Acetylene has been known since the mid-19th century, when it was discovered by Edmund
Davy in Ireland and later studied extensively by Marcellin Berthelot in France. The triple …

Fine and ultrafine powders (down to nanoparticles) have recently received growing interest
in both industrial and academic sectors due to their very distinctive features, mainly coming …

Gas fluidization has an ability to turn static particles to fluid-like dense flow, which allows
greatly improved heat transfer among porous powders and highly efficient solid processing …

The book details sources of thermal energy, methods of capture, and applications. It
describes the basics of thermal energy, including measuring thermal energy, laws of …

Coal pyrolysis in thermal plasma provides a direct and cleaner route for producing acetylene
from coal resources. Owing to the complex physical–chemical properties of coal and …

A systematic re-examination of the thermodynamic study on the process of coal pyrolysis to
acetylene in a hydrogen plasma reactor was performed with referenced pilot-plant data at …

A lab-scale laser pyrolysis platform was set up to study the pyrolysis of coal and residual oil
to light gases combining high accuracy, good repeatability and ultra-high temperature, fast …

Using thermal plasma for coal pyrolysis to acetylene provides a direct route to make
chemicals from coal resources, where the temperature field in the reactor plays a dominant …

Coal pyrolysis to acetylene in thermal plasma provides a direct route to make chemicals
from coal resources, where the rapid heating and release of volatile matters in coal particles …

The effort that China is making for cleaner production of chemicals especially based on
technology innovations of green processing and synthesizing methods, is reviewed. An …