CRYSTAL SPRINGS OF FILLMORE LLC

Crystal Springs of Fillmore LLC specializes in civil infrastructure construction, with a focused expertise in highway, street, and bridge maintenance and grading operations. The contractor delivers precision road surface preparation, earthwork, and pavement maintenance services tailored to federal and state land management needs, particularly in support of timber operations and public access corridors. Their technical capabilities include heavy equipment operation for road grading, drainage management, shoulder stabilization, and erosion control in rugged terrain, ensuring safe and durable access routes for resource extraction and public use. The firm demonstrates proficiency in adhering to environmental compliance protocols during surface work in sensitive ecological zones, with an emphasis on minimizing disruption to adjacent natural resources. The contractor has established direct working relationships with the U.S. Department of Agriculture and the Idaho State Office, performing targeted road maintenance and grading projects to facilitate timber harvesting operations and maintain critical access roads in rural and forested regions. These engagements reflect a pattern of responsive, mission-critical infrastructure support aligned with land management objectives rather than broad public transit initiatives. The primary industry focus is on NAICS 237310 — Highway, Street, and Bridge Construction — where the firm operates as a niche provider of localized, field-based civil works in remote areas. Their market positioning centers on delivering scalable, on-demand road infrastructure services for federal land agencies and state departments managing forested and mountainous jurisdictions. Crystal Springs of Fillmore LLC is a small, locally based entity headquartered in Logan, Utah, with no federal certifications on record. The company maintains a geographically concentrated presence in the Intermountain West, serving agencies that require rapid, reliable road access solutions in challenging topographies. Their operational model emphasizes agility, equipment mobility, and field-tested execution over large-scale project bidding.