Screw Sludge Dewatering Machine
A screw sludge dewatering machine is the process of separating sludge into liquids and solids to reduce waste. Sludge dewatering can be accomplished using various methods, including plate & frame and belt filter presses, screw pressing, centrifuging, and geomembranes. Other choices are available in addition to these.
It is worth noting that a screw sludge dewatering machine does not cure the sludge or liquid; instead, it differentiates the solid and liquid parts to handle the distinct phases more efficiently and cost-effectively for final disposition.
Before the dewatering procedure, sludge must first be conditioned with mineral chemicals like iron salts and lime. Coagulants and flocculants are examples of organic chemicals. The sludge gets thickened using one of four methods: centrifuge, gravity belt, thickening drum/screw drum, or flotation.
BioChem Water’s screw press sludge dewatering machine occupies a place in the present sludge dewatering procedure in the wastewater treatment sector. It is still quickly recognised and accepted by the industry, thanks to its upsides of energy efficiency, stability, and a high level of automation.
In the food, petroleum, pharmaceutical, paper, chemical, leather, and other industries, the screw press sludge dewatering machine has advantages and characteristics that make it widely used in municipal wastewater treatment works and water treatment systems.
A few of the benefits of using a screw press sludge dewatering machine are:
Simple to operate and maintain: Various induction control systems can be used to achieve all-weather, fully automated unsupervised operation, and only a few daily maintenance items are essential.
Compact and space-saving design: The screw press’s dewatering body, flocculation mixing tank, and electrically controlled cabinet get integrated into a three-position design that is easy to install and has a compact design.
Contact BioChem Water today, and we will help you to find a suitable water treatment procedure for your industry.