Institute of Civil Engineers / plant RDF / Gasplasma facility / plant GasplasmaTM / /
IndustryTerm
gas resulting / gas cleaning / electrical energy input / greenhouse gas emissions / water gas shift reaction / chemical and physical characteristics / gas phase components / gas cleaning system / intense gas/solids contacting / operational equipment / landfill site / metal species / energy balances / gaseous product / overall energy / thermal conversion technology / thermal technology / Energy conversion efficiency / gas composition / acid gas contaminants / refined gas / energy conversion / power generation utilising efficient gas engine technology / reformed and consistent quality synthesis gas / sustainable solutions / gasification reaction gas / thermodynamical technologies / high energy density / heavy metal leaching / gas stream / rubber crumb / gas turbine / stable vitrified product / recoverable energy / gas engine / high energy / ash product / mining / engineered commercial solution / energy efficiency / renewable energy / clean and competitive solution / fluidised bed technologies / energy content / food waste / energy / be in finding effective / sustainable solutions to combat the effects / /
OperatingSystem
Microsoft Windows / /
Organization
US Federal Reserve / Institute of Civil Engineers / European Union / /
Position
model data The GasplasmaTM process / General / /
Product
B 47 / waste / /
ProgrammingLanguage
Ruby / /
Technology
thermal conversion technology / fluidised bed technologies / Incineration / gas engine technology / heat transfer / GasplasmaTM technology / RDF / thermal technology / /
The GasplasmaTM process: its application in Enhanced Landfill Mining Chris CHAPMAN1, Richard TAYLOR1, Ruby RAY1 1 Advanced Plasma Power (APP), Unit B2, Marston Gate, South Marston Business Park,