Precipitate
Chemistry converts dissolved or fine contaminants into particles that can be separated.
A Wild Pack Holdings companyLINXSETTLE · Linx Equipment family 02
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LINXSETTLE
Lamella clarification
LinxSettle concentrates gravity-settleable solids across inclined plates, providing high clarification area in a substantially smaller footprint.
WHAT IT DOES
The process inside the equipment.
LinxSettle is designed for dense precipitates and floc that separate best by gravity. Conditioned water enters a controlled distribution zone and rises between inclined plates while solids slide down into the sludge hopper.
The plate pack multiplies the effective settling area without requiring a conventional clarifier basin. Integrated flash mix, flocculation, hopper storage, and sludge transfer can turn the clarifier into a complete separation package.
HOW IT WORKS
A controlled path from influent to result.
Build floc
Controlled mixing and polymer develop larger, denser solids without breaking the floc.
Settle on plates
Solids contact the inclined surfaces and slide down while clarified water rises.
Collect sludge
Settled material concentrates in the hopper for timed draw-off, storage, or dewatering.
EQUIPMENT CAPABILITIES
Built around the duty—not a fixed catalog box.
- High-rate inclined-plate clarification
- Removable or serviceable plate packs
- Flash-mix and flocculation integration
- Application-sized inlet distribution and weirs
- Sludge hopper, draw-off, and transfer pumping
- Optional polymer panel, generator, and mobile package
AVAILABLE CONFIGURATIONS
A starting platform for application engineering.
Compact
50–200 GPMRemovable plate-pack package with optional bolt-on flash/floc mixing and polymer control.Standard
300–1,000 GPMLarger plate area with integrated conditioning and application-sized sludge hopper.Mobile
500–1,000 GPMRapid-deployment trailer system with optional mixers, polymer feed, controls, and power.Published ranges identify current Linx platform configurations. Final hydraulic capacity, materials, loading, retention, utility demand, and performance basis are established for the application.
BEST-FIT APPLICATIONS
Where LINXSETTLE earns its place.
- Heavy-metals precipitation
- Groundwater treatment
- Industrial stormwater
- Phosphorus removal
- Paint and plating wastewater
- Leachate and remediation water
DESIGN DATA REQUIRED
What Linx needs to size it.
- Flow and hydraulic variability
- Settling rate and floc characteristics
- Influent and target TSS
- Chemical-conditioning results
- Solids production and draw-off frequency
- Footprint, height, and access limitations
TREATMENT-TRAIN INTEGRATION
Designed as a family. Connected as a system.
Equalization, pH adjustment, LinxReact precipitation, and LinxDose polymer feed.
→Flow distribution, inclined-plate separation, overflow collection, and sludge concentration.
→LinxPolish filtration or discharge, with sludge storage and LinxPress dewatering.
CONFIGURE LINXSETTLE
Start with the water, duty, and operating result.
Send the available flow and laboratory data, treatment target, site constraints, utilities, schedule, and operating plan. Linx will turn those inputs into a buildable LINXSETTLE design basis and integrated equipment concept.