CAJ | 학술논문

阐述了热环境容量的含义,并在POM模型的基础上建立了热传输模型,考虑了热能在垂直方向上的扩散。采用模型试算法计算了后石电厂附近海域的热环境容量和剩余热环境容量,结果表明,后石电厂附近海域的热环境容量为1496(℃· m3)/s,一、二期工程的剩余热环境容量为350.2(℃· m3)/s,在允许的排放范围；三期扩建后的剩余热环境容量为-413.6(℃· m3)/s,超过该海域的热环境容量。研究结果可为电厂扩建及其附近海域生态环境保护提供参考依据。
천술료열배경용량적함의,병재POM모형적기출상건립료열전수모형,고필료열능재수직방향상적확산。채용모형시산법계산료후석전엄부근해역적열배경용량화잉여열배경용량,결과표명,후석전엄부근해역적열배경용량위1496(℃· m3)/s,일、이기공정적잉여열배경용량위350.2(℃· m3)/s,재윤허적배방범위；삼기확건후적잉여열배경용량위-413.6(℃· m3)/s,초과해해역적열배경용량。연구결과가위전엄확건급기부근해역생태배경보호제공삼고의거。
The connotation of the thermal environmental capacity was defined; the numerical thermal diffusion model was also established in this study based on Princeton Ocean Model (POM), and the diffusion of thermal energy in the vertical direction. The thermal and the residual environmental capacity in the sea area nearby Houshi Power Plant were calculated using the numerical model. The results showed that the thermal environmental capacity was 11496(℃· m3/s). The residual environmental capacity of first and second phase of the project was 350.2(℃· m3/s), which was in the range of emissions. After three phases of the project, the residual environmental capacity was -413.6(℃· m3/s), which will exceeded the thermal environmental capacity.Our results provide a reference for plant expansion and ecological environment protection of the adjacent waters.