Enviro-Equipment

Air Spage Blower Package with ROOTS URAI 53 Blower and 10HP 240/460V 3PH Motor, 3" Exhaust Silencer, 2.5" Inlet Filter, 0-15 PSIG Pressure Gauage, 1" Pressure Relief Valve, 2" Bleed Air Valve w/ Ball Valve, 460V 3PH Panel with HOA, Timer, Transformer, Hour Meter, Motor Starter, all skid mounted.

Hydrovane V04 Air Sparge / Bio Sparge Skid capable of 19.5 CFM @ 100 PSIG, including filters, pressure regulator with gauge, 4 zone manifold each with ball valve, flow meter, pressure gauge. 80 gallon receiver tank with electric auto drain. Start/Stop Control Station wired 230V 1PH with 20' power cable.

Soil Vapor Extraction consisting of Gast R6340R-50 Regenerative Blower with 4HP 3PH XP Blower, outlet silencer, vacuum relief valve, vacuum gauges, KO Tank with sight glass, demister pad/filter, KO Tank high level float switch, 230V 3PH XP disconnect and relay logic control panel, 3 leg SVE Manifold, all skid mounted

Dual Phase Extraction Skid Including 75 CFM Dekker VMAX Vacuum Pump Model VMX0082 with 7.5HP 3PH Motor, Inlet Vacuum Air Filter, Vacuum Relief Valve, Brass Dilution Gate Valve with Filter Silencer, 80 Gallon KO Tank with SS Demister Pad, Sight Glass with LL HL HLA Level Float Tree, Moyno 34401 Transfer Pump with 1HP Motor, Gauges, 2” Steel Exhaust Stack, 230V 3PH Weatherproof UL508/698 Control Panel, Class 1 Div 2 Group D Skid Wiring, Skid Mounted with 4 Way Fork Lift Pockets

Soil Vapor Extraction Skid with Rotron EN909BG72WL 15HP 3PH XP Blower (615 CFM Max, 112" WC Max Vac), Solberg Inlet Vacuum Filter, Carbon Filtration Piping Loop, Discharge Silencer, KO Drum with Vacuum Relief Valve, XP High Level Float, Sight Glass, Dilution Valve, Manual Drain, 230V 3PH Relay Logic Control Panel with Sensaphone Sentinel 4G LTE Cellular Telemetry
The OSF-4, 10GPM, Gravity Drain, Oil Water Separator places a volume of corrugated Flopak coalescing media into the waste stream, the tank’s flow path brings the oils and solids bearing water to the influent end of the plate pack, it flows horizontally through the pack where oils then encounter the plate surface and are effectively separated from the water, the oil droplets roll up the plate surface begin to coalesce into larger droplets. Then, the larger droplets increased buoyancy pulls the oils away from the surface rising to the water surface. Solids perform the reverse and drop into the sludge hopper bottom.
The OSF-4, 10GPM, Gravity Drain, Oil Water Separator places a volume of corrugated Flopak coalescing media into the waste stream, the tank’s flow path brings the oils and solids bearing water to the influent end of the plate pack, it flows horizontally through the pack where oils then encounter the plate surface and are effectively separated from the water, the oil droplets roll up the plate surface begin to coalesce into larger droplets. Then, the larger droplets increased buoyancy pulls the oils away from the surface rising to the water surface. Solids perform the reverse and drop into the sludge hopper bottom.
The OSF-4, 10GPM, Gravity Drain, Oil Water Separator places a volume of corrugated Flopak coalescing media into the waste stream, the tank’s flow path brings the oils and solids bearing water to the influent end of the plate pack, it flows horizontally through the pack where oils then encounter the plate surface and are effectively separated from the water, the oil droplets roll up the plate surface begin to coalesce into larger droplets. Then, the larger droplets increased buoyancy pulls the oils away from the surface rising to the water surface. Solids perform the reverse and drop into the sludge hopper bottom.
The OSF-4, 10GPM, Gravity Drain, Oil Water Separator places a volume of corrugated Flopak coalescing media into the waste stream, the tank’s flow path brings the oils and solids bearing water to the influent end of the plate pack, it flows horizontally through the pack where oils then encounter the plate surface and are effectively separated from the water, the oil droplets roll up the plate surface begin to coalesce into larger droplets. Then, the larger droplets increased buoyancy pulls the oils away from the surface rising to the water surface. Solids perform the reverse and drop into the sludge hopper bottom.