THOUVENOT WADE & MOERCHEN INC

Thouvenot Wade & Moerchen Inc. specializes in high-precision surveying and mapping services for federal infrastructure and defense projects, delivering topographic, bathymetric, and utility location surveys using advanced geospatial technologies. Their work encompasses boundary delineation, control network establishment, LiDAR data collection, GIS integration, and subsurface utility mapping, with a demonstrated focus on complex terrain and military installation environments. The firm excels in delivering accurate, field-verified data for engineering design, construction planning, and land management, often supporting projects requiring compliance with federal geospatial standards and tight operational timelines. Their technical proficiency includes total station and GPS surveying, drone-based photogrammetry, and GIS data processing for spatial analysis and digital terrain modeling. The company maintains a consistent relationship with the Department of Defense, providing mission-critical surveying services for base infrastructure, boundary verification, and environmental site characterization across diverse geographic regions. Projects range from utility potholing and river boundary surveys to topographic mapping for airfield and range modernization, indicating deep familiarity with DoD engineering protocols and security requirements. Thouvenot Wade & Moerchen Inc. is primarily focused on NAICS 541370, which encompasses non-geophysical surveying and mapping—specifically terrestrial and hydrographic data acquisition for civil, military, and environmental applications. This positions them as a niche provider in defense-aligned geospatial services, serving projects requiring high accuracy, regulatory compliance, and rapid turnaround in sensitive operational areas. As a small business structured as a 2L entity based in Swansea, Illinois, the firm operates without federal certifications but maintains a focused presence in the defense and federal land management markets. Their geographic positioning supports responsive field deployment across the continental U.S., particularly in regions with active military and federal landholdings.