The ozone sparging process (C-SpargeTM) employs nano- to micro-sized bubbles of air-encapsulated ozone, created by forcing an air/ozone mixture through Spargepoints® into soil or groundwater.
PEROZONE™: Giving Bubble Power A Big Boost
The Perozone™ Chemical Oxidation System simultaneously supplies gaseous air/ozone that siphons liquid peroxide into specially-designed Laminar Spargepoints®, creating peroxide-coated ozone microbubbles.
MODEL 40 GEOFLO®*
The Model 40 GeoFlo® Groundwater Flowmeter was the first instrument with the ability to provide direct-reading capability in the industry. The technology is based upon the heat-pulse thermal transfer during liquid flow in porous solids.
MODEL 200 GEOFLO®*
The Model 200 GeoFlo® Groundwater Flowmeter measures horizontal flow rates in-situ or within cased wells using the proven heat pulse technology with the benefits of laptop capabilities.
MODEL 90 GEOFLO®*
The Model 90 GeoFlo® Groundwater Flowmeter provides direct vertical waterflow measurements using the proven heat pulse technology with the benefits of laptop capabilities.
Download the USAEC-USGS-RAS Borehole Flowmeter Testing Program–Abstract, as a PDF file by clicking here.
Model 14 Soil Gas Probe System
The Model 14 system is designed for light-duty use without electricity. Providing soil gas and water sampling capability for on-site or laboratory analysis.
Hefty Soil Gas Probe System
The Hefty Soil Gas Probe System is a portable push-probe system for gathering soil, soil gas and groundwater information for site characterization and remediation activities.
Macho Soil Gas Probe System
The Macho Soil Gas Probe System is a portable push-probe system for gathering soil, soil gas and groundwater information similar to the Model 14, but use of an electric hammer allows faster penetration and greater depth capability.
For greater detail or answers to questions contact Kerfoot Technologies.
*GeoFlo® is a registered trademark of Kerfoot Technologies, Inc.