Hg Solutions

Mercury Remediation Solutions

Hg Solutions guides projects from initial technology qualification to full-scale deployment, ensuring regulatory alignment and ready-to-operate systems for DOE-EM and other federal sites.

An expansive aerial view of a decommissioned industrial site being remediated, with clearly defined zones of activity marked by color-coded modular equipment, sealed containment units, and mobile treatment skids. The terrain shows a mix of compacted soil pads, concrete foundations, and temporary lined cells, all captured in photographic realism. Late-afternoon natural light casts long, defined shadows, highlighting the geometry of the layout and the orderly planning. The atmosphere is controlled and methodical, emphasizing risk management and compliance. Shot from a high, slightly oblique drone perspective, the composition provides sharp detail across the entire frame, with subtle atmospheric haze in the distance, conveying the scale and professionalism of remediation operations at a federal or regulated facility.
A close-up, photographic realism scene of a specialized mercury remediation pilot system housed in a compact stainless-steel skid. Polished metal vessels, precision valves, color-coded tubing, and digital pressure indicators are meticulously arranged on a grated platform. The skid sits inside a clean, well-lit industrial bay with smooth epoxy-coated flooring and clearly marked safety lines. Neutral white LED task lighting from above creates crisp highlights along pipe runs and soft shadows beneath the equipment, emphasizing texture and engineering detail. The mood is technical and controlled, suggesting validated, field-ready innovation. Captured from a slightly low angle with a medium focal length, the composition centers on the skid while the background industrial bay softly recedes, reinforcing focus on commercialization-ready technology.

Remediation Offerings

We present each technology as a distinct service with clear specs, readiness levels, and deployment contexts tailored for DOE-EM, DoD installations, and state regulators.

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About

Technical Deep Dives

We provide schematics and regulatory narratives that support expert reviewers, bridging complex innovation with practical, compliant deployment paths.

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A high-tech laboratory control room with multiple large, wall-mounted monitors displaying detailed 3D models of subsurface mercury plumes, compliance dashboards, and real-time remediation progress maps. In the foreground, a sleek dark-gray workstation surface holds ruggedized scientific instruments, neatly labeled sample canisters, and a slim industrial laptop, all rendered with photographic realism. Cool, diffused overhead LED lighting creates crisp reflections on metal surfaces and soft shadows on the console. The mood is professional, precise, and data-driven. Shot at eye level with a wide-angle lens, the composition follows the rule of thirds, keeping the primary monitor cluster in sharp focus while the surrounding equipment gently blurs, emphasizing a clean, modern technology-remediation environment.

Trusted Outcomes

A secure federal installation gate seen from inside the perimeter, with robust perimeter fencing, surveillance towers, and a distant cluster of low industrial buildings, all rendered in photographic realism. In the foreground, clearly labeled hazardous materials transport containers and sealed equipment cases sit neatly on a concrete loading apron with bright regulatory markings stenciled underfoot. Overcast daylight provides even, diffused illumination, minimizing harsh shadows and creating a serious, compliant atmosphere. Shot at eye level with a moderate depth of field, the composition keeps the containers and regulatory markings in sharp focus while the distant structures and towers soften slightly. The overall mood is disciplined, security-conscious, and aligned with the complex regulatory context of remediation at federal facilities.


Hope D.

“HgS enabled scalable remediation with real field impact.”

An expansive aerial view of a decommissioned industrial site being remediated, with clearly defined zones of activity marked by color-coded modular equipment, sealed containment units, and mobile treatment skids. The terrain shows a mix of compacted soil pads, concrete foundations, and temporary lined cells, all captured in photographic realism. Late-afternoon natural light casts long, defined shadows, highlighting the geometry of the layout and the orderly planning. The atmosphere is controlled and methodical, emphasizing risk management and compliance. Shot from a high, slightly oblique drone perspective, the composition provides sharp detail across the entire frame, with subtle atmospheric haze in the distance, conveying the scale and professionalism of remediation operations at a federal or regulated facility.


Hope D.

Partners report faster validation and regulatory alignment through HgS.

A close-up, photographic realism scene of a specialized mercury remediation pilot system housed in a compact stainless-steel skid. Polished metal vessels, precision valves, color-coded tubing, and digital pressure indicators are meticulously arranged on a grated platform. The skid sits inside a clean, well-lit industrial bay with smooth epoxy-coated flooring and clearly marked safety lines. Neutral white LED task lighting from above creates crisp highlights along pipe runs and soft shadows beneath the equipment, emphasizing texture and engineering detail. The mood is technical and controlled, suggesting validated, field-ready innovation. Captured from a slightly low angle with a medium focal length, the composition centers on the skid while the background industrial bay softly recedes, reinforcing focus on commercialization-ready technology.


Hope D.

Real-world deployments demonstrate measurable contaminant reductions.

A high-tech laboratory control room with multiple large, wall-mounted monitors displaying detailed 3D models of subsurface mercury plumes, compliance dashboards, and real-time remediation progress maps. In the foreground, a sleek dark-gray workstation surface holds ruggedized scientific instruments, neatly labeled sample canisters, and a slim industrial laptop, all rendered with photographic realism. Cool, diffused overhead LED lighting creates crisp reflections on metal surfaces and soft shadows on the console. The mood is professional, precise, and data-driven. Shot at eye level with a wide-angle lens, the composition follows the rule of thirds, keeping the primary monitor cluster in sharp focus while the surrounding equipment gently blurs, emphasizing a clean, modern technology-remediation environment.


Hope D.

We trust HgS to bridge tech and compliance for federal programs.