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Sustainable utilization of the sewage sludge using combined drying, torrefaction and plasma gasification technologies

机译:结合干燥,焙烧和等离子气化技术可持续利用污水污泥

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This paper shows complete mass and energy balance of a novel installation for thermal utilization of the sewage sludge. Calculations were performed for the typical output of a wastewater processing plant in a middle size Polish town. Overall, the proposed configuration seems to be advantageous, as the proposed installation is fully sustainable and does not need external energy sources, due to maximized heat recovery from many different sources. Optimization of the heat use is performed, by utilizing all the available heat sources, including low-quality heat, such as the latent heat of water vapors, present in wet air after drying. Despite using plasma gasification system, the installation is able to generate surplus electricity, which can be used as a power source for all of the auxiliary devices, such as fans, augers and PLC systems.
机译:本文显示了用于污水污泥热利用的新型装置的全部质量和能量平衡。对波兰中型城镇的污水处理厂的典型产量进行了计算。总体而言,由于从许多不同来源获得的最大热量回收,建议的安装是完全可持续的并且不需要外部能源,因此建议的配置似乎是有利的。通过利用所有可用的热源,包括干燥后存在于湿空气中的低质量热量(例如水蒸气的潜热),来优化热量的使用。尽管使用了等离子气化系统,该设备仍能够产生多余的电能,该电能可以用作所有辅助设备(例如风扇,螺旋钻和PLC系统)的电源。

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