科技视界
科技視界
과기시계
Science&Technology Vision
2013年
8期
131-132
,共2页
整体煤气化联合循环%(火用)%单耗分析%节能
整體煤氣化聯閤循環%(火用)%單耗分析%節能
정체매기화연합순배%(화용)%단모분석%절능
Integrated gasification combined cycle%Exergy%Specific consumption analysis%Energy saving
以热力学第二定律为基础,应用单耗分析理论,对整体煤气化联合循环系统进行了分析和计算,建立了各主要设备的(火用)分析模型及单耗计算公式.以典型的案例为基准,计算了该系统的附加单耗分布情况,找出了整体煤气联合循环系统中薄弱环节,为系统的节能降耗提供理论指导,为设备及系统的优化提供方向.
以熱力學第二定律為基礎,應用單耗分析理論,對整體煤氣化聯閤循環繫統進行瞭分析和計算,建立瞭各主要設備的(火用)分析模型及單耗計算公式.以典型的案例為基準,計算瞭該繫統的附加單耗分佈情況,找齣瞭整體煤氣聯閤循環繫統中薄弱環節,為繫統的節能降耗提供理論指導,為設備及繫統的優化提供方嚮.
이열역학제이정률위기출,응용단모분석이론,대정체매기화연합순배계통진행료분석화계산,건립료각주요설비적(화용)분석모형급단모계산공식.이전형적안례위기준,계산료해계통적부가단모분포정황,조출료정체매기연합순배계통중박약배절,위계통적절능강모제공이론지도,위설비급계통적우화제공방향.
@@@@Based on the second law of thermodynamics, integrated gasification combined cycle system is analyzed and calculated by applying the specific consumption analysis theory. Major equipments’ exergy analysis models and specific consumption calculation formulas are established. In the typical case basis, the additional specific consumption of the distribution of the system is calculated. Weak links of the integrated gasification combined cycle system are found. Provide theoretical guidance for the system's energy saving, and also provide directions for optimization of equipment and system.