Start Closing Sites Two to Three Years Faster.

Biological soil remediation that accelerates oil & gas site closure by 2–3 years, reducing liability, lowering costs, and restoring site performance.

Barren, disturbed mining reclamation site.

Two season later.

Your Remediation Strategy is Costing You Time and Money

“Dig and dump” is a legacy solution that no longer aligns with modern reclamation goals.

It extends liability timelines
Increases hauling and landfill costs
Delays regulatory closure
Fails to address underlying soil function

Most sites aren’t beyond recovery; they’re biologically stalled.

Your Site Isn’t Dead. It’s Dormant.

Most industrial sites are treated as waste problems—excavate, haul, dispose. But the real issue isn’t the soil itself.
It’s that the biological system has shut down.

Hydrocarbons, salinity, and pH imbalance suppress microbial activity, preventing the natural processes required for recovery. As a result reclamation timelines extend, and costs increase.

Alfalfa Green reactivates soil microbes and introduces organic matter so the site can heal itself.

Instead of removing soil, we restore the conditions that allow it to function again.

Reactivate the Soil's Living Ecology.

This isn’t remediation, it’s biological recovery.

1. Reactivate the soil’s living ecology (in situ decontamination)

TPH Gate Neutralization: Fuel a microbial surge to degrade petroleum saturation and hydrocarbon fractions.
Saline/Sodic Recovery: Executes the Chemical Intercept to achieve thriving, full-coverage vegetation in sodic chloride soil.
The pH Pillar: Neutralize acidity or alkalinity soil conditions, to enhance nutrient availability.
Metabolic Ignition: Enables microbial mineralization and carbon fixation to resume on an accelerated 3-year trajectory.

2. Provides a BioIgnition metabolic spark to “wake-up!” dormancy, then ‘rev up’ the Biological Engine to racing performance.

Alfalfa's natural growth hormone, triacontanol, jumpstarts dormant bacteria and fungi, compelling immediate metabolic work.
Organic Matter: As a high-density (88% OM) carbon source to break the metabolic stall.
Nutrient Synthesis: Accelerates microbial mineralization, transforming stagnant substrates into active nutritional delivery systems.
Improve soil moisture holding capacity: Similar to a sponge, Alfalfa Green creates the hydraulic resilience required for 2.5-week emergence in dormant soils.

3. Medicine for the Soil: self-regenerating function

Once the soil’s biological engine is treated, the healing protocol secures accelerated closure:

Revegetation established in marginal soil---bypasses metabolic stall.
Autonomous carbon capture: passively builds structural value within the soil skeleton.
In situ Hydrocarbon Degradation: continuous contaminant neutralization without mechanical effort.
Zero Re-work Volatility: eliminates the average $45k Legacy Liability Carry.

What This Means for Your Operation

✔ Bypass “5-year stall”, and avoid $45K Legacy Liability Carry by achieving site closure 2–3 years faster.

✔ Reduce monitoring and long-term costs by establishing a self-sustaining biological engine on the first pass.

✔ Lower Asset Retirement Obligation (ARO) liabilities ahead of schedule by executing the Industrial Intercept Program.

✔ Improve ESG and environmental performance through a regenerative integrity model that builds permanent soil skeleton equity.

✔ Eliminate the need for large-scale soil removal by utilizing this microbial surge to degrade hydrocarbons in situ.

The Science Behind the Results

  
    Feature
    Specification
    Value
  
    C:N Ratio
    14:1
    Optimal for microbial and fungal growth
  
    Dry Organic Matter
    88.00%
    High-density carbon to fuel the Microbial Surge
  
    Active Compound
    Triacontanol (TRIA)
    Accelerates biological activity and metabolic work
  
    Micronutrients
    30+ including N (3%)-P-K, Boron, Iron, Manganese, Zinc, amino acids, proteins, vitamins
    Essential trace elements to eliminate nutritional bottlenecks
  
    Physical Form
    Dehydrated pellets
    The "Little Sponge"; retains 4–5x weight in water
  
    Certification
    EcoCert certified organic input/OMRI recognized
    No harmful nutrient or chemical leaching, safe, weed-free

Why Traditional Methods Fall Short

Alfalfa Green Approach

In-situ biological restoration
Builds long-term soil health
Reduces irrigation needs by up to 30%
Enables natural ecosystem recovery

Traditional Approach

Excavation and disposal
Temporary nutrient inputs
High cost and disruption
Does not restore soil function

Proven Across Challenging Sites

Mining & Industrial Closure: Overcomes metabolic stall on zero-OM substrates to build the carbon required for stable closure.
The pH Pillar: Neutralize acidity or alkalinity soil conditions, to enhance nutrient availability.
Saline & Sodic Soils: Displaces sodium, lowers EC, and doubles plant sodium-uptake capacity to reduce osmotic pressure.
Hydrocarbon Degradation: Fuels a microbial surge to degrade petroleum saturation and break the hydrophobic barrier.
Tailings Ponds, Pipelines, and Wellsites: Provides hydraulic resilience on sandy substrates for 2.5-week emergence and permanent erosion control even across variable landscapes.
Boreal Reforestation: Significantly reduces sapling mortality risk by building the resilience reservoir required for long-term forest success.