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Bioremediation

RESTORING CONTAMINATED ENVIRONMENTS

SoilPro is the bioremediation division of Procon Environmental Technologies, specializing in sustainable microbial solutions for the treatment of contaminated soil, water, and oil-impacted environments.

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ECO FRIENDLY

Avoids chemical or thermal treatments that can damage ecosystems.

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No Residual Toxins

Breaks down pollutants into harmless by-products like CO₂ and water.

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Soil Health Restoration

Improves microbial diversity, soil structure and fertility.

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Supports Biodiversity

Enables revegetation and supports healthy ecological succession.

THE SOILPRO PROCESS

Microbial soil remediation is an environmentally friendly biological process that uses naturally occurring and enhanced microorganisms to break down contaminants directly within the soil. The microbes consume hydrocarbons and other organic pollutants as a food source, converting them into harmless by-products such as carbon dioxide, water, and organic biomass. By treating contamination in situ wherever possible, we reduce environmental impacts, minimize excavation requirements, and accelerate site rehabilitation.

Using naturally occurring beneficial microbes, SoilPro accelerates the biological breakdown of hydrocarbons, oils, greases, and organic pollutants, providing environmentally responsible remediation for mines, pollution control dams, wash bays, oil-water separator systems, petrochemical facilities, and industrial sites. Our solutions restore contaminated environments, improve operational efficiency, and support environmental compliance through safe, natural, and cost-effective bioremediation.

WHEN CONTAMINATION GOES BEYOND THE SURFACE

DON’T JUST REMOVE CONTAMINATED SOIL. RESTORE IT.

Hydrocarbon spills, leaks, oil-water separator overflows, contaminated sludge and industrial activities can leave soils and water systems impacted long after the original incident. Traditional approaches may involve extensive excavation, handling and disposal of contaminated material.

A science-led pathway from contamination to rehabilitation.

ASSESS → SELECT → STRATEGISE → BIOSTIMULATE → APPLY → MONITOR → VERIFY → RESTORE

wHY SOIL PRO?

Microbial soil remediation is a natural and cost-effective process that utilizes beneficial microorganisms to degrade, transform, or detoxify harmful contaminants in the soil. This service is ideal for industries such as mining, petrochemicals, manufacturing, and agriculture where hydrocarbon spills, heavy metals, pesticides, and other persistent organic pollutants compromise land quality and environmental safety.

Procon offers customized microbial remediation packages based on site-specific contamination profiles. We deploy indigenous or engineered microbial consortia in controlled environments to accelerate natural degradation processes—restoring land usability while minimizing ecological disruption.

ENVIRONMENTAL TECHNOLOGY WITH A PRACTICAL APPROACH

Economic Benefits

  • Cost-Efficient: Up to 50–70% cheaper than excavation, incineration, or chemical neutralization.
  • Reduces Liability: Avoid regulatory fines and costly long-term land inaccessibility.
  • Minimized Downtime: In-situ methods reduce operational disruption.
  • Increased Land Value: Remediated land becomes safe for industrial reuse, agriculture, or development.

HOW IT WORKS

Microbial soil remediation is a biological process that leverages the natural metabolic pathways of microorganisms to break down, transform, or immobilize contaminants present in polluted soils. These microbes feed on pollutants as a source of carbon or energy, converting harmful substances into non-toxic by-products like carbon dioxide, water and organic biomass.

South African mining operations face significant waste management challenges, ranging from the disposal of contaminated soil and sludge to handling diverse waste streams, including food waste, paper, sewage, scrap metals, and more. Inadequate waste management and hydrocarbon contamination present serious risks to both the environment and the health of local communities.

LET’S ASSESS YOUR ENVIRONMENTAL CHALLENGES

Whether you’re dealing with hydrocarbon-contaminated soil, a diesel spill, PCD sludge, wash-bay contamination, an OWS overflow or an industrially impacted site, our team can assess the contamination and determine whether SoilPro is appropriate for your application.

 HYDROCARBON & ORGANIC CONTAMINATION SOLUTIONS

HYDROCARBON SPILLS & LEAKS

Diesel, petrol and lubricating oil contamination resulting from spills and operational leaks.

GREASE CONTAMINATION

Treatment of grease-impacted soils and areas associated with maintenance and industrial activities.

OIL-WATER SEPARATOR OVERFLOWS

Bioremediation support following hydrocarbon releases and OWS-related contamination.

PCD SLUDGE & CONTAMINATED SOILS

Treatment of hydrocarbon-impacted sludge and soils associated with pollution control dams.

MINE PROCESS WATER CONTAMINATION

Biological treatment applications for hydrocarbon-impacted mining environments.

WORKSHOP & WASH BAY CONTAMINATION

Remediation of oil and hydrocarbon contamination around vehicle maintenance and washing facilities.

INDUSTRIAL CHEMICAL RESIDUES

Bioremediation applications for selected organic and industrial contaminants.

PETROLEUM-CONTAMINATED SOILS

Targeted treatment of soils affected by petroleum products.

KEY BENEFITS

ENVIRONMENTALLY RESPONSIBLE

A biological remediation approach that works with naturally occurring microbial processes.

REDUCED EXCAVATION

Where suitable, in-situ treatment can reduce the need to excavate and transport contaminated soil.

COST-EFFECTIVE

Provides a potential alternative to extensive excavation and disposal.

QUICK APPLICATION

Microbial solutions can be applied rapidly, including in emergency spill-response situations

MINIMISE OPERATIONAL DISRUPTION

Remediation strategies can be developed around operational requirements to help minimise downtime.

SCALABLE

Suitable for both smaller contamination incidents and larger remediation projects.

Biological Mechanism

Contaminant Detection

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Microbial Activation

  • Once introduced to the contaminated soil, microbes sense the presence of pollutants such as hydrocarbons, pesticides, or heavy metals.
  • These compounds serve as a substrate or stress signal, triggering the microbes to produce specialized enzymes.
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Enzymatic Breakdown

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Hydrocarbon conversion

  • Microorganisms secrete enzymes (e.g., oxygenases, dehydrogenases, peroxidases) that initiate the chemical breakdown of complex contaminants.

  • Hydrocarbons, for instance, are converted into smaller compounds like fatty acids, aldehydes, and ultimately CO₂ and water.

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Electron Transfer

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Respiration

  • Microbes use pollutants as electron donors in their metabolic processes (especially in aerobic respiration).

  • Oxygen, nitrate, or sulfate may act as electron acceptors, depending on the environmental conditions.

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Assimilation

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Immobilization

  • In the case of organic pollutants, the microbes assimilate the breakdown products as nutrients.
  • In the case of heavy metals, microbes convert toxic forms (e.g., Cr⁶⁺ to Cr³⁺) into less soluble, immobilized, or bound forms, often through biosorption or precipitation.
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Propagation

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Growth

  • As microbes consume the contaminants, they multiply, spreading throughout the affected zone and continuing the remediation process naturally.
  • Inoculants may be re-applied as needed depending on degradation rates and microbial survival.
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Microbe Optimization

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Environmental Monitoring

  • pH (optimal range 6.5–8.0)
  • Temperature (15–40°C depending on the microbial strain)
  • Moisture content (10–25% for most soils)
  • Oxygen supply (aeration or bio-venting for aerobic microbes)
  • Nutrient levels (C:N:P ratio management)
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bioremediation process flow

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