Esmil - Model JD -Roller Press

Roller Press JD Series is an efficient and reliable solution for dewatering difficult sludge, offering:

• Reliable dewatering of high-mineral sludge without abrasive wear or jamming
• High dewatering efficiency across various sludge types
• Trouble-free operation even with sludge containing high fat and oil content
• Superior corrosion resistance with stainless steel and high-strength plastic construction
• Simple operation and easy maintenance

• Sludge dewatering for small to mid-sized municipal wastewater treatment plants
• Textile and leather processing industries
• Food sector (dairy, meat, fish, brewing, and more)
• Cosmetics and pharmaceutical production facilities
• Pulp, paper, and woodworking industries
• Biogas complexes
• Semiconductor and automotive manufacturing plants

Dewatering Efficiency of JD Roller Press:

• The JD Roller Press efficiently dewaters a variety of sludge types within a wide concentration range (0.5–5%).
• Cake dryness, which depends on the sludge's water release properties, can reach up to 30%.
• It offers a dependable solution for dewatering sludge with a high mineral content of around 60%.

Key Benefits and Innovative Features:

• Capable of dewatering sludge with low organic content and high levels of abrasive particles, fibers, fats, oils, and petroleum products.
• Reliable operation without abrasive wear or jamming, even when dealing with large debris, thanks to its reverse mode.
• The gap between the upper and lower rollers is at least 50 mm, allowing it to handle sludge with large, fibrous inclusions without clogging the main dewatering unit.
• The self-cleaning roller design prevents clogging and eliminates the need for shutdowns to clean the filter surface.
• The equipment consumes significantly less energy compared to other dewatering systems.
• The self-cleaning effect of the filter pores removes the need for rinsing water.
• The total nominal power of the main dewatering unit's drives is up to 1.8 kW.
• The press features a compact, enclosed design, requiring minimal installation space and low ventilation costs.
• Low operational costs.