ANIMAL/ORGANIC WASTE INCINERATOR MOD. EXCE AN Simplicity and technology, finally together. EXCE incinerator combines heavy-duty construction and easy operation with advanced combustion control to ensure safe, efficient, and fully controlled destruction of animal carcasses and organic waste.

FORTEC is an Italian company with over 50 years of experience in solutions for thermal waste treatment, cremation, and the controlled management of thermal processes. We design and manufacture every key component in-house, from steel structures and refractory linings to electrical panels and control systems, an advantage that ensures a truly Made in Italy product, full control over quality and lead times, and more effective customer support. Each plant is developed to customer specifications, tested before • • • delivery, and supported by dedicated sales teams for both the Italian and export...

ANIMAL CARCASSES AND ORGANIC WASTE ENVIRONMENT Thanks to the FORTEC VOYAII microprocessor management system, the cycle is completely controlled and automated The full-section upper door allows convenient loading of any type of waste. The chambers are built in such a way as to ensure a perfect incineration process, complying with the most restrictive European and world regulations The range of Exce AN incinerators represents in the wide variety of For.Tec. Brand products, the simplest, safest, most effective and fastest solution for the disposal of organic waste, animal carcasses, slaughterhouse...

The Exce AN incinerators boast high operational performance, extreme ease of use, great reliability, sturdiness and durability: the insulation of the chambers is made with a first layer of calcium silicate panels with a high insulating coefficient and a second layer of refractory concrete with a high concentration of A1203, resistant to temperatures of over 1500°C; the loading hatch cover is made with HT-Z ceramic fiber, with a density greater than 160 kg/m3, highly resistant to thermal shock, fixed by stainless steel hooks. Thanks to the use of latest generation thermo-fluid dynamics simulation...