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Case Study: Piston Pumping Solutions - Sampling
2/4/2008
High standards are imperative when you’re operating a municipal solid waste landfill handling 325,000 tons of waste generated annually by a population of more than 115,000 people living in a region famed for its highly scenic environment
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Case Study: Piston Pumping Solutions - Coal Tar DNAPL Recovery
2/4/2008
In the realm of contaminated site remediation and source recovery, coal tar has reigned as one of the most stubborn substances to remove in quantity from the subsurface. Time and again, this thick, sticky, viscous liquid with the consistency of molasses has thwarted efforts to remove it from below ground areas at the 30-acre Calhoun Park Area Superfund Site in the burgeoning, historic harbor district of Charleston, SC. That is, until persistence and the decision to use the Blackhawk Piston Pump to do the cleanup paid off
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Case Study: Piston Pumping Solutions - Coal Tar DNAPL Recovery
2/4/2008
In the realm of contaminated site remediation and source recovery, coal tar has reigned as one of the most stubborn substances to remove in quantity from the subsurface. Time and again, this thick, sticky, viscous liquid with the consistency of molasses has thwarted efforts to remove it from below ground areas at the 30-acre Calhoun Park Area Superfund Site in the burgeoning, historic harbor district of Charleston, SC. That is, until persistence and the decision to use the Blackhawk Piston Pump to do the cleanup paid off
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Case Study: Piston Pumping Solutions - DNAPL Recovery
2/4/2008
Thick, viscous, oily, and sticky coal tar tops the list in the field of contaminated site remediation and source recovery when it comes to being the ugliest and most stubborn substance to clean up in quantity. Due to the difficult nature of coal tar, initial recovery efforts at the 30-acre Calhoun Park Area Superfund Site in the historic harbor district in Charleston, SC, which began in 1998, were skimpy and sporadic until March 2001, when a Blackhawk Electric Piston Pump was brought in to do the job
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Case Study: Piston Pumping Solutions - DNAPL Recovery
2/4/2008
Thick, viscous, oily, and sticky coal tar tops the list in the field of contaminated site remediation and source recovery when it comes to being the ugliest and most stubborn substance to clean up in quantity. Due to the difficult nature of coal tar, initial recovery efforts at the 30-acre Calhoun Park Area Superfund Site in the historic harbor district in Charleston, SC, which began in 1998, were skimpy and sporadic until March 2001, when a Blackhawk Electric Piston Pump was brought in to do the job
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Case Study: Piston Pumping Solutions - LNAPL Recovery
1/29/2008
On July 30, 2003, gasoline sprayed 50 feet into the air near a large city in the United States contaminating soil and groundwater as the result of a break in the pipeline used by a major U.S. pipeline partnership to transport fuel
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Case Study: Piston Pumping Solutions - LNAPL Recovery
1/29/2008
On July 30, 2003, gasoline sprayed 50 feet into the air near a large city in the United States contaminating soil and groundwater as the result of a break in the pipeline used by a major U.S. pipeline partnership to transport fuel
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Case Study: Anchor Pump Successfully Recovers Creosote Oil From 250 Feet Well
1/29/2008
BLACKHAWK ENVIRONMENTAL COMPANY’S Anchor Pump was used to successfully recover creosote oil from a 100-year-old wood preserving operation that produced wood products
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Case Study: Anchor Pump Successfully Recovers Creosote Oil From 250 Feet Well
1/29/2008
BLACKHAWK ENVIRONMENTAL COMPANY’S Anchor Pump was used to successfully recover creosote oil from a 100-year-old wood preserving operation that produced wood products
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Case Study: Blackhawk's Anchor Pump® For Tough DNAPL Recovery
1/29/2008
BLACKHAWK ENVIRONMENTAL COMPANY’S Anchor Pump, positive displacement piston pump, effectively cleans up and recovers Dense Non-Aqueous Phase Liquids (DNAPL). Typically DNAPL is found in 20’ to 120’ deep wells with DNAPL often residing in the bottom few feet or inches of the well
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