Pyrolytic Soil Remediation

Many remediation techniques have been created to fix contaminated soils, however when it comes to treating soils contaminated with heavy petroleum hydrocarbons, many of them are either infeasible or just marginally cost-effective. Because natural attenuation and aerobic bio-remediation are sluggish.

Additionally, current direct firing techniques have the potential to seriously damage crucial soil constituents and impair soil properties including water retention and stability.

As a result, thermally treated dirty soils are either disposed of in landfills or used as backfill in construction projects.

Therefore, complete ecosystem restoration of petroleum-contaminated sites utilising current thermal remediation techniques is challenging to accomplish.

The innovative Pyrolytic Soil Remediation (PSR) System, created by Enviro Janitors, can help ecosystems while restoring the agricultural value of dirty soils.

The innovative Pyrolytic Soil Remediation (PSR) System, created by Enviro Janitors, can help ecosystem recovery while restoring the agricultural value of dirty soils.

Our technique can significantly reduce the total petroleum hydrocarbon (TPH) content of contaminated soils to comply with legal requirements. . In comparison to untreated or burnt soils, pyrolyzed soils demonstrated better rates of plant germination and growth.

For the majority of hydrocarbon-bearing feed streams, Enviro Janitors' PSRP technology may be tailored to achieve the throughput and devolatilization temperatures needed.

Features of the Technology

Technology

Suitable for different type of contaminants

No Emissions

The treatment process does not produce any secondary emissions.

Fertile

The C/N ration of soil will be improved to the soil fertility value

Recovery

The system recovers the maximum amount of hydrocarbon as oil and gas that can be used as fuel for the system

Process Time

Very short treatment period

No Residues

The process does not generate any residue, waste water, odour, or dust during conversion.

Low Cost

This is the low cost technology for rapid decontamination of soil.

Capacity

The plant can be designed to process 5 tons of contaminated soil per day to 1000 tons per day.