Using a special microbial blend, Delta Environmental has been successfully bioremediating high concentrations of heavy oil in soil around pipelines and oil production equipment. At a typical site, Delta reduced the concentration of petroleum C34 to >C50 from 130,000 mg/Kg to less than 10,900 in 30 days. That is a removal rate of 3,970 mg/Kg/day. […]
https://cl-solutions.com/wp-content/uploads/2011/12/logo.jpg00Mike Saulhttps://cl-solutions.com/wp-content/uploads/2011/12/logo.jpgMike Saul2017-08-25 09:18:082020-04-13 13:49:10In situ Heavy Oil Bioremediation in Alberta
CL Solutions recently completed a field pilot study of bioremediation of mixed chlorinated pesticides. Under the pilot study Petrox treated several cubic yards of soil highly contaminated by a suite of related chlorinated organic pesticides. The pilot study showed the overall impact was a reduction of the pesticide concentrations by 28% to 93% in 60 […]
Sulfolane is an emerging contaminant of concern for potential environmental impact to ground water in Alberta. CL Solutions recently completed laboratory bench-scale testing that showed the Petrox organisms can efficiently degrade sulfolane. Under laboratory conditions Petrox organisms metabolized sulfolane at a minimum rate of 33 ug/L/day. Further lab tests are under way and field scale […]
CL-Out microbes using aerobic bioremediation can remove PCE contamination from ground water. One of the easiest ways to remove a large mass of residual PCE from ground water is to treat the ground water following source soil excavation. Because CL-Out microbes cometabolize PCE under aerobic conditions, the microbes can be applied to the ground water […]
Petrox microbes were added to excavated petroleum-contaminated soil to accelerate the degradation of DRO and ERO total petroleum hydrocarbons. Petrox was added by spraying the surface of the soil with a hydrated Petrox solution. The microbes were mixed into the soil using a tractor-mounted disc tiller. After approximately […]
In situ Heavy Oil Bioremediation in Alberta
/in News, Oil Fields, Oil Spill Remediation, Petroleum Remediation, Petrox, Storage Tanks/by Mike SaulUsing a special microbial blend, Delta Environmental has been successfully bioremediating high concentrations of heavy oil in soil around pipelines and oil production equipment. At a typical site, Delta reduced the concentration of petroleum C34 to >C50 from 130,000 mg/Kg to less than 10,900 in 30 days. That is a removal rate of 3,970 mg/Kg/day. […]
Pesticide Bioremediation
/in Chemical Industries, Petrox/by Mike SaulCL Solutions recently completed a field pilot study of bioremediation of mixed chlorinated pesticides. Under the pilot study Petrox treated several cubic yards of soil highly contaminated by a suite of related chlorinated organic pesticides. The pilot study showed the overall impact was a reduction of the pesticide concentrations by 28% to 93% in 60 […]
Sulfolane Bioremediation
/in Chemical Industries, Oil Fields, Oil Spill Remediation, Petroleum Remediation, Petrox/by Mike SaulSulfolane is an emerging contaminant of concern for potential environmental impact to ground water in Alberta. CL Solutions recently completed laboratory bench-scale testing that showed the Petrox organisms can efficiently degrade sulfolane. Under laboratory conditions Petrox organisms metabolized sulfolane at a minimum rate of 33 ug/L/day. Further lab tests are under way and field scale […]
Can Aerobic Bioremediation Remove PCE?
/in Chlorinated Solvent Remediation, CL-Out, Dry Cleaners/by Mike SaulCL-Out microbes using aerobic bioremediation can remove PCE contamination from ground water. One of the easiest ways to remove a large mass of residual PCE from ground water is to treat the ground water following source soil excavation. Because CL-Out microbes cometabolize PCE under aerobic conditions, the microbes can be applied to the ground water […]
Land Farming Application Reduces TPH by 90% to 99%
/in Excavated and Land Farmed Soils, Gas Stations, Industrial Sites, News, Oil Fields, Oil Spill Remediation, Petroleum Remediation, Petrox, Sustainability/by Mike SaulPetrox microbes were added to excavated petroleum-contaminated soil to accelerate the degradation of DRO and ERO total petroleum hydrocarbons. Petrox was added by spraying the surface of the soil with a hydrated Petrox solution. The microbes were mixed into the soil using a tractor-mounted disc tiller. After approximately […]