Category AIndustrial brownfields
Heavy-metal and petroleum-hydrocarbon remediation across industrially degraded sites, including legacy mercury mining (USA Superfund references).
Heavy metalsMercuryBrownfields
Radiation•Mercury•Heavy Metals
Environmental Restoration & Civil Protection Technology
A new approach to restoring contaminated land, protecting critical infrastructure and supporting civil resilience in a changing world.
TerraRestore develops advanced environmental remediation technology designed to reduce contamination from radionuclides, mercury, and heavy metals while supporting land restoration and environmental recovery.
✓Radiation Remediation
✓Mercury Neutralization
✓Heavy Metal Treatment
✓Independent Laboratory Validation
§ 01CONTAMINATION
The problem.
Globally, approximately 20 million hectares of agricultural land are contaminated with heavy metals (UNEP), and around 200,000 km² are affected by radioactive contamination.
01
Radiation
02
Mercury
03
Heavy metals
04
Brownfields
Industrially degraded sites.
§ 02TECHNOLOGY
A scalable platform for soil remediation.
A four-stage engineering solution for the remediation of heavy metals, radionuclides, and mercury. Each stage is verified against internationally recognised standards.
01
Analysis
Chemical and microbiological soil assessment, contaminant mapping, and baseline risk evaluation.
02
Treatment
Targeted contaminant extraction or stabilisation — ex-situ and in-situ methods adapted to the contaminant and soil type.
03
Restoration
Rebuilding living soil structure and microbial viability for sustainable downstream use.
04
Monitoring
Long-term verification against international standards by independent accredited laboratories.
Target contaminants
- Lead (Pb), cadmium (Cd), arsenic (As) — agricultural soils
- Mercury (Hg) — industry, mining, Minamata Convention
- Caesium-137 and strontium-90 — post-nuclear incidents
- Petroleum hydrocarbons and PAHs — brownfield sites
§ 03VALIDATION
Validation against international standards.
Each stage is verified against international standards, with results confirmed by independent accredited laboratories.
Parameter
Pb extraction
Accredited laboratory validation
Parameter
Hg stabilisation
International validation framework
Parameter
Soil viability
Microbial restoration
§ 03.1 · DOSIMETRIC MONITORING
Gamma radiation reduction after 60 minutes
Reduction of gamma (γ) radiation levels on contaminated equipment surfaces after 60 minutes of TerraRestore treatment.
| No. | Equipment 1 (μR/kg) | Equipment 2 (μR/kg) | ||||
|---|---|---|---|---|---|---|
| Before | After | Effectiveness | Before | After | Effectiveness | |
| 1 | 74 | 17 | 77.0% | 860 | 19 | 97.8% |
| 2 | 560 | 18 | 96.8% | 400 | 18 | 95.5% |
| 3 | 98 | 23 | 76.5% | 150 | 30 | 80.0% |
| Avg | 244 | 19 | 83.4% | 470 | 22 | 91.1% |
83.4%
Average Reduction
Equipment 1
91.1%
Average Reduction
Equipment 2
60 min
Treatment Time
Controlled conditions
The results demonstrate a significant reduction of gamma (γ) radiation contamination on equipment surfaces after TerraRestore treatment, indicating strong potential for industrial decontamination applications.
§ 04SITES
Target site categories.
The platform addresses two principal categories of contaminated land where remediation is a large-scale public-health and ecological challenge.
Category A
Category BPost-incident sites
In the Fukushima region, Japan currently stockpiles radioactively contaminated soil in millions of bulk bags — an interim containment measure rather than a long-term solution. TERRA RESTORE's technology goes beyond isolation, restoring soil structure and viability in line with IAEA and Minamata Convention guidelines.
Cs-137 · Sr-90FukushimaIAEA
§ 05Civil Protection
Civil Protection & Emergency Response
Developing technologies that support global preparedness for nuclear and environmental emergencies.
The world currently lacks fast and scalable solutions for reducing radioactive contamination during crisis situations. TerraRestore is developing a new approach that may help reduce radiation exposure and restore affected environments.
Following international validation, TerraRestore aims to support governments and institutions with additional preparedness capabilities for nuclear accidents and environmental disasters.
A successful validation process could contribute to stronger civil protection systems and improved emergency response for future generations.
Radiation Exposure Reduction
Emergency Preparedness
Environmental Restoration
§ 06INVESTORS
Strategic partnerships in the global remediation market.
Soil remediation is one of the largest infrastructure needs of the coming decade. We are seeking investors, corporate partners, and government agencies for the pilot and scale-up phase.
€350B+
Global remediation market
~20M ha
Contaminated agricultural land (UNEP)
~200,000 km²
Land affected by radioactive contamination
Deep-tech
Validated engineering platform
Partnership formats
01
Pilot partnerships
Joint field pilots with landowners, corporations, or government agencies.
02
Strategic investment
Seed and Series A capital from climate-tech and deep-tech funds — impact and financial return in regenerative soil infrastructure.
03
Technology licensing
Licensing for environmental engineering corporations that require validated remediation technology.
04
Research collaboration
Joint R&D programmes with universities and national laboratories.
§ 07CONTACT
Pilots and partnerships.
We work with landowners, environmental agencies, municipalities, research institutes, and investment funds. We aim to respond within 48 hours.
Generalinfo@terrarestore.eu
Partnerships & investmentpartners@terrarestore.eu
We respond to
- · Investor and fund inquiries
- · Corporate and government partners
- · Landowner technical assessments
- · Research collaborations