
Bioremediation Method
Chief Oilfield Services is proud to introduce our bioremediation division, dedicated to the efficient cleanup of oil spills. Through the innovative application of bio-augmentation, we can address spills directly on-site, eliminating the need for disruptive land interventions or the relocation of contaminants to potentially sensitive areas. This method stands out for its proven cost-effectiveness, safety, and eco-conscious approach, marking a significant advancement in spill cleanup practices.
Our Consortium of Microbes
Highlights
Highly Concentrated (100 billion cells per gram)
Naturally Occurring
5-year shelf life
Non-Toxic
Aerobic/Facultative
Not Genetically Altered or Freeze Dried
No GMO
Activated By Fresh Water or Salt Water
Impact of Hydrocarbons on Soil
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Affecting soil physical structure by coating soil aggregates
Affecting soil water holding capacity
Reducing and diverting water infiltration into the soil
Obstructing air and water movement in the soil matrix
Reducing cation/anion ion exchange on soil aggregates
At each spill, hydrocarbon concentrations will vary depending on the type of hydrocarbon, type of soil and species of plants. Additional steps will be required to remediate these various levels of contaminates (Gawel, p.3).
Reference:
Gawel, L. J. A Guide for Remediation of Salt/Hydrocarbon Impacted Soil. North Dakota Industrial Commission Department of Mineral Resources. dmr.nd.gov/downloads/soilRemediationGuideL.pdf.
Scientific American. (2013, December 11). Can Microbes Clean Up Our Oily Mess?-Instant Egghead #58.https://youtu.be/a_HWlFzgQiM.
Why Use Bioremediation?
Less Disruptive
Bioremediation can be utilized without the use of heavy equipment and loud machinery.
Eliminates Contaminate
Through the process of bioremediation, the contaminate will be broken down into its smaller bits and consumed by microorganisms. The byproducts are CO2 and water which will improve the soil.
Cost Effective
This method of remediation is 50-60 % less costly then traditional methods of oil spill clean-up.
Environmentally Friendly
Our products are organic, friendly to the environment, safe for humans, animals and plants. Non-toxic. Contains no pathogens. NON GMO and NO animal products.
Microbe Process
This process will continue to happen repeatedly until the contaminant is completely eradicated. Once the microbes run out of their food source (contaminant) they will either cannibalize themselves, be eaten by a higher food source, or go dormant. The byproducts that will be leftover are CO2 and water. Which will enhance the area improving the soil and helping the plant life to thrive.

Tank Battery Containment Project


Before Application
Sample 1: MOR (2,390 ppm)
DRO (3,140 ppm)
Sample 2: MOR (15,300 ppm)
DRO (19,400 ppm)
Sample 3: MOR (48,200 ppm)
DRO (35,300 ppm)
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After Application
Sample 1: MOR (1,910 ppm)-(20.08% reduction)
DRO (1,850 ppm)-(41.08% reduction)
Sample 2: MOR (2,840 ppm) (81.43% reduction)
DRO (2,760 ppm) (86.08% reduction)
Sample 3: MOR (9,850 ppm) (72.09% reduction)
DRO (9,350ppm) (80.60% reduction)
Successful Projects Utilizing this Consortium of Microbes
Manufacture/New Jersey
Medium: Water
Contaminant: Heating Fuel
Treatment Time: 24 Hours
Initial PPM: 160ppm
Final PPM: 5ppm
Bergstrom Air Base/Texas
Medium: Soil
Contaminant: Jet Fuel #4
Treatment Time: 21 Days
Initial PPM: 900ppm
Final PPM: 9ppm
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Rice Field/Japan
Medium: Soil
Contaminant: Waste Oil
Treatment Time: 14 Days
Initial PPM: 2400ppm
Final PPM: <30ppm
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Heating Company/New Jersey
Medium: Soil
Contaminant: Heating Fuel
Treatment Time: 21 Days
Initial PPM: 10,000ppm
Final PPM: <100ppm
Steel Plant/Japan
Medium: Soil
Contaminant: Mixture of 6 Cutting Oils
Treatment Time: 7 Days
Initial PPM: 15,000ppm
Final PPM: 1,300ppm
Railroad/Canada
Medium: Soil (85% Clay)
Contaminant: Diesel
Treatment Time: 22 Days
Initial PPM: 20,000ppm
Final PPM: 525ppm
Manufacturer/New Jersey
Medium: Soil
Contaminant: Heating Fuel
Treatment Time: 30 Days
Initial PPM: 20,000ppm
Final PPM: 220ppm
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Construction CO./Texas
Medium: Soil
Contaminant: Diesel Fuel and Oil, Motor Oil
Treatment Time: 30 Days
Initial PPM: 23,329ppm
Final PPM: <500ppm
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Oil Reseller/Texas
Medium: Soil
Contaminant: New and Used Motor Oil and Gasoline
Treatment Time: 120 Days
Initial PPM: 86,000ppm
Final PPM: <900ppm
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Oil Platform/Louisiana
Medium: Water
Contaminant: Mixture Crude and Production Sludge
Treatment Time: 24 Hours
Initial PPM: 400,000ppm
Final PPM: 80ppm
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Chevron/Louisiana
Medium: Soil
Contaminant: Crude Oil
Treatment Time: 18 Months
Initial PPM: 600,000ppm
Final PPM: <500ppm
Heating Company/New Jersey
Medium: Water
Contaminant: Heating Fuel
Treatment Time: 24 Hours
Initial PPM: Free Product
FInal PPM: 0.5ppm

FAQ
The Answers You Need
What are oil-eating microbes?
These microbes are naturally occurring organisms that have been collected from natural water and soil sources around the world. They're selected for their refined palate: with a particular affinity for consuming hydrocarbon based products (e.g., pollutants such as oil, gas, etc.) and breaking them down to natural compounds.
Why is Domain Archae important?
The greatest difference between our microbes and those of our competitors is that ours have a blend of microbes including the microbe group "Archaea". Archaea microbe are primitive, can tolerate harsh environmental conditions, and degrade a variety of hydrocarbons.
Are your products safe?
Yes! All of our products are 100% environmentally friendly, safe for humans, animals and plants, non-toxic and contains no pathogen. Clean and green!
Will the microbes begin consuming material other than hydrocarbons?
No!! The microbes will mutate into other life-forms, nor will they become man-eating marauders. Bottom line, they will not convert any materials other than hydrocarbons.
Does this product have other benefits?
Yes! It immediately "locks up" spill, thus preventing further spread of the contaminant, and it immediately lowers the flash point of fuels.
Do microbes need special treatment?
They only need what humans need: oxygen, water, and nutrients. But unlike most of us, they do require a specific food source like oil, fuel, or wastes.
What happens to the microbes after the material has been consumed?
The microbes will either die, return to former natural levels, or be eaten by other organisms.
Are humans or wildlife adversely affected by the use of this product?
Intensive tests have show no toxic side effects. As a matter of fact, by-products produced by these microbes are used as an energy source by higher organisms.
Are your microbes genetically modified or engineered?
No! Our microbes are 100% natural.