VIV Europe, From Feed To Food

Coal washeries face high chemical waste due to poor slurry control. RETTAR Thicker Bed Level Monitoring offers precision, saving millions annually. Coal slurry thickeners are the core of solid-liquid separation in coal washing, and their operational efficiency directly affects the economic benefits of coal washeries. However, traditional thickener management methods have long been plagued by prominent problems: turbid overflow risks, uncontrollable flocculant (PAM) costs due to experience-based dosing, and inefficient maintenance caused by easy interference of traditional instruments. To address these pain points, RETTAR Thicker Bed Level Monitoring System provides a professional solution. With vertical penetration sensing, dual-signal scanning and cloud intelligent control as its core, the system’s probe goes deep into the thickener, directly penetrating the coal slurry medium to accurately monitor the distribution of clear liquid layer, sedimentation layer and sludge layer, avoiding data distortion caused by tank wall scaling and bubbles. The system dynamically adjusts flocculant dosage according to real-time

For continuous operations and cost optimization in mining and material processing plants, precisely determining the actual material volume and inventory within silos is a critical factor. Traditional level sensors provide limited point data, leading to inaccurate volume estimates and unreliable inventory reports, especially when facing high dust or extreme environmental conditions. RETTAR offers a breakthrough solution using its robust 3D Radar Scanning technology. The 3DPro2300 Series Radar Scanner provides the high-penetration, accurate 3D data required for complex interior volume calculations, offering a reliable monitoring architecture for smart inventory management. ATEX-Certified Reliability for Silo Environments The RETTAR 3DPro2300 Series Radar Scanners are specifically engineered for environments where lasers fail. Their superior wave penetration and environmental immunity make them the ideal choice for high-dust, high-humidity, or confined silo environments