摘要
The thermal model and mathematical model for a heat, power and gas cogeneration system were established.The models were used to calculate the changes of gross coal consumption and energy availability coefficient of a heat, power and gas cogeneration system with two types of coal when gas output was 10000 m^3·h~ -1 , boiler steam load was 130 t·h~ -1 .The minimum gross coal consumption and the maximum energy availability coefficient were found from the calculation results.The energy availaility coefficient μ could be used as a criterion for evaluating the multi-production system.
The thermal model and mathematical model for a heat, power and gas cogeneration system were established. The models were used to calculate the changes of gross coal consumption and energy availability coefficient of a heat, power and gas cogeneration system with two types of coal when gas output was 10000 m^3 ·h^-1, boiler steam load was 130 t·h^-1. The minimum gross coal consumption and the maximum energy availability coefficient were found from the calculation results. The energy availaility coefficient μ could be used as a criterion for evaluating the multi production system.
出处
《化工学报》
EI
CAS
CSCD
北大核心
2006年第11期2727-2730,共4页
CIESC Journal
基金
辽宁省科学技术重点项目(2005224001)~~
关键词
三联供
能量利用系数
干馏温度
部分气化
heat, power and gas cogeneration
energy available coefficient
pyrolysis temperature
partial gasification
