Selected Papers from SDEWES 2018 Conferences on Sustainable Development of Energy, Water and Environment Systems
Selected Papers from SDEWES 2018 Conferences on Sustainable Development of Energy, Water and Environment Systems
English[eng]
sewage sludge||torrefaction||steam gasification||tars||water recycling||wastewater treatment||environmental and energy performance||life cycle assessment (LCA)||crude oil refining||high-efficiency cogeneration||primary energy saving||electricity from cogeneration||paper industry||GateCycle||CO2 emissions avoided||sinter||porous media||local thermal non-equilibrium||exergy destruction minimization||BP neural network||genetic algorithm||urban simulation||photovoltaics||heat pump||co-generation||heat demand analysis||low-temperature district heating||district cooling||energy storage||linear programming||tropical climate||integrated energy modelling||energy system optimization||temporal resolution||energy planning||variable renewable energy sources||Discrete Element Model||gas–solid flow||heat transfer enhancement||entransy dissipation||numerical simulation||optimization||control strategy||peak-shaving||mCHP||Stirling engine||renewable energy||energy consumption profile||heavy truck traffic||road transport||liquefied natural gas (LNG)||alternative fuels||hydrogen||hydrogen pipelines||hydrogen transmission||pipeline transmission||pressure drop||pinch analysis||heat exchanger network (HEN) design||plus-minus principle||supply temperature||disturbances||maximum energy recovery||bypass||economic evaluation||two-phase flow regime||airlift pump||void fraction||image analysis||efficiency optimization||energy microgrids||energy system integration||smart building clusters||hybrid renewable systems||heat pumps||district heating||cogeneration||natural gas||natural gas regulation station||turboexpander||pressure regulator||energy recovery||energy conversion||energy system analysis||flue gas heat recovery||exergy||coefficient of performance||thermoelectric generator||organic rankine cycle||district energy systems||anaerobic digestion and composting||circular economy||energy return on investment||hydrogen bioenergy||food waste hierarchy||biofuel||CI engine||combustion||emission||greenhouse gas||jatropha biodiesel||nanoparticle||performance||Covenant of Mayors||indirect emission allocation||local energy generation||geoenergetics||ground source heat pumps||borehole heat exchangers||thermal response test||borehole thermal energy storage||bioelectricity||carbon capture||negative emissions||sugarcane||biomass||climate change||wave energy converters||Power Take Off||EP4||latching||wave flume||floating||moorings||renewable electricity generation systems||SDEWES 2018||chicken manure||proximate and ultimate analysis||energy potential||sustainable smart city||mathematical optimisation||urban design||bilevel modelling||location theory||traffic assignment||infrastructure expansion||building location||sustainable development||energy efficiency in industry
English[eng]
sewage sludge||torrefaction||steam gasification||tars||water recycling||wastewater treatment||environmental and energy performance||life cycle assessment (LCA)||crude oil refining||high-efficiency cogeneration||primary energy saving||electricity from cogeneration||paper industry||GateCycle||CO2 emissions avoided||sinter||porous media||local thermal non-equilibrium||exergy destruction minimization||BP neural network||genetic algorithm||urban simulation||photovoltaics||heat pump||co-generation||heat demand analysis||low-temperature district heating||district cooling||energy storage||linear programming||tropical climate||integrated energy modelling||energy system optimization||temporal resolution||energy planning||variable renewable energy sources||Discrete Element Model||gas–solid flow||heat transfer enhancement||entransy dissipation||numerical simulation||optimization||control strategy||peak-shaving||mCHP||Stirling engine||renewable energy||energy consumption profile||heavy truck traffic||road transport||liquefied natural gas (LNG)||alternative fuels||hydrogen||hydrogen pipelines||hydrogen transmission||pipeline transmission||pressure drop||pinch analysis||heat exchanger network (HEN) design||plus-minus principle||supply temperature||disturbances||maximum energy recovery||bypass||economic evaluation||two-phase flow regime||airlift pump||void fraction||image analysis||efficiency optimization||energy microgrids||energy system integration||smart building clusters||hybrid renewable systems||heat pumps||district heating||cogeneration||natural gas||natural gas regulation station||turboexpander||pressure regulator||energy recovery||energy conversion||energy system analysis||flue gas heat recovery||exergy||coefficient of performance||thermoelectric generator||organic rankine cycle||district energy systems||anaerobic digestion and composting||circular economy||energy return on investment||hydrogen bioenergy||food waste hierarchy||biofuel||CI engine||combustion||emission||greenhouse gas||jatropha biodiesel||nanoparticle||performance||Covenant of Mayors||indirect emission allocation||local energy generation||geoenergetics||ground source heat pumps||borehole heat exchangers||thermal response test||borehole thermal energy storage||bioelectricity||carbon capture||negative emissions||sugarcane||biomass||climate change||wave energy converters||Power Take Off||EP4||latching||wave flume||floating||moorings||renewable electricity generation systems||SDEWES 2018||chicken manure||proximate and ultimate analysis||energy potential||sustainable smart city||mathematical optimisation||urban design||bilevel modelling||location theory||traffic assignment||infrastructure expansion||building location||sustainable development||energy efficiency in industry