摘要
为了提高能量的有效利用率,选取容量为300 MW核电机组进行供热系统设计的可行性方案分析及高温气冷堆的热力参数设计,以某工业园区为例,结合热化学通道传递热量的模式,分析合成甲醇、炼油工艺、制取烯烃3类化工过程,进行供热成本比较,结果表明核能在部分化工过程中代替矿石燃料供热可以取得更好的经济收益和环境收益。
In order to improve the effective utilization rate of energy,select the capacity of 300 MW nuclear power plant for heating system design feasibility of the program analysis and high temperature gas cooled reactor thermal parameter design.Taking an industrial park as an example,the chemical process for synthesis of methanol,refinery processes and olefin production are analyzed in combination with thermochemical heat transfer model.The results show that the nuclear energy replaces the ore fuel in some chemical processes can achieve better economic benefits and environmental benefits.
出处
《吉林电力》
2017年第5期6-10,共5页
Jilin Electric Power
关键词
高温气冷堆
核能供热
节能减排
成本
high temperature gas cooled reactor
nuclear heating
energy saving and emission reduction
cost
