FOLLUM HYDROLOGIC SOLUTIONS, LLC

Follum Hydrologic Solutions, LLC specializes in hydrologic modeling and water resource analysis services, leveraging advanced computational techniques to support environmental and engineering research initiatives. Based in Casper, Wyoming, the firm delivers technical solutions centered on hydrological data interpretation, watershed simulation, and hydrodynamic system evaluation, primarily for U.S. government research entities. Their work involves the application of numerical modeling frameworks, GIS-integrated hydrologic tools, and field data assimilation to address complex water cycle challenges, with a focus on precision, reproducibility, and regulatory alignment in environmental assessments. The contractor has demonstrated engagement with the U.S. Army Engineer Research and Development Center, supporting mission-critical hydrologic research activities. While specific project details are not available, the nature of the awarding entity suggests involvement in hydrologic forecasting, flood risk modeling, or infrastructure resilience studies aligned with Army Corps of Engineers’ water resources priorities. The relationship reflects a niche alignment with federal R&D missions requiring specialized hydrologic expertise rather than broad infrastructure implementation. The primary NAICS code 541330 indicates a focus on scientific and technical consulting services, particularly in environmental science and hydrology. This positions Follum Hydrologic Solutions as a technical services provider within the environmental engineering sector, serving agencies that require data-driven hydrologic analysis for policy, planning, or environmental compliance. Their market positioning is that of a specialized, small-scale provider with domain-specific knowledge in water systems modeling. As a small business structured as a 2K entity, Follum Hydrologic Solutions operates with agility and focused technical execution. The company holds no formal government certifications but maintains a geographically concentrated presence in the western U.S., serving federal research and development missions requiring localized hydrologic insight and field-relevant data analysis.