SBB StaBiKat - results/titledata

*ABSORPTION ; ABSORPTION OF ENERGY ; AGRICULTURAL WASTES ; AIR FLOW ; AIR POLLUTION ; AIR POLLUTION CONTROL EQUIPMENT ; AIR TEMPERATURE ; AIR TEMPERATURES ; ALKALI ; ALKALI CONTENT ; ALKALI METALS ; ALKALIS ; ALTERNATIVE FUEL ; ALTERNATIVE FUELS ; AMMONIA ; AMMONIUM ; AMMONIUM CHLORIDE ; ATMOSPHERIC FLUIDIZED BED COMBUSTION ; AUXILIARY ENERGY CONSUMPTION ; AUXILIARY EQUIPMENT ; AUXILIARY POWER ; AUXILIARY POWER CONSUMPTION ; AVAILABILITY ; BED COMBUSTION ; BIOMASS POWER ; BLAST FURNACE ; BLAST FURNACE SLAG ; BOILER ; BOILERS ; BUILDING MATERIAL ; BUILDING MATERIALS ; BURNERS ; CADMIUM ; CALCIUM ; CARBON ; CARBON CAPTURE ; CARBON EMISSIONS ; CARBON ENERGY ; CARBON FOOTPRINT ; CARBON NEUTRAL ; CEMENT ; CEMENT INDUSTRY ; CEMENT PLANT ; CEMENT PLANTS ; CEMENT PRODUCTION ; CHEMISTRY ; CHLORIDES ; CHLORINE ; CHROMIUM ; CLEAN ENERGY ; CLEANER PRODUCTION ; CLIMATE ; CLIMATE CHANGE ; CO2 ; COAL ; COAL QUALITY ; COAL TRANSPORTATION ; COGENERATION ; COMBUSTION ; COMBUSTION AIR ; COMBUSTION CONTROL ; COMBUSTION EFFICIENCY ; COMBUSTION SYSTEM ; COMPRESSED AIR ; CONDENSATION ; CONSTRUCTION MATERIALS ; COOLING TOWER ; CORROSION ; COST OF COAL ; CYCLONES ; DIESEL ; DIOXINS ; DISPOSAL COSTS ; DUST ; EFFICIENCY IMPROVEMENT ; EFFICIENT USE ; EFFICIENT USE OF ENERGY ; ELECTRIC POWER ; ELECTRICAL POWER ; ELECTRICITY ; ELECTROSTATIC PRECIPITATOR ; EMISSION ; EMISSION LEVEL ; EMISSION LEVELS ; EMISSION REDUCTION ; EMISSION REDUCTION POTENTIAL ; EMISSIONS CONTROL ; EMISSIONS FROM CEMENT PRODUCTION ; EMISSIONS REDUCTION ; EMISSIONS REDUCTIONS ; ENERGY CONSERVATION ; ENERGY CONSUMERS ; ENERGY CONSUMPTION ; ENERGY COSTS ; ENERGY EFFICIENCIES ; ENERGY EFFICIENCY ; ENERGY EFFICIENCY IMPROVEMENTS ; ENERGY EFFICIENT TECHNOLOGIES ; ENERGY INTENSIVE ; ENERGY LOSS ; ENERGY LOSSES ; ENERGY MANAGEMENT ; ENERGY PLANTATION ; ENERGY SAVINGS ; ENERGY SYSTEMS ; ENERGY USE ; ENVIRONMENTAL ASPECTS ; ENVIRONMENTAL IMPACTS ; ENVIRONMENTAL ISSUES ; ENVIRONMENTAL PERFORMANCE ; ENVIRONMENTAL PROTECTION ; ESP ; EVAPORATION ; FLAME TEMPERATURE ; FLUORINE ; FLY ASH ; FOSSIL ; FOSSIL FUEL ; FOSSIL FUELS ; FUEL ; FUEL CELL ; FUEL COMBUSTION ; FUEL COST ; FUEL OIL ; FUEL PROPERTIES ; FUEL REQUIREMENTS ; FUEL TYPES ; FUEL USE ; GAS TEMPERATURE ; GASES ; GENERATION ; GHG ; GREEN HOUSE GAS ; GREEN HOUSE GAS EMISSIONS ; GREENHOUSE ; GREENHOUSE GAS ; GREENHOUSE GAS EMISSION ; GREENHOUSE GAS EMISSION REDUCTION ; GREENHOUSE GAS EMISSIONS ; HALOGENS ; HAZARDOUS WASTE ; HAZARDOUS WASTE DISPOSAL ; HEAT ; HEAT RATE ; HEAT RECOVERY ; HEAT TRANSFER ; HEAVY METALS ; HEAVY OIL ; HIGH ASH CONTENT ; HIGH ENERGY CONSUMPTION ; HOT GAS ; HOT GASES ; HOT WATER ; HYDRO POWER ; HYDROCARBON PRECURSORS ; INCOME ; INDIRECT EMISSIONS ; INDUSTRIAL WASTE ; INTERNATIONAL ENERGY AGENCY ; LANDFILL ; LANDFILL SITES ; LEACHING ; LIMESTONE ; LOAD FACTOR ; LOW-CARBON ; MERCURY ; METALS ; MINERALIZER ; MOISTURE CONTENT ; MUNICIPAL SOLID WASTE ; NEW PLANTS ; NOX ; NOZZLES ; OFFSHORE WIND ; OIL ; OIL CRISIS ; OIL PRICES ; OIL SUPPLY ; ORGANIC COMPOUNDS ; ORGANIC POLLUTANTS ; OXYGEN ; PARTICULATE ; PARTICULATE MATTER ; PETROLEUM ; PETROLEUM COKE ; POLLUTANTS ; POLLUTION ; POLLUTION CONTROL ; POWER ; POWER CONSUMPTION ; POWER GENERATION ; POWER GENERATION CAPACITY ; POWER PLANTS ; POWER REQUIREMENTS ; PRESSURE DROP ; PRESSURE RISE ; PSC ; RADIATION ; RAW MATERIAL ; RAW MATERIALS ; RENEWABLE ENERGY ; RENEWABLE ENERGY GENERATION ; RENEWABLE ENERGY TECHNOLOGIES ; RETROFITTING ; SAFE DISPOSAL ; SAFE WASTE DISPOSAL ; SAND ; SELENIUM ; SOLAR POWER ; SOLAR THERMAL ; SOLID BIOMASS ; SOX ; STEAM CONSUMPTION ; STEAM PRESSURE ; STEAM TURBINES ; SULFUR ; SULPHUR ; SUSTAINABLE DEVELOPMENT ; SUSTAINABLE ENERGY ; THERMAL EFFICIENCY ; THERMAL ENERGY ; THERMAL POWER ; THERMAL POWER PLANTS ; TRACE ELEMENTS ; TURBINE ; UNDERGROUND MINE ; URBAN POPULATION ; VAM ; VOLTAGE ; WASTE GENERATION ; WASTE GENERATORS ; WASTE MANAGEMENT ; WASTE MINIMIZATION ; WIND ; WIND ENERGY ; WIND ENERGY POTENTIAL ; WIND FARMS ; WIND POWER ; WIND POWER GENERATION ; WIND TURBINES ; ZINC