At booth 321/418, Hall A6, IFAT, Munich, this year, Germany's KSB will be showcasing its range of products covering pumps, valves and efficient water and wastewater systems. The longer-lasting submersible mixer KSB's AmaRoc will be a rising star in the field of wastewater discharge. It is used as a base for an Amaprop mixer up to 2.5m in diameter, safe and durable. Specially designed blender base absorbs all the force generated by the blender and safely transfers these forces to the bottom of the settler. This design concept makes the guide rail free from the force of the stirrer, which acts only to keep the stirrer always in the correct position. Therefore, the drainage pipe can be laid to 12 meters long. AmaRoc, also known as the "blender base," is made from NoriRoc, a polymer composite developed by KSB. It reduces vibration and has high resistance to abrasion. The new pump monitoring unit KSB Among the many products on display at IFAT, the new, affordable pump monitoring unit further reflects the technical strength of the company's drainage area. The product, called PumpMeter, consists of a pressure sensor and analysis and display components connected to the pump. It measures inlet pressure, outlet pressure, differential pressure and head. Measured and calculated values ​​can be read on the display unit. The operating range of the pump can be shown by a standard pump curve. Therefore, whether the water pump operates in an efficient and energy-saving manner or not, it is only necessary to take a glance to see if there is any dangerous operation. In addition, PumpMeter has been analyzing machine operating data and plotting the corresponding load table, so that operators noticed the energy saving potential of the pump, saving energy by adjusting the variable speed system. The product is installed directly on the pump at the factory, allowing the pump to be ready for use. Thanks to continuous display of the operating parameters of the pump, the new monitoring device also makes it easy to use pumps and modified transmission systems. PumpMeter replaces pressure gauges upstream and downstream of pumps, pressure transmitters with control functions, and any other monitoring equipment. The data collected from its standardized interface also applies to the central process control system. Accurate pump measurement helps to cut costs KSB also has a strong point at the IFAT booth to make efficient use of energy. To characterize this aspect, the pump manufacturer will show operators how to accurately determine whether a deepwater deep well pump is operating economically and economically, and to demonstrate its potential for energy savings. To date, KSB experts have conducted more than 4000 successful measurements. One-third of the submersible deep well pumps operated at efficiencies of less than 40% in the test, which inevitably resulted in unnecessarily higher energy consumption, which would naturally result in high operating costs for the owner / user . The new, more cost-effective submersible deep well pump can recover the cost within one year. Since such equipment typically runs thousands of hours a year, even a slight increase in overall efficiency of only a few percentage points can result in significant cost savings for the manufacturer in use. Making biogas installations more economical and practical The most important aspect of biogas production is minimizing the energy consumption of the accessory itself. This year's IFAT, KSB will again attract attention in this area. This category will be on display at the KSB Main Booth 6 in Hall 6 this year, compared with two years ago where products were shown on separate biogas booths. Low-speed submersible blender has a special large blade, the performance has improved over the previous, higher energy efficiency, longer service life. This allows pump manufacturers to greatly improve product cost performance. The company has also developed software that allows the user to calculate the best placement of the stirrer in the biogas digester (from the point of view of energy consumption and flow conditions) with the help of the software and at a glance. If Amaprop is installed in a suitable location in the tank, the new matrix will soon be distributed in the biogas digesters, effectively avoiding the so-called teacup effect of deposits accumulating in the center of the pool. One of the obvious advantages of using Amaprop in biogas digesters is that the agitator produces an efficient flow cycle that prevents the sediment from floating or settling on the bottom of the pool after delamination. Since such an installation leads to an increase in the net reaction volume, a large amount of biogas can be produced, far exceeding the amount of biogas produced by intermittent operation of a high-speed mixer installed at the pool side.