Depending on its operating conditions, traditional soot blowing is activated for a fixed time.
However, low-frequency soot blowing can cause heat transfer efficiency to decrease. High …

The free market forces energy-intensive industrial enterprises to continuously compete. A
possible competitive advantage for such enterprises is reducing the finished products cost …

Because of the present ineffective method of soot blowing on a boiler's heating surface in a
coal-fired power plant, and to improve the economic benefit of the boiler in the power plant …

While coal–biomass cocombustion has gained considerable attention as a climate-sensitive
power generation strategy, the detrimental impact of inorganic species present in low-rank …

Ash fouling has been an important factor in reducing the heat transfer efficiency and safety of
the coal-fired power plant boilers. Scientific and accurate prediction of ash fouling of heat …

Soot blowing optimization and health management of coal-fired power plant boiler has
received increasing attention in recent years. The ash fouling monitoring and prediction are …

Conceptual and design studies on 25 MW Northen Gorontalo steam based power plant are
carried out under the existing comissioning data at four different load. The urgency of this …

In the power plant boiler, the problems about the deterioration of the heat transfer
performance of heat exchangers and the waste of steam caused by the inappropriate soot …

Soot blowing optimization is a key, but challenging question in the health management of
coal-fired power plant boiler. The monitoring and prediction of ash fouling for heat transfer …

The primary-secondary air ratio is believed to impact both the combustion process and the
overall performance of a power plant. This study aims to investigate how an increase in the …