NIGP 76026: Earth Pulverizers and Grinders

NIGP 76026 Earth Pulverizers and Grinders is an Item code that in recent state and local procurement activity captures earthmoving, site preparation, and roadway construction equipment and labor for infrastructure projects—particularly pavement rehabilitation, bridge construction, guardrail replacement, roundabout installation, and roadway resurfacing. The source material does not establish a clear connection between the NIGP code name "Earth Pulverizers and Grinders" and the concrete solicitations listed; the recent opportunities reflect general construction contracting rather than specialized equipment procurement. State and local issuing bodies soliciting under this activity span counties, municipalities, and cooperative purchasing vehicles. Santa Clara County, California appears as a repeat buyer across multiple infrastructure projects; other recent issuers include the City of Marietta, Georgia; Barrow County, Georgia; and Sourcewell (a Minnesota cooperative purchasing vehicle serving thousands of public entities nationwide).

Recent opportunities concentrate in California and Georgia. Santa Clara County has posted multiple ITBs for expressway pavement rehabilitation, guardrail replacement, and bridge replacement projects with response dates in March, April, and May 2026. The City of Marietta issued RFB 26-53444 (due June 26, 2026) for roundabout construction at New Hope Road and Wylie Road, requiring Georgia Department of Transportation certification; Barrow County issued a sealed bid (due March 18, 2026) for approximately 2.56 miles of roadway resurfacing funded through the Georgia Department of Transportation's Local Maintenance and Improvement Grant program. Sourcewell's RFP 061626 (due June 16, 2026) for law enforcement equipment, while posted under this code, does not align with earthmoving or pavement work. Geographic activity is concentrated in the West (California) and Southeast (Georgia), with cooperative purchasing extending nationwide through Sourcewell's structure.