High efficiency and low emissions from pf coal power stations has been the drive behind the development of present and future efficient coal combustion technologies. Upgrading coal, capturing CO2, reducing emission of NOx, SO2 and particulate matter, mitigating slagging, fouling and corrosion are the key initiatives behind these efficient coal technologies. This study focuses on a newly developed fuel additive (Silanite™) based efficient coal combustion technology, which addresses most of the aforementioned key points. Silanite™ a finely milled multi-oxide additive when mixed with the coal without the need to change the boiler installation has proven to increase the boiler efficiency, flame temperature with reduction in corrosion, NOx and particulate matter (dust) emissions. The process has been developed through bench, pilot (100kW) and full scale (233 MWth). The process has been found to have a number of beneficial effects that add up to a viable retrofit to existing power plant as demonstrated on the 233MWth boiler tests (under BS EN 12952-15:2003 standard)
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机译：煤粉电站的高效率和低排放一直是当前和未来高效燃煤技术发展的动力。升级煤炭，捕获二氧化碳，减少氮氧化物，二氧化硫和颗粒物的排放，减轻结渣，结垢和腐蚀是这些高效煤炭技术背后的关键举措。这项研究的重点是基于新开发的燃料添加剂（Silanite™）的高效燃煤技术，该技术解决了上述大多数关键问题。 Silanite™是一种精细研磨的多氧化物添加剂，与煤混合无需更换锅炉安装，已被证明可以提高锅炉效率，降低火焰温度，减少腐蚀，减少NOx和颗粒物（粉尘）排放。该工艺是通过台式，中试（100kW）和满量程（233MWth）开发的。如233MWth锅炉测试所示（根据BS EN 12952-15：2003标准），该工艺具有许多有益效果，可对现有电厂进行切实可行的改造。
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