Solid Liquid Separator ⁽¹²⁸⁾

DAF equipment is a water treatment system that separates suspended solids from water by attaching them to microbubbles, which rise to the water surface. In some cases, surfactants in the water attach to bubbles and float, enabling separation—this method is referred to as foam flotation.

Shutdown Maintenance: When shutting down the machine, ensure there is no grain left inside the trommel drum. Feeding should be stopped first, and only after the grain inside the drum has been fully discharged should the machine be powered off. Screen Hole Cleaning Mechanism: The…

Inspection: Check all parts of Trommel Screen for any loosening or damage caused by transportation, use, or storage before operation to avoid malfunctions during use. Belt and Chain Maintenance: Regularly inspect easily worn transmission parts such as belts and chains. Ensure proper tension and apply…

1. Operation Process of Mechanical Bar Screen Inflow Stage: Wastewater enters the cylindrical rotary drum from the front (axially). Filtration Stage: Water flows out through the screen slots or mesh on the drum surface, while suspended solids (screenings) are retained on the inner surface of…

A dissolved air flotation unit operates by introducing a large quantity of microbubbles into the wastewater. These tiny air bubbles attach to fine oil droplets and suspended solids, causing them to float to the surface, where they are separated from the water. This process enables…

Rotary Arm Curved Bar Screen The working principle of the rotary arm curved bar screen involves a drive unit that rotates the rake arm to lift and remove debris retained on the curved bar screen. A scraper is used to clean off the debris from…

1. Energy Consumption Analysis The energy consumption of the mechanical bar screen mainly comes from the motor drive and the backwashing system. Taking the rotary drum type as an example: Motor Power: 1.5 kW, operating 24 hours per day, with an electricity cost of approximately…

A mechanical bar screen is a grid system used for removing debris from wastewater. The screen operates with a mechanical cleaning system and is typically installed at an angle of 60° to 75°. The water passage area of the screen should generally be at least…

When selecting a sieve bend screen, several additional parameters should be taken into account: Dimensions and Weight: The dimensions and weight of the sieve bend screen vary depending on the model and material. When choosing a model, it is essential to consider the available installation…

Processing Capacity The processing capacity of a DSM Screen refers to the volume of wastewater it can handle per unit of time, typically measured in cubic meters per hour (m³/h). The processing capacity directly affects the efficiency and application scope of the DSM Screen. JX…

How to Determine the Aperture Size and Filtration Precision of a DSM Screen? The aperture size of the screen mesh directly determines the filtration efficiency and precision of the DSM screen. Common screen apertures range from 0.1mm to 5.0mm. Smaller apertures are suitable for applications…

Hydraulic Screen, also known as hydraulic wedge screen, arc screen, or sieve bend screen, is a small, non-powered separation device widely used in wastewater treatment. The wastewater to be treated is evenly distributed onto the arc-shaped screen surface through the water distribution device on top…