Technology

Two water products.

COREX and VECTRA form the intended product core. Sizing, manufacturing and installation are project-specific — matched to the existing plant.

COREX

COREX

Hydraulic flow booster for secondary clarifiers.

VECTRA

VECTRA

Standalone sludge decanter-concentrator.

Digital plant basis

From as-built to a released model.

COREX and VECTRA are detailed above. Below is the digital basis that links design, manufacturing and proof — project-specific, not a generic package.

3D plant model with LiDAR capture
Digital plant basis

3D plant model

3D capture, plant model and released interfaces link as-built docs, variant checks, design and manufacturing.

Some visuals illustrative. Partner manufacturing and own capacity follow a staged build — see Architecture and Location.

Digital development

Drones, 3D capture and remote operation.

Camera drone, handheld scanner and LiDAR drone cover different capture ranges; humanoid remote operation stays a separate later capability.

Inspection camera drone
Remote inspection

Camera drone

Routine imagery and visual checks of hard-to-reach plant areas.

Handheld 3D scanner
Detail capture

3D scanner

Components, connections and tight spaces at high local detail.

LiDAR drone over plant
Large-area scanning

LiDAR drone

Point clouds of larger outdoor areas and whole plant zones.

Humanoid remote operation — target perspective
Long-term perspective

Humanoid remote operation

Separate fitness, safety and legal clearance per use case — not a current service claim.

  1. Deploy expertise across sites
  2. Reduce travel and physical load as design goals
  3. Provide accessible control stations and assistive tech
  4. Offset skills shortages with human-led remote presence

Development direction; effects and fitness validated per application. Clearances: safety, law, privacy, human supervision.

Environmental balance · LCA

CO₂ balance — standards-based, two tiers, under operating conditions.

Independent life-cycle assessment (LCA) for Speed-o-Clar® / COREX by VERACITY for Densiline (Dec 2025). ISO 14040/14044, ReCiPe 2016 Midpoint (H). Reference plant: 100,000 PE, 20-year horizon.

Level 1 · France 4,375 t CO₂e avoided (net) over 20 years
Level 1 · Morocco 3,390 t CO₂e avoided (net) over 20 years
Environmental payback 12 / 6 days France / Morocco
Benefit / impact ratio > 13,000:1 Level 1, both contexts
Tab. · LCA Level 1 — main items over 20 years
LeverFranceMoroccoReading
Stop ferric chloride (FeCl₃)−4,220 t CO₂e−2,540 t CO₂eDominant: 96% / 75% of L1 benefits
Recirculation energy (−75%)−156 t CO₂e−850 t CO₂eGrid mix effect Morocco ×5.4 vs FR
Manufacture + transport (net, 95% HDPE recycle)≈ 0.25 t CO₂e≈ 0.3 t CO₂eEntry cost, quickly offset
Net Level 1 balance−4,375 t CO₂e−3,390 t CO₂eDirect quantified benefits

Level 2 (expanded, conditional): co-benefits such as avoided clarifier build-out only when plant-specific conditions apply — up to −4,725 t (FR) / −3,836 t (MA). Public messaging leads with Level 1.

LCA validity — operating envelope
  • Water ≤ 45 °C
  • Surface overflow rate ≈ 1 m/h without sludge washout
  • Aeration-tank MLSS ≤ 4 g/l · SVI ≤ 200 ml/g
  • Recirculation ≤ 50% (24/7)
  • Verified with calibrated flow and turbidity instruments

Source: VERACITY — multi-criteria LCA SPEED-O-CLAR® for Densiline, v2.0 delivered 19 Dec 2025 · ISO 14040/14044. Extrapolation beyond study assumptions needs plant-specific analysis.