Environmental Intelligence
Remediation overview
Monitor contaminated sites, generate biological remediation plans, and track environmental impact from one workspace.
New soil analysis
Generate a biological remediation blueprint from site contamination data.
Remediation Activity
Blueprint generated
Dimapur Industrial Estate
10 minutes ago
Soil reassessment uploaded
Kohima Industrial Zone
2 hours ago
Remediation plan updated
Mokokchung Fuel Depot
Yesterday
Flagged for consultant review
Dhansiripar Tannery Cluster
3 days ago
Dimapur Industrial Estate
Loamy Soil•2 contaminants detected•Analysis ID PS-178980063
Contaminants
2
Recommended Phases
2
Estimated Duration
8–14 months
Estimated Savings
68%
Mycoremediation
Month 1–3Biological degradation of petroleum hydrocarbons.
Pleurotus ostreatus
Oyster mushroom
Target
Petroleum hydrocarbons
Role
Ligninolytic fungal degradation
Phanerochaete chrysosporium
White rot fungus
Target
Diesel / aromatic hydrocarbons
Role
Enzymatic degradation
Phytomining
Month 3–6Heavy-metal uptake and controlled biomass harvesting.
Brassica juncea
Indian mustard
Target
Lead
Harvest Cycle
3–4 months
Remediation timeline
Baseline assessment
Month 0Site sampling, contaminant profiling, and soil chemistry baseline.
Mycoremediation
Month 1–3Fungal inoculation targets petroleum-based contaminants.
Phytomining cycle
Month 3–6Hyperaccumulator planting begins heavy-metal uptake.
Harvest + soil reassessment
Month 6–9Biomass harvested and processed; soil resampled for verification.
Monitoring
Month 9+Quarterly monitoring confirms contaminant levels hold below threshold.
Projected contaminant reduction
Relative concentration over time, indexed to baseline (100)
Biological remediation economics
Estimated figures based on modeled site characteristics and benchmark remediation costs. Final costs require field validation.