Connecting filtration, concentration, dewatering, and drying #
In industrial processes, waste liquids, raw materials, and intermediates often contain large amounts of water and impurities or require concentration. Yuan Chang integrates filtration, concentration, dewatering, and drying as essential process steps to improve product quality, lower processing costs, and recover valuable resources.
Official page: Industrial Wastewater Treatment Systems
Functions and features #
- High-efficiency filtration and separation: Multi-layer filtration and high-precision media remove suspended solids and impurities.
- Vacuum concentration: Heat-pump and vacuum systems concentrate at low temperature, preserving material activity and reducing energy use.
- Dewatering and volume reduction: Quickly removes water from high-moisture materials, cutting downstream volume and cost.
- Energy-efficient drying: Low-temperature hot air or heat-pump drying for liquids, solids, and pastes.
- Modular and customizable: Configurable to line requirements, with custom integration.
- Fully automatic intelligent control: PLC and HMI for monitoring, parameter setting, and automatic cleaning.
Industries and applications #
- Metalworking and surface treatment: Cutting and grinding fluids, electroplating wastewater filtration and concentration.
- Chemical and electronics: Organic solvent recovery, raw-material concentration, saline wastewater dewatering.
- Food and pharmaceutical: Sugar solutions, fruit juice, milk, and pharmaceutical liquid concentration and pre-sterilization treatment.
- Printing, dyeing, and textile: Dye wastewater and high-COD organic wastewater reduction and water recovery.
- Resource recovery and reuse: Precious-metal recovery, chemical regeneration, and condensate filtration and reuse.
Related equipment #
- Industrial Water Treatment Equipment
- Coarse / Fine Filtering Equipment
- Thickening Equipment
- Dosing Equipment
- Dehydration Equipment
Yuan Chang states that integrating filtration, evaporation, dewatering, and drying can improve line efficiency, save water and energy, reduce waste discharge, and recover valuable resources. Actual results depend on the process and material conditions.