Water-Solid Synergy and Closed-Loop Resource Recycling

ISNA® Integrated Short-cut Nitrification and Anammox process
WH-CADF® Coagulation & Adsorption deep DeFluorination
RF-HF™ Hydrofluoric Acid Production from Recovered Fluorite

Water-Solid Synergy and Closed-Loop Resource Recycling

ISNA® Integrated Short-cut Nitrification and Anammox process

WH-CADF® Coagulation & Adsorption deep DeFluorination

RF-HF™ Hydrofluoric Acid Production from Recovered Fluorite

WH-CADF® Induced Enhanced Advanced Fluoride Removal Process | Water Healer

WH-CADF® Induced Enhanced Advanced Fluoride Removal Process

Solving the challenge of meeting tightened fluoride discharge standards.

Advancement

  • Meets the requirements of different discharge standards, with high fluoride removal efficiency.
  • Skid-mounted modular equipment with a small footprint and short construction period.
  • High chemical utilization, delivering a 40% lower cost than conventional processes.
  • Proven in fluoride removal and upgrade retrofits across multiple scenarios, with a wide application range.

Process Features

High Volumetric Efficiency

The reactor incorporates a micro-tube fluidized reaction zone, a sludge–water separation zone and a seed crystal recovery zone. The functional units work in synergy within a compact structure with a small footprint. A jet mixer ensures thorough mixing of the fluoride-containing wastewater and the fluoride removal agent, improving chemical utilization and enhancing fluoride removal performance.

High Fluoride Removal Efficiency

The micro-tube fluidized reaction zone intensifies turbulence, inducing crystallization between fluoride ions and the fluoride removal agent for rapid precipitation and improved fluoride removal efficiency.

Applicable Discharge Standards

Lime / Calcium Chloride Method 20 ppm
WH-CADF® ≤ 1.5 ppm
1.5

Patented Technologies

Reactor Configuration Innovation

  • Integrated skid-mounted design with enhanced sludge–water separation.

Crystal Nuclei Induced Enhanced Crystallization

  • Secondary dosing of fluoride removal sludge, with crystal nuclei induced enhanced crystallization.

AI-Driven Fluoride Concentration Monitoring and Precise Dosing System

Applications

Photovoltaic (PV) Industry
Semiconductor Industry
Advanced Fluoride Removal for Industrial Wastewater
Advanced Fluoride Removal for Municipal Wastewater

Reference Cases