Sentence examples for heating power generation from inspiring English sources
The major sources of anthropogenic emissions of NO2 are combustion processes (heating, power generation, and engines in vehicles and ships).
During winter the urban atmosphere is warmed slightly, but significantly, by energy from fuel combustion for home heating, power generation, industry, and transportation.
There is a wide choice of dependable sellers, such as BHP Billiton (Anglo-Australian), Glencore (Anglo-Swiss), Peabody Energy and Arch Coal (both American).Other fuels are beset by state interference and cartels, but in this industry consumers in heating, power generation and metallurgy are firmly in charge, keeping prices low.
Versatile and economically competitive thermal energy storages are necessary to fulfill the widely differing requirements for storages applied in renewable energy systems, process heat, district heating, power generation and domestic heating.
The coal is ignited and air is injected underground to sustain a fire, which is essentially used to "mine" the coal and produce a combustible synthetic gas which can be used for industrial heating, power generation or the manufacture of hydrogen, synthetic natural gas or diesel fuel.
The results suggest the potential of this new concept for applications to electricity power and heat power generation.
In order to recover the heat loss, a waste heat power generation system is proposed in this work.
In the present work, a waste heat power generation system is analyzed based on the criteria with and without considering the heat/exergy loss to the environment.
The results illustrate that the global optimization method can obtain the optimal design parameters for each component in the waste heat power generation system.
With the aid of the conditional extremum principles, the equation group is solved to obtain the optimal structural and operational parameters for the heat power generation system.
Thus, choosing the appropriate expressions for the performance criteria is crucial for the optimization design of the waste heat power generation system.
