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Understanding pulverised coal, biomass and waste combustion - A brief overview

机译:了解煤粉,生物质和废物燃烧-简要概述

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Pulverised coal (PC) firing has been the dominant technology for generating power in utility boilers for almost a century. During this period, boiler designs have evolved through an accumulating collection of knowledge that has led to many empirical relationships that still guide current and future design directions to some degree. In the late 1940s the developed nations began to undertake coal research based on scientific principles to ensure the most efficient use of the primary energy resource represented by coal. As the body of scientific knowledge on the physics and chemistry of coal combustion grew, it was used to direct the improvements to efficiency required and, later, the control of pollutants produced during the combustion of coal. This involves not only the control of emissions of particulates, SOx and oxides of nitrogen but also of trace elements, polycyclic aromatic hydrocarbons and, importantly, CO2.
机译:近一个世纪以来,粉煤燃烧一直是公用事业锅炉中发电的主要技术。在此期间,锅炉设计是通过不断积累的知识而发展起来的,这些知识导致了许多经验关系,这些经验关系仍然在一定程度上指导当前和未来的设计方向。在1940年代后期,发达国家开始根据科学原理进行煤炭研究,以确保最有效地利用以煤炭为代表的一次能源。随着关于煤炭燃烧的物理和化学的科学知识的增长,它被用来指导对所需效率的改进,以及随后对煤炭燃烧过程中产生的污染物的控制。这不仅涉及控制颗粒物,SOx和氮氧化物的排放,还涉及痕量元素,多环芳烃以及重要的是CO2的排放。

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