3D ENVIROLOGICS LLC

3D ENVIROLOGICS LLC specializes in hazardous material abatement and environmental remediation services for federal facilities, with deep expertise in asbestos, lead paint, and mercury removal. The company delivers comprehensive decommissioning support, including pre-demolition surveys, containment protocols, debris management, and emergency response for contaminated infrastructure. Their technical proficiency spans EPA and OSHA-compliant abatement procedures, air monitoring, waste characterization, and regulated material handling under 40 CFR Part 61 and 29 CFR 1926.1101. A key differentiator is their ability to execute complex, multi-phase remediation projects within occupied healthcare and defense facilities without disrupting critical operations, demonstrating strong coordination with facility managers and regulatory stakeholders. The contractor maintains a consistent, high-volume relationship with the Department of Health and Human Services, performing routine and emergency remediation across biomedical research, clinical, and administrative buildings. Work includes targeted abatement in lab spaces, HVAC systems, and structural elements, often under time-sensitive decommissioning timelines. Limited but notable engagement with the Department of Defense involves hazardous material management for aging infrastructure, particularly in military medical and support facilities. Their primary industry focus is remediation services under NAICS 562910, positioning them as a niche provider for federal environmental compliance and facility modernization. They serve verticals requiring stringent contamination control, including federal healthcare, research labs, and military installations, where regulatory precision and operational continuity are paramount. As a Women-Owned Small Business and Woman-Owned Business certified firm based in Barboursville, Virginia, 3D ENVIROLOGICS LLC leverages its small business status to support federal diversity goals while maintaining agile, on-site response capabilities across the Eastern Seaboard. Their operational model emphasizes safety, regulatory adherence, and mission-critical timing in high-sensitivity environments.