, environmentally neutral materials, each unit ensures long-lasting performance and operates passively, requiring no energy or maintenance.
NSPS uses natural soil processes to stabilize and transform pollutants, creating safer environments for ecosystems and communities.
Its modular, below-ground design adapts to different landscapes with minimal disruption to vegetation or soil. Built to withstand extreme conditions, NSPS offers a reliable, sustainable solution for soil restoration.
Non-invasive installation
Installed below the surface to preserve vegetation, soil structure, and existing ecosystems.
Modular flexibility
Can be configured to suit the specific requirements of any contaminated site, from urban areas to industrial zones.
Passive operation
Activates natural mollecular processes to decontaminate soil without the need for external energy or chemical inputs.
Environmentally safe materials
Constructed from neutral, long-lasting polyethylene materials, ensuring reliable performance in varied soil and climate conditions.
Energy-free operation
Relies entirely on natural soil processes to neutralize contaminants, requiring no external energy or power sources.
Resilient under extreme conditions
Performs reliably across a wide range of temperatures and environmental factors, ensuring consistent decontamination.
Modular adaptability
Customizable configurations allow NSPS to address contamination in diverse environments, from industrial sites to agricultural fields.
Non-invasive installation
Installed below the surface with minimal disruption, preserving existing vegetation and soil structure.
Radioactive soil decontamination
Groundwork by industry
Radioactive soil decontamination
Questions & answers
Radioactive soil decontamination
What users say
NSPS achieved a 46.6% reduction in soil radioactivity within one year, proving its effectiveness.
Sergey Kireev
SSE Ecocentre, Chernobyl, Ukraine
This is the first solution that has successfully reduced radiation levels in Chernobyl, marking a pivotal advancement.
Project Observer
Chernobyl Exclusion Zone, Ukraine
The measurable success of NSPS in Chernobyl showcases its revolutionary potential for radioactive decontamination.
Environmental Reporter
Exlterra NSPS installation
Quick and easy installation
Installing Exlterra’s technology is a low-impact process that preserves the landscape while improving soil and water health.
Compact units are placed just below the surface with minimal disruption, following a custom layout for optimal coverage.
Using Exlterra's ultra-light drilling rigs, the installation is fast and precise, delivering immediate results without heavy machinery or prolonged site work.
Site assessment
Evaluate soil composition and contamination levels to determine optimal units placement.
Pattern layout
Design a custom installation layout for maximum soil decontamination.
Drilling and plugging
Install NSPS units ensuring correct placement and functionality.