Petrox bioremediation reduced contamination by more than 99% in less than a year at a Florida gas station. After three underground storage tanks were removed from the location of a convenience store, investigation showed that petroleum contamination was present in small area near the former dispenser island. The vadose-zone contaminated soil was excavation and disposed […]
https://cl-solutions.com/wp-content/uploads/2011/12/logo.jpg00Mike Saulhttps://cl-solutions.com/wp-content/uploads/2011/12/logo.jpgMike Saul2020-08-31 11:08:482024-01-26 13:48:03In-situ Bioremediation of BTEX, TPH and PAHs in Groundwater
Bioremediation used to complete closure CL-Out bioremediation was used to remediate ground water at an active manufacturing plant in eastern Massachusetts after ISCO treatment of TCE in groundwater reached a limit. CL-Out was selected because the aquifer was naturally aerobic. CL-Out cometabolizes TCE and other chlorinated solvents under aerobic conditions by producing an oxygenase enzyme […]
Sustainable Bioremediation of Industrial Wastewater CL Solutions provides a special consortium of microbes for oil-contaminated water treatment. Under various conditions, the oil removal rate was as much as 1,300 mg/L/day. In some situations the remediation goal is simply to remove the visible sheen or separate-phase oil. With aeration, CL Solutions microbes were able to remove […]
PCE bioremediation in aerobic groundwater by CL-Out microbes reduced environmental risk at a printing company in Kentucky. Testing found high concentrations of PCE in perched ground-water. The ground water aquifer was in sn alluvial sand deposit with high permeability. The high permeability facilitated injection for in situ treatment. Also, the high permeability of the aquifer […]
Adding Nutrients Increases Long-Term Population and Bioremediation Results The goal of bioaugmentation is to improve the rate of contaminant removal by adding a high population of beneficial microbes to the contaminated media. The additional microbes should provide short-term benefit as the microbes begin metabolizing the contaminants immediately upon injection. But what benefit does bioaugmentation provide […]
In-situ Bioremediation of BTEX, TPH and PAHs in Groundwater
/in Chemical Industries, Gas Stations, Petrox/by Mike SaulPetrox bioremediation reduced contamination by more than 99% in less than a year at a Florida gas station. After three underground storage tanks were removed from the location of a convenience store, investigation showed that petroleum contamination was present in small area near the former dispenser island. The vadose-zone contaminated soil was excavation and disposed […]
CL-Out Bioaugmentation Following ISCO to Remediate TCE
/in Chemical Industries, Chlorinated Solvent Remediation, CL-Out, Industrial Sites/by Mike SaulBioremediation used to complete closure CL-Out bioremediation was used to remediate ground water at an active manufacturing plant in eastern Massachusetts after ISCO treatment of TCE in groundwater reached a limit. CL-Out was selected because the aquifer was naturally aerobic. CL-Out cometabolizes TCE and other chlorinated solvents under aerobic conditions by producing an oxygenase enzyme […]
Oil-Contaminated Water Treatment
/in Custom Blend microbes, Industrial Sites, News, Oil Fields, Petroleum Remediation, Storage Tanks, Sustainability/by Mike SaulSustainable Bioremediation of Industrial Wastewater CL Solutions provides a special consortium of microbes for oil-contaminated water treatment. Under various conditions, the oil removal rate was as much as 1,300 mg/L/day. In some situations the remediation goal is simply to remove the visible sheen or separate-phase oil. With aeration, CL Solutions microbes were able to remove […]
PCE Bioremediation in Aerobic Groundwater
/in Chlorinated Solvent Remediation, CL-Out/by Mike SaulPCE bioremediation in aerobic groundwater by CL-Out microbes reduced environmental risk at a printing company in Kentucky. Testing found high concentrations of PCE in perched ground-water. The ground water aquifer was in sn alluvial sand deposit with high permeability. The high permeability facilitated injection for in situ treatment. Also, the high permeability of the aquifer […]
Improving Long-Term Bioremediation Results with Nutrients
/in Gas Stations, Industrial Sites, Oil Fields, Oil Spill Remediation, Petroleum Remediation, Petrox, Sustainability/by Mike SaulAdding Nutrients Increases Long-Term Population and Bioremediation Results The goal of bioaugmentation is to improve the rate of contaminant removal by adding a high population of beneficial microbes to the contaminated media. The additional microbes should provide short-term benefit as the microbes begin metabolizing the contaminants immediately upon injection. But what benefit does bioaugmentation provide […]