Virginia Services
Millions of pounds and counting.
Based in Virginia, we do all kinds of things here and are around to help out. Having worked with lots of clients like.. X, Y, and Z.
How We Can Help

Tyler Kaplan
Territory Manager: Geotechnical & Structural Grouting, Stormwater Utility Grouing
Here’s a little bit of information about Tyler. Have questions about Geotechnial & Structural Grouting or Stormwater Utility Grouting? That includes services like Void Filling, Undersealing, Seepage Control, Crack INjection, etc… Tyler has you covered!
Call: 123-456-7890
Email: tyler@cjgeo.com
Undersealing
Polyurethane can be used to seal under concrete and stop water from coming through. Learn More>
Void Filling
A quick sentence about the topic above giving a high level overview. Learn More>
Annular Space Grouting
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Undersealing
Polyurethane can be used to seal under concrete and stop water from coming through. Learn More>
Void Filling
A quick sentence about the topic above giving a high level overview. Learn More>
Annular Space Grouting
A quick sentence about the topic above giving a high level overview. Learn More>

James Corbin
Territory Manager, Utility Grouting
Here’s a little bit of information about James. Have questions about Utility Grouting? That includes services like Annular Space Grouting, Pipe Abandonment, etc… James has you covered!
Call: 123-456-7890,
Email: james@cjgeo.com
Undersealing
Polyurethane can be used to seal under concrete and stop water from coming through. Learn More>
Void Filling
A quick sentence about the topic above giving a high level overview. Learn More>
Annular Space Grouting
A quick sentence about the topic above giving a high level overview. Learn More>
Undersealing
Polyurethane can be used to seal under concrete and stop water from coming through. Learn More>
Void Filling
A quick sentence about the topic above giving a high level overview. Learn More>
Annular Space Grouting
A quick sentence about the topic above giving a high level overview. Learn More>
Been There Grouted That
Utah Cellular Concrete
The Job This Utah cellular concrete project by CJGeo is located in Provo. The tunnel is part of the Alpine Aqueduct Reach 1 project. This project realigns an 84″ raw water pipeline away from a fault and landslide. This helps ensure long term stability of the line…
South Carolina Annular Space Grouting
The Job This South Carolina pipe abandonment work by CJGeo is in Greenville. Three jack & bore crossings were used as part of the Adkins potable water transmission main installation. The project, GC’d by Garney Construction, is 60″ welded steel pipe. Each…
South Carolina Pipe Abandonment
The Job This South Carolina pipe abandonment work by CJGeo was part of Columbia’s Lower Kinley Creek project. After installation of a new sewer line, the contractor had to fill 8,350 linear feet of 30″ sewer main. Without waste, this is 1,185 cubic yards of flowable…
Georgia Pipe Abandonment
The Job This Georgia pipe abandonment project by CJGeo is located on Old Alabama Rd, in Roswell. It involved installing a new water main that was routed away from GA-19 into a more accessible location. After the new pipe was installed, 5280LF of 48″ water main…
Massachusetts Cellular Grouting
The Job This Massachusetts cellular grouting project is located in Cambridge. It is part of a new commercial construction project. SECA Underground microtunneled under the MBTA Red Line tunnel with a 200 foot long, 63″ diameter steel casing. Once the casing was in…
PNG Line 2 Decommissioning
The Job As part of the Line 2 Decommissioning project for Piedmont Natural Gas (a Duke Energy subsidiary), an existing 12-inch gas main required abandonment in place. The project, located in Pembroke, North Carolina, involved nine different crossings under…
Alabama Pipe Abandonment
The Job A paper mill in eastern Alabama required rehabilitation for an aging drainage system. Routine inspections revealed severe deterioration along the invert of a 1400-foot long corrugated metal pipe. This 42-inch diameter pipe passed directly through a dam. The…
Sugar Creek Annular Space Grouting
The Job This Atlanta annular space grouting project is part of the City of Atlanta’s Sugar Creek project. It involves replacing and upsizing aging sewer infrastructure southeast of downtown Atlanta. The tunnel is 84 inch diameter, roughly 1500 linear feet, and…
New York Lightweight Fill
The Job This New York lightweight fill project is located at Orchard Beach, in The Bronx. CJGeo’s work is part of a reconstruction of the historic bathhouse. The structure was originally built in the 1930s, and was due for a significant overhaul to improve safety,…
New York Low Density Cellular Concrete
The Job This New York low density cellular concrete project is located in Manhattan. It is at the Manhattan end of the Gateway Program, which is bringing two new parallel rail tunnels from New Jersey to New York. The project, administered by Amtrak, is one of the…

National Mall Sinkholes
Panel 19 of the National Mall in Washington, DC, is a high-traffic, 16,000-square-foot lawn area situated directly above a WMATA metro tunnel. For over a decade, this specific section of the Mall was plagued by chronic sinkhole formation, creating significant safety hazards and maintenance challenges. Read More >

National Mall Sinkholes
Panel 19 of the National Mall in Washington, DC, is a high-traffic, 16,000-square-foot lawn area situated directly above a WMATA metro tunnel. For over a decade, this specific section of the Mall was plagued by chronic sinkhole formation, creating significant safety hazards and maintenance challenges. Read More >

National Mall Sinkholes
Panel 19 of the National Mall in Washington, DC, is a high-traffic, 16,000-square-foot lawn area situated directly above a WMATA metro tunnel. For over a decade, this specific section of the Mall was plagued by chronic sinkhole formation, creating significant safety hazards and maintenance challenges. Read More >
Related Materials
We manufacture our own CJGrout, and can create a wide variety of products with different specialties. That means we can always find the right product for the job. To learn more about our different lines, check them out there. Learn More >

Polyurethane vs Cementitious Grout
Polyurethane grouting excels compared to cement-based grouting primarily due to cleanliness, speed and control. These combine to reduce overall costs compared to cement-based grouting. Polyurethane grouting can be used in place of cement-based grouts. This includes for processes such as compaction grouting, slabjacking, void filling and leak sealing. Polyurethane grouting is…
Cleaner
Polyurethane grouting is the cleanest concrete lifting and stabilization process. The injection equipment is mechanically connected to the slab or structure. Mechanical seals engage when not injecting material, no loose material is introduced to the repair area. Extruded material is easy to clean up because it cures very quickly.
Less Disruptive
Polyurethane grouting is the quietest and fastest process for stabilizing and raising settled concrete slabs. Because of the small hole size, drilling is fast and quiet. There is virtually no noise associated with the injection process itself. The equipment for polyurethane grouting is self-contained in a box truck. The trucks can park up to 400 feet away from the injection point.
Immediate Traffic
Foot traffic during work is functionally OK, and immediate resumption of vehicular traffic after work is completed can be expected. Polyurethane grouting is not affected by foot traffic during the injection process. Vehicular traffic may resume immediately after work finishes. This includes heavy loading such as trucks and industrial equipment like fork lifts, and even trains.
Fast
Polyurethane grouting crews can lift up to 12 times faster than standard slab jacking or mud jacking crews in many situations. Because of the small hole size and ability to lift larger areas per hole, polyurethane grouting is much quicker than slab jacking. Because of the equipment design, upon arriving on a job, polyurethane grouting crews are typically actively lifting slabs within 10 minutes of arrival for typical repairs.
Lightweight
Lightweight material reduces the overburden on underlying soils, reducing the chances for resettlement. Even the highest density polyurethane foams used for polyurethane grouting are significantly lighter than alternative lifting and stabilization materials. This reduces the amount of additional burden weight placed on the underlying soils. Geotechnical polyurethanes are an excellent choice for lightweight fills. Because of their exceptionally low unit weights (down to 2 PCF) and fast cure times (few minutes).
Waterproof
High density polyurethane is waterproof, so treated slabs are thoroughly undersealed. Polyurethane can also be installed in water. So, flow testing or water stop applications with active flows are not a problem. Because of the near-immediate curing, water stopping jobs are fast and easily tested on site to ensure efficacy of the repairs.









