The Ark Enterprise, Inc.
The Ark Enterprise, Inc.
The Ark Enterprise, Inc.
The Ark Enterprise, Inc.
The Ark Enterprise, Inc.
The Ark Enterprise, Inc.
The Ark Enterprise, Inc.
The Ark Enterprise, Inc.
The Ark Enterprise, Inc.

 

     PS Magazine

   Information

 

  

Join us with the

American Crappie Association

in protecting fishing waters

for future generations!

 

      

      

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on the Emall

 

 

In a pinch, view the 2000

Emergency Response

Guidebook here:

ERG2000

Bioremediation

A NEW approach towards

Accellerated natural attenuation utilizing organics

 

 

PROVEN RESULTS:

Soils contaminated with hydrocarbons is one of the major problems facing companies and government agencies today. Costs for cleanup are high and going higher. Results are slow, sometimes years are needed to see if the investment in time and money will correct the problem. Liabilities are great. EPA, homeowners, and environmental groups are all watching for opportunities to expose any problems they suspect.

Why P.O.L. Sorb® technology?

P.O.L. Sorb® is a special grade of sphagnum peat moss that can draw the hydrocarbons from the soil. It inhibits compaction of the soil, allowing the hydrocarbon to breakdown naturally while preventing it from spreading. The elements needed to break-down hydrocarbons are more stable and safe when using P.O.L. Sorb®.   Additionally, this technology not only draws the hydrocarbons from the soil, it can actually reverse the plume of traveling hydrocarbons.

P.O.L. Sorb®  is cost effective, easy to use, environmentally friendly, and safe for plants and animals.

When land is prepared with our special blend of
P.O.L. Sorb®  and water we accelerate the natural process that remediates contaminated soil, similar to natural attenuation.   However, although a simple process, this technology uses natural components to effectively remove hydrocarbons in a shorter period of time.

In addition, this technology can be adjusted to a land-farming method that will complete the remediation even faster.

All of this can be accomplished without adding the high cost of removal, transportation, disposal, and replacement of the contaminated soil. 

How long does it take to do the job?

Our case study and research indicates this remediation process averages between 3 and 6 months. This is effected by weather conditions and site maintenance.   Yet it is a fraction of the time it takes many technologies to do the same job. 

How much does it cost?

Data from the current projects show a savings of up to 35%-50% over other technologies, with proven results.  Greater flexibility in weather, soil, contamination type, and application makes
P.O.L. Sorb®  Bio-Remediation the most cost effective process available.

For information on companies using peat for petroleum contaminated soils, send us an email at: mailto:info@arkent.com

 

 Case History:

 

BEGINNING OF PROJECT

Oil Waste Spillage at a Power Plant

 

90 DAYS LATER 

 

6 MONTHS LATER

 

No presence of oil, no need to move any structures.

This project was done completely in-situ.

 

 

U.S. Government Field Study:

Hunter Army Airfield Pilot Study Results

 
 

Beaker Demonstration of the Wicking Power Of POL Sorb Peat Moss

 

BioRemediation > How Does P.O.L. Sorb Break Down Hydrocarbons?

HYDROPHILIC

During the heat activation process, the sphagnum moss changes from hydrophilic (absorbs water) to hydrophobic (repels water) and only encapsulates hydrocarbons.

Exploded View of one cell in hydrophilic state able to encapsulate water up to 20 times it's own weight.

Exploded View of one cell now in hydrophobic state Will now repel water and encapsulate hydrocarbons.

Hydrocarbons encapsulated in the cell

Magnified view of humic acid and naturally occurring microbes breaking down hydrocarbons.

View of Cell after biodegration. The cell has returned to a HYDROPHILIC state and will encapsulate water.

Exploded view of one cell in HYDROPHILIC state (holding water),completing the P.O.L. Sorb evolution cycle.

This piece of heat treated Sphagnum moss magnified thousands of times, the dark areas are the empty cells that were full of water prior to dehydration, these cells encapsulate and lock in the hydrocarbon.

MICROBIAL ACTIVITY WITH THE PEAT CELL

Activated Peat Moss near oil spill Peat and microorganisms eat oil and other organics (hydrocarbons) Peat and microorganisms digest hydrocarbons and convert them into Carbon Dioxide (CO2) and Water (H2O) Peat and microorganisms give off CO2 and H2O
Humic Acid, 
Oil, 
Microbes,
Enzymes,
BioDegraded Oil

LAND FARMING or IN SITU ?
Bio-remediation ~ Accelerated Natural Attenuation

Soil

  • Enzymes ( Microbes / Bacteria)

  • Oxygen (air) 

  • Water / Heat 

  • Nitrogen (Urea / Fertilizer) 

  • P.O.L. Sorb (The Host) 

  • Aeration 

 

This plant is growing in peat that was used to clean up an oil spill

 

 

 

 

 


 

 

 

 

 

 

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