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Restoring ecosystems through contaminated sediment treatment.

Technology

Plant System

Mechanized plants for continuous treatment, even on constrained sites.

ENVIRONMENTAL PLANT SYSTEM

Configured for each site:
Environmental Plant Systems

Soil Resources plant systems mechanize particle separation, dredging-water treatment, sludge dewatering, heavy-metal stabilization and soil improvement as one integrated on-site process.

Mobile or fixed plants are configured to site conditions for continuous operation even in constrained areas. Metered feeding, mixing, sorting and dewatering improve treatment quality and reuse potential.

Mobile / Fixed Continuous Process Metered Feed Site-Specific Design
Environmental plant system
PLANT ENGINEERING A system connecting treatment, cleanup and reuse
SYSTEM LINE-UP

Main Plant Components

Particle-separation, water-treatment, soil-improvement and sludge-solidification plants are combined according to sediment condition, throughput, site area and reuse objectives.

Separation Plant

Separates gravel, sand, fine sand, clay and sludge to recover useful aggregate and reduce contaminated fines.

Water Treatment

Manages dredging and wash water through settling, coagulation, dewatering and filtration to prevent secondary pollution.

Soil Improvement Plant

Blends dewatered sludge cake, unsuitable soil and sludge with amendments to produce fill, cover and planting soil.

Sludge Solidification Plant

Combines feeders, conveyors, silos and screw mixers to solidify sewage and dredging sludge for intended reuse.

On-site plant layout
FIELD ADVANTAGE

Plant Design for Field Performance

Sediment-treatment sites vary by waterbody, available space, haul distance, throughput and contamination level. Soil Resources adjusts equipment and process layout to optimize treatment efficiency and reuse at each site.

  • Compact-Site OperationModular layouts enable separation, water treatment and soil improvement in limited spaces.
  • Shorter ScheduleContinuous processing from feed to discharge increases on-site throughput.
  • Consistent QualityMetered feeding and mixing control reduce variation in improved-soil quality.
  • Integrated ReuseRecovered aggregate, stabilized soil and treated water are routed to fit-for-purpose reuse paths.