MixOnSite: About Us

Overview

MixOnSite is a nationwide contractor whose mission is to provide customers with cost effective, innovative solutions to tough geotechnical and underground construction challenges. Our Cellular Division specializes in lightweight foam concrete solutions for annular space grouting, tunnel backfill, load reducing fills or abandonment/void filling. Our Geotechnical Division specializes in earth retention systems, deep foundation support systems, foundation repairs and pressure grouting applications.

Resources

At MixOnSite, our people are fundamental to the way we do business. Collectively, our professionals represent more than a century’s worth of hands-on construction experience. The combination of experienced personnel and the right equipment results in on-site performance that you can count on. We take pride in also being able to offer innovative solutions for unusual problems. We often design, modify, and build equipment to meet special project requirements. Our experienced staff can assist you with preliminary designs, project planning, technical mix design support, budgets, and complete installation services for both geotechnical and cellular projects.

Safety

MixOnSite is committed to maintaining a safe and healthy work environment. Our employees participate in comprehensive safety training programs and we conduct rigorous evaluations to minimize job site hazards and potential accidents. All MixOnSite employees are responsible for complying with our safety policies, standards and guidelines.

Lower Northwest Interceptor
Sacramento, CA

Annular Space Grouting

This project consisted of a 19-mile sewage conveyance pipeline and pump station system that required micro-tunneling methods to install the new lines anywhere pipe could not be installed in an open-cut trench, such as under the Sacramento River or I-80.

The micro-tunneling operation was completed by filling the annular space around the pipe with Geofill LD cellular concrete to prevent corrosion and movement. This flowable material also reduced potential flotation or collapse of the carrier pipe.