Non-stick feeder module improves fine non-ferrous separation from IBA flows Goudsmit Magnetics is producing a black edition of the EddyFines® 38HI eddy current separator specially for IFAT 2018. This updated separator has a non-stick feeder module that further improves non-ferrous separation from IBA (Incinerator Bottom Ash) flows. For the black edition, the magnetic drum separator with vibratory feeder has been replaced by a non-stick feeder module with integrated 1800 or 3000 gauss head roller magnetic separator. Owing to the moist, cement-like product consistency of, in particular, incinerator slags, the use of a magnetic drum separator led to uneven distribution and sticking on and in the vibratory feeder trough and in the shell of the magnetic drum separator. This resulted in poorer process control and poorer separation results. In the improved version, the feeder module is fed with a mono-layer, resulting in perfect distribution over the width of the belt. Then the product is turned over, producing a looser consistency, which allows the

AVA supplies to a global operator of waste-to-energy plants in total four fly ash humidification mixers. The pug mills are allotted to various sites and locations and are going to modernize the existing wet ash dispatches. The AVA pug mills replace successively the existing mixers. In addition to the better product quality at lower water addition, the higher availability of the AVA mixers was the decisive factor for that paradigm shift. The current plant had to be stopped for cleaning twice per shift. This is eliminated by the use of the AVA ash humidifier. Their design is self-cleaning with the special AVA mixing unit and the dead space-free AVA mixing drum, which significantly increases plant availability. Another key feature of the machines is their heavy-duty construction. Due to the high abrasive products to be processed, the machines are produced very robust and with additional wear protection. Long service lives and availability can thus be guaranteed. In

AVA supplies to a global operator of waste-to-energy plants in total four fly ash humidification mixers. The pug mills are allotted to various sites and locations and are going to modernize the existing wet ash dispatches. The AVA pug mills replace successively the existing twin-shaft mixers. In addition to the better product quality at lower water addition, the higher availability of the AVA mixers was the decisive factor for that paradigm shift. The current plant had to be stopped for cleaning twice per shift. This is eliminated by the use of the AVA ash humidifier. Their design is self-cleaning with the special AVA mixing unit and the dead space-free AVA mixing drum, which significantly increases plant availability. Another key feature of the machines is their heavy-duty construction. Due to the high abrasive products to be processed, the machines are produced very robust and with additional wear protection. Long service lives and availability can thus be guaranteed. In