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Inorganic polymer coagulant. Charge neutralisation and bridging settle suspended solids quickly.
- Appearance
- White to pale-yellow powder, or liquid
- Main component
- Polyaluminium chloride
- Al₂O₃ content
- By grade, see TDS
Used for: Municipal and industrial wastewater clarification
Iron-based polymer coagulant. Forms dense, fast-settling floc and also reduces colour, oil, COD and heavy metals.
- Appearance
- Red-brown powder
- Main component
- Polyferric sulfate
- Fe₂O₃
- ≥ 35%
Used for: Textile dyeing, paper, tannery, electroplating and mining wastewater; heavy-metal, oily and fluoride-bearing effluent
Aluminium–iron composite coagulant. Hydrolyses fast and copes with swings in turbidity, alkalinity and organics.
- Appearance
- White to pale-yellow powder, or liquid
- Main component
- Polyaluminium ferric chloride
- Basicity
- ≥ 50%
Used for: Drinking and process water, domestic and industrial wastewater
Coagulants
CAS 10043-01-3
Classic inorganic coagulant, readily soluble in water.
- Appearance
- White crystals or powder
- Main component
- Aluminium sulfate
- Al₂O₃
- ≥ 15%
Used for: Drinking water purification, wastewater treatment, paper sizing, dyeing
Coagulant and reducing agent, readily soluble in water.
- Appearance
- Light-blue crystals
- Main component
- FeSO₄·7H₂O
- Content
- ≥ 99%
Used for: Decolouring dyeing wastewater, general wastewater treatment, soil conditioning
Flocculants & sludge
CAS 9003-05-8
High-molecular-weight flocculant in anionic, cationic and non-ionic types.
- Appearance
- White granules or powder
- Ionic type
- Anionic · Cationic · Non-ionic
- Molecular weight
- 8–20 million
Used for: Settling, sludge dewatering, papermaking aid, oilfield
Breaks the bound-water film around sludge particles so filter presses run shorter cycles and give drier cake that releases cleanly from the cloth.
- Appearance
- White to pale-yellow powder, or liquid
- Main component
- Polymer blend
Used for: Municipal, chemical, electroplating, dyeing and coal-washing sludge; tailings
External carbon source and buffer for biological denitrification.
- Appearance
- White crystals or powder
- Purity
- ≥ 99%
Used for: Carbon dosing in municipal and industrial biological systems
Liquid blend of small-molecule organic carbon. Adds carbon where influent organics are too low for nitrogen removal.
- Appearance
- Pale-yellow to clear liquid
- pH (1% solution)
- 6.0–7.0
- Main component
- Blended small-molecule organic carbon
Used for: Denitrification in municipal, chemical, dyeing, food and slaughterhouse wastewater; replaces sodium acetate or glucose
Aerobic culture that oxidises ammonia to nitrite and nitrate.
- Appearance
- Brown powder or liquid
- Viable count
- ≥ 2 × 10⁸ CFU/g
Used for: Ammonia removal in municipal and industrial biological systems
Culture that reduces nitrate to nitrogen gas under anoxic conditions.
- Appearance
- Brown powder or liquid
- Viable count
- ≥ 2 × 10⁸ CFU/g
Used for: Total nitrogen removal in municipal and industrial biological systems
Blend of functional strains that degrades COD, ammonia and total nitrogen together.
- Appearance
- Brown powder or liquid
- Viable count
- ≥ 5 × 10⁸ CFU/g
Used for: Complex municipal and industrial wastewater with several pollutants
Knocks down foam fast and holds it down for long periods.
- Appearance
- White viscous liquid
- Main component
- Dimethyl or modified silicone oil
- Working temperature
- −20 to 120 °C
Used for: Fermentation, wastewater, paper, textiles, coatings, drilling mud
Heat- and pH-tolerant defoamer. GPE type suits fermentation; PPE type suits high temperatures.
- Appearance
- Pale-yellow to clear liquid
- Main component
- Polyether copolymer
- Working temperature
- GPE −10 to 80 °C · PPE −10 to 120 °C
Used for: DAF and process foam in chemical, textile, paper, fermentation, coatings and pharmaceutical plants
Removes colour while flocculating solids and lowering COD. Two grades available.
- Appearance
- Pale-yellow to brown liquid
- Colour removal
- ≥ 90%
- Main component
- Organic polymer blend
Used for: Dyeing, textile, paper, ink and paint wastewater
Stops CaCO₃, CaSO₄, BaSO₄, SrSO₄, silica and metal-oxide scale on membranes and extends membrane life.
- Appearance
- Colourless to pale-yellow liquid
- Main component
- Specialty polymer
- pH range
- 2–12
Used for: RO, NF and UF systems, cooling water, boiler water
Plant extracts and essential oils capture and break down odour molecules. Not strongly corrosive.
- Appearance
- Pale-yellow clear liquid
- Main component
- Plant extract, essential oil, surfactant
Used for: Spray or mist systems at landfills, sludge yards, wastewater plants, livestock farms, toilets and pump stations