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Antifoams prevent foam from interfering with treatment processes, ensuring system efficiency. Excessive foam, often caused by pumping or DAF whitewater, can clog membranes, reduce chemical treatment effectiveness, and disrupt operations. We have a number of different options to match site requirements.
Inorganic coagulants, containing aluminium or iron, are widely used in wastewater treatment processes such as food and beverage production and waste purification. They are particularly effective in removing organic matter and phosphorus, improving overall water quality.
Hybrid coagulants are single products that combine the advantages of various coagulants. They are often used in more challenging wastewater conditions, such as those that need quick and stable flocs with lower sludge generation.
Organic coagulants can be used at much lower concentrations while remaining effective across a wide range of applications. This not only enhances efficiency but also results in significantly less sludge production, reducing disposal costs. Especially good when combined with biological treatments.
Flocculants are water-soluble polymers that help small coagulated particles in wastewater clump together, improving their removal. Added during the flocculation process, they enhance floc strength and settling, making separation more efficient.
Metal precipitation is a commonly used method for treating heavy metal-contaminated wastewater. It works by converting dissolved heavy metals into insoluble solid compounds, which can then be removed through sedimentation or filtration.
Nutrients and activated sludge conditioners support biological wastewater treatment by encouraging & enhancing microbial growth and activity plus sludge stability. They provide essential nutrients for microbial growth, improve floc formation, and optimise sludge settling for more efficient treatment.
Maintaining optimal pH and alkalinity levels is crucial for efficient chemical treatment, ensuring the effectiveness of biological treatments and chemical precipitation processes, while also minimising equipment corrosion.