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HMI Infrastructure combines engineering expertise with the manufacturing of specialized chemical grouts, equipment, and custom solutions for engineers, public agencies, infrastructure contractors, industrial owners, and asset managers.
Our approach focuses on evaluating the soil-structure interaction of existing and proposed infrastructure elements to assess system stability before, during, and after construction. A critical part of this process is investigating and diagnosing existing in-situ conditions to identify underlying issues and determine the appropriate approach for final design and implementation.
HMI Infrastructure partners with you to understand the root cause of the problem and develop comprehensive, engineered solutions that address the underlying conditions rather than simply treating the symptoms.
Evaluate and develop specialized polymers and material systems around the receiving conditions, installation requirements, and performance objectives of the infrastructure asset.
Extend life, reduce maintenance requirements, and save troubled infrastructure through chemical grouting remediation.
Define the mechanism, constraints, service requirements, and intended performance before selecting an intervention. Use project evaluation, engineering analysis, and modeling where appropriate to develop the treatment approach.
Connect investigation, observed response and acceptance to the question being evaluated and verify in laboratory.
Test field conditions via LiDAR, GRP, FWD, DCP and more to understand the problem at the scientific root and verify the solution after chemical grouting remediation work is performed.
Use purpose-built delivery solution that fit the treatment zone, access constraints, material system, and required level of control and verification.
HMI Infrastructure is built for infrastructure assets where engineering, material behavior, subsurface conditions, testing, and field execution need to work together. The technical approach remains consistent while the loading, access, service conditions, materials, and acceptance requirements change by asset type.
Roadways, bridge approaches, structural pavements, pavement shoulders, rail, paths, and related transportation assets where settlement, support loss, voids, drainage, and repeated loading influence performance.
Public works assets, utilities, culverts, pipes, drainage systems, and other municipal infrastructure where access, service continuity, subsurface conditions, and constructability shape the solution.
Industrial slabs and pavements, warehouses, facilities, and other heavy-duty concrete assets where support conditions, downtime, loading, and long-term performance matter.
Slopes, embankments, waterways, seawalls, bulk-fill areas, and erosion or washout conditions where soils, water, support, and structural performance interact.
Frame the problem in terms of the asset’s mechanical response and the required service condition. Project evaluation should connect loading, soil support, material behavior and the proposed construction sequence. Coordinate the treatment concept with the owner’s standards and the responsible design professionals.
As a manufacturer, we develop chemical grout systems with tailored reaction characteristics, mechanical properties, and long-term performance. Our grouts are formulated and engineered to address specific soil conditions, application requirements, and performance objectives.
Infrastructure performance depends on how materials behave together as a system—not simply on a single strength or density value. Mechanistic laboratory testing characterizes material response under controlled conditions to better understand stiffness, deformation, load response and other performance-related behavior.
These measured properties can inform 3D numerical modeling used to evaluate how pavement, soils, support layers and treatment systems interact under project-specific conditions. Connecting material characterization with modeling helps compare alternatives, refine treatment approaches and support engineering decisions around the performance required from the complete system.
Field evaluation establishes what is happening in the existing asset and subsurface system before a treatment approach is selected. Depending on the project, evaluation may consider surface condition, structural response, support conditions, subsurface materials and other factors influencing performance.
Technologies such as LiDAR, Falling Weight Deflectometer testing, Dynamic Cone Penetrometer testing and borehole/core evaluation provide different forms of site-specific data. Used together with engineering analysis and project history, this data helps define the condition being addressed, identify areas requiring further investigation and establish a baseline for treatment planning and performance evaluation.
Infrastructure projects often require more than selecting the right material. Application methods and equipment must account for site access, treatment depth, placement control, project timelines, and performance requirements. HMI Infrastructure combines engineering expertise with the ability to develop and manufacture specialized chemical grouts and purpose-built application equipment, providing project-specific solutions backed by technical expertise and field support.
