Using Proven Environmental Remediation Products
That Have Been In The Industry For More Than 20 Years.

Environmental Recovery:
Leaving The Environment Cleaner For Tomorrow.

Our System Of Products And Services
Are Strictly Tailored For Today’s Environmental Needs.

Environmental Recovery Oilfield Services & Consulting,
Offers Optimized Remediation Services.

THE PROOF IS IN OUR RESULTS

Grant County, Kansas site before restoration and completely restored after ReNew treatment Before Restoration Completely Restored

Grant County, Kansas – In this case, salt contamination was due to a leaking saltwater evaporation pond. Historic Site Condition was Sodic Soil and Sandy Clay.


  • Deep plow and bulk soil
  • Apply amendments | ReNew™
  • Flush with water
  • Reseed with native grass

Scurry County, Texas – In this case, salt contamination was due to an underground pipeline break located in a native grass pasture where the salt destroyed the vegetation. Total contaminated surface area was approximately 4.8 acres. Salt damage ranged in depth from surface to 18". The contaminated area was tilled prior to treatment. Based on contamination levels, ReNew™ was applied and followed by fresh water irrigation using portable spray trailers. Rainwater was the other source of post treatment irrigation. Test results are summarized below:

SampleSoil Type/CECESP
Before
ESP
After
% ESP Reduction
118.4 meq/100g305.781.0
228.8 meq/100g23.74.879.7
325.9 meq/100g194.377.4
423.1 meq/100g25.37.669.9
516.3 meq/100g28.16.277.9
623.3 meq/100g15.14.570.1
Harris County, Texas site before restoration and completely restored with native grass and turnips Before Restoration Completely Restored

Harris County, Texas – In this case, salt contamination was due to a leaking saltwater disposal system. Historic Site Condition was Sodic Soil and Heavy Clay.


  • Deep plow and bulk soil
  • Install drain pattern with bulking materials
  • Apply amendments | ReNew™
  • Irrigate
  • Reseed with native grass and turnips

Dewey County, Oklahoma – In this case, salt contamination was due to a leaking drilling reserve pit. After drilling operations it was observed the pit had been leaking and salt water had contaminated an area adjacent to the drill site. The contaminated area was approximately 3.8 acres. Samples were taken from a depth of 24". The site was tilled. With approval of the Oklahoma Corporation Commission, the attorney for the surface owner, and utilizing the laboratory analysis for treatment rates, ReNew™ was applied and followed by fresh water irrigation using portable spray trailers. Rainwater was the other source of post treatment irrigation. Representative test results are summarized below:

SampleSoil Type/CECESP
Before
ESP
After
% ESP Reduction
123.7 meq/100g78.37.290.8
224.9 meq/100g89.66.492.9
322.8 meq/100g65.54.393.4
419.7 meq/100g35.63.789.6