This system effectively processes large volumes of sludge, making it highly efficient in diverse industrial settings.
The primary separation involves categorizing materials into solids, light liquid, and heavy liquid in a single process, maximizing operational efficiency
The 3-phase separator efficiently separates solids, light liquids, and heavy liquids from sludge, streamlining what was traditionally a two-step process into one. This boosts productivity and reduces energy consumption.
Ideal for sludge treatment in crude oil tanks, separation of engine oil and waste oils, and recovery of high-value oils. Its environmental benefits include effectively isolating high-load contaminants, thereby reducing waste volume.
This equipment continuously dewaters high-concentration sludge, automatically adjusting compression and dewatering based on sludge density. Its automation allows for continuous operation, making it suitable for large-scale sludge processing.
Widely used in food processing sludge, industrial wastewater, and municipal wastewater treatment, as well as in solid-liquid separation processes within the ceramics and mineral industries.
It efficiently concentrates low-density sludge into high-density sludge while separating solids and liquids. Polymer additives enhance dewatering efficiency, and continuous operation ensures stability and high throughput.
Used for concentrating livestock wastewater, food waste sludge, and final sediment sludge in wastewater treatment plants, helping to reduce sludge volume and improve downstream process efficiency.
This low-speed separator effectively separates solids and liquids while allowing for speed adjustments based on sludge consistency. Its low maintenance costs and long lifespan make it highly reliable.
Ideal for initial solid-liquid separation in food and livestock waste, wastewater, and sludge processing facilities.
The high-speed rotating system rapidly dewaters solids, with an enhanced suction power that increases processing speed by 1.5 to 2 times, optimizing filtration and cleaning.
Used in chemical, pharmaceutical, and food industries for precise solid-liquid separation, excelling in high-density sludge processing.
BLUEWIN separators use high-speed rotation to separate solids and water in sludge quickly, creating dewatered cake with high solids content. This reduces energy requirements for downstream drying or incineration processes.
The vacuum system and sealed structure minimize odors and contaminants, ensuring an eco-friendly setup. Automated operation reduces energy costs, keeping the workspace clean and cutting down additional wastewater treatment expenses.
They handle a wide range of organic and inorganic sludge, maintaining stable separation performance even with highly viscous or dense sludge compositions
The vacuum system and sealed structure minimize odors and contaminants, ensuring an eco-friendly setup. Automated operation reduces energy costs, keeping the workspace clean and cutting down additional wastewater treatment expenses.
Automated systems enable 24-hour continuous operation, optimizing productivity and making them ideal for high-capacity environments.
Effectively separates solids and moisture from various types of industrial wastewater and sewage, reducing sludge volume and improving downstream processing efficiency.
Specially suited for processing high-density inorganic sludge in mining and ceramics, ensuring efficiency in large-scale sludge treatments.
Ideal for separating organic waste and solids from wastewater in food processing and precise solid-liquid separation in chemical production.
Dewatered solids can be recycled as fuel or resources, with high calorific value, making separators useful for the resource recovery industry.
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