High-rate clarification
Chemical conditioning, sludge recycle and lamella separation for compact turbidity and phosphorus removal.
PROCESS WATER & WASTEWATER
Clarification, nutrient removal and tertiary polishing packages for demanding industrial and municipal treatment duties.

TECHNOLOGY & CONFIGURATION
The removal objective determines the process. These packages can operate as individual stages or form part of a wider treatment train.
Chemical conditioning, sludge recycle and lamella separation for compact turbidity and phosphorus removal.
Recoverable magnetic ballast increases floc density and accelerates solids separation.
Anoxic biofilm removes nitrate from nitrified effluent while deep-bed media retains solids.
Mixing, returned-sludge contact and gravity separation are integrated within one basin.
EXPLORE THE EQUIPMENT
Representative equipment from the range. Final dimensions and arrangement follow the project duty. Select an image to enlarge.
PRELIMINARY SELECTION
Published ranges support initial selection. Final equipment, dimensions, materials and performance commitments follow the confirmed project requirements.
| Family | Published capacity | Primary selection factor |
|---|---|---|
| High-rate clarifier | 1,000–20,000 m³/day | Coagulation and solids loading |
| Magnetic coagulation | 500–20,000 m³/day | Water matrix and ballast recovery |
| Denitrification filter | 1,000–30,000 m³/day | Nitrified feed and carbon availability |
| Solids-contact clarifier | 200–1,800 m³/h | Settleability and sludge circulation |
Ranges are indicative and are not universal performance guarantees. Additional sizes and arrangements are available on request. See the product datasheet for the detailed selection basis.
PROCESS & SUPPLY BOUNDARY
Supply inclusions and options are confirmed in the agreed quotation. Installation, commissioning and operation are available in Jordan, Iraq and the UAE; installation supervision and commissioning are available in other countries.
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COMMON QUESTIONS
This duty requires already nitrified feed. Nitrate loading, dissolved oxygen, carbon, temperature and backwashing govern selection.
No. Treatability testing, chemical optimization and the confirmed feed envelope establish the final design and outlet commitments.