발전 보일러용 비회 이송설비에서 최대 비회 이송량 예측

Prediction of Maximum Fly Ash Conveying Capacity of Fly Ash System in a Power Plant
  • 진경용
  • 문윤재
  • 이재헌
  • 문승재

초록

This study presents prediction of maximum fly ash conveying capacity of fly ash system in a power plant. The mixture ratio and pressure drop characteristics of air-fly ash flow in piping system are not well understood due to the complexity of particle motion mechanism. In this paper, the researcher investigated the optimum mixture ratio when the pressure drop of fly ash conveying system is equal to maximum static pressure of displacement fly ash transport blower and the capacity of fly ash transport according to the optimum mixture ratio by experimenting the fly ash conveying system of domestic D coal thermal power plants, which is currently in operation. The experiment results showed that the maximum fly ash conveying capacity of fly ash system were founded under the condition of maximum air volume 5,040 m3/h, static pressure of trip condition 1,163 mmH2O. In addition, it was predicted maximum mixture ratio of the air-fly ash was 8.66 and maximum capacity of fly ash conveying was 52,600 kg/h under these conditions.

키워드

Fly ash(비회)Mixture ratio(혼합비)Prediction of conveying capacity(이송량 예측)
제목
발전 보일러용 비회 이송설비에서 최대 비회 이송량 예측
제목 (타언어)
Prediction of Maximum Fly Ash Conveying Capacity of Fly Ash System in a Power Plant
저자
진경용문윤재이재헌문승재
발행일
2015-03
유형
정기학술지(Article(Perspective Article포함))
저널명
플랜트 저널
11
1
페이지
50 ~ 57