PresentationDetailed knowledge about the explosion indices is essential for safe and efficient operation. For optimal operation, explosion indices should be known under realistic process conditions, in other words under the prevailing temperature, pressure and turbulence levels of the process. The equipment described in this paper allows experiments to be carried out under actual process conditions within the following ranges: initial temperatures up to 400 °C, initial pressures up to 35 bar, oxygen enriched mixtures up to mixtures involving pure oxygen and under known and adjustable turbulence levels. The explosion indices can thus be determined under realistic conditions avoiding any uncertainties in extrapolation from data obtained under...
The experimental results of the measurements of the explosion pressure and rate of explosion pressur...
The article is focused on the determination of explosion characteristics of energo gas produced from...
ABSTRACT Ethylene Oxide (EO) is one of the essential chemicals in industrial processes. At ambient ...
The implementation of a catalyzed oxidation, as part of a new production plant launch, describes a c...
[[abstract]]A simple and safe method for determining the explosion limits at elevated pressures and ...
Abstract: Fire and explosion prevention plays an important role in the running of chemical processes...
Accidental gas explosions in industrial equipment are seldom initiated at atmospheric conditions. Fu...
Hydrocarbon partial oxidation is still one of the most hazardous processes in the chemical industry,...
Abstract- A large pilot plant was constructed to study the upper flammability limit of ethene-air-ni...
Accidental gas explosions in industrial equipment are seldom initiated at atmospheric conditions. Fu...
A large pilot plant was constructed to study the upper flammability limit of ethene-air-nitrogen mix...
Explosive atmospheres can be caused by gases, vapors, mist, dust, lint, or fibers of flammable subst...
Each flammable substance has a range in which it can be explosively ignited when mixed with air at g...
The explosive atmosphere may be caused by flammable gases / vapours or combustible dust. If the amou...
This thesis describes an experimental investigation of pressure development in dust explosions, usin...
The experimental results of the measurements of the explosion pressure and rate of explosion pressur...
The article is focused on the determination of explosion characteristics of energo gas produced from...
ABSTRACT Ethylene Oxide (EO) is one of the essential chemicals in industrial processes. At ambient ...
The implementation of a catalyzed oxidation, as part of a new production plant launch, describes a c...
[[abstract]]A simple and safe method for determining the explosion limits at elevated pressures and ...
Abstract: Fire and explosion prevention plays an important role in the running of chemical processes...
Accidental gas explosions in industrial equipment are seldom initiated at atmospheric conditions. Fu...
Hydrocarbon partial oxidation is still one of the most hazardous processes in the chemical industry,...
Abstract- A large pilot plant was constructed to study the upper flammability limit of ethene-air-ni...
Accidental gas explosions in industrial equipment are seldom initiated at atmospheric conditions. Fu...
A large pilot plant was constructed to study the upper flammability limit of ethene-air-nitrogen mix...
Explosive atmospheres can be caused by gases, vapors, mist, dust, lint, or fibers of flammable subst...
Each flammable substance has a range in which it can be explosively ignited when mixed with air at g...
The explosive atmosphere may be caused by flammable gases / vapours or combustible dust. If the amou...
This thesis describes an experimental investigation of pressure development in dust explosions, usin...
The experimental results of the measurements of the explosion pressure and rate of explosion pressur...
The article is focused on the determination of explosion characteristics of energo gas produced from...
ABSTRACT Ethylene Oxide (EO) is one of the essential chemicals in industrial processes. At ambient ...