International Finance CorporationInstitute for Industrial Productivity2014-09-092014-09-092014-06https://hdl.handle.net/10986/20022This report analyzes the current status of Waste Heat Recovery (WHR) technology deployment in developing countries and investigates the success factors in countries where WHR has become widely spread. The report then focuses on the in-depth analysis of WHR potential and enabling factors in eleven country markets in Africa (Nigeria, South Africa), South Asia (India, Pakistan), Middle East (Egypt, Turkey), Latin America (Brazil, Mexico) and East Asia (Philippines, Thailand, Vietnam). The report maps out major WHR equipment suppliers. In addition, the report includes a brief analysis of business and project models used internationally to support WHR deployment.en-USCC BY 3.0 IGOAERATIONAIR LEAKAGEALTERNATIVE FUELSAMMONIAAMOUNT OF POWERAPPROACHATMOSPHERIC PRESSUREAUXILIARY POWERAUXILIARY POWER CONSUMPTIONAUXILIARY POWER REQUIREMENTSAVAILABILITYAVOIDED COSTSBALANCEBASICBIOMASSBLAST FURNACEBLAST FURNACE SLAGBOILERBOILER DRUMBOILERSBUILDING MATERIALBUILDING MATERIALSBUSINESS MODELSCALCIUMCALCIUM CARBONATECALCIUM OXIDECALCIUM SULFATECARBON DIOXIDECARBONATIONCEMENTCEMENT INDUSTRYCEMENT PLANTCEMENT PLANTSCEMENT PRODUCTIONCENTRAL STATION POWER PLANTSCHEMICAL COMPOSITIONCHEMICAL REACTIONSCLEAN ENERGYCLIMATE CHANGECOALCOAL ASHCODINGCOMBUSTIONCOMBUSTION AIRCOMMERCIAL UNITSCOMMUNITIESCOMPONENTSCOMPRESSIVE STRENGTHCONDENSATIONCONFIGURATIONSCONSTRUCTIONCOOLINGCOOLING SYSTEMSCOOLING TOWERCYCLE SYSTEMCYCLE SYSTEMSEFFICIENCY POTENTIALELECTRIC GENERATORELECTRIC GENERATORSELECTRIC POWERELECTRIC POWER GENERATIONELECTRICAL POWERELECTRICAL POWER GENERATIONELECTRICITYELECTRICITY PRICEELECTRICITY PRICESELECTRICITY SAVINGSELECTRICITY SUPPLYELECTRICITY TARIFFSELECTROSTATIC PRECIPITATORSEMISSIONSEMISSIONS REDUCTIONSENERGY CONSERVATIONENERGY CONSUMPTIONENERGY EFFICIENCYENERGY EXTRACTIONENERGY PRICESENERGY REQUIREMENTSENGINEERINGEQUIPMENTEVAPORATIONFLUE GASESFLY ASHFOSSILFREEZINGFUELFUEL CONSUMPTIONFUEL COSTSFUELSGAS TEMPERATUREGAS TEMPERATURESGASESGENERATING CAPACITYGENERATION CAPACITYGEOTHERMAL POWERGEOTHERMAL POWER PLANTSGREENHOUSE GASGREENHOUSE GAS EMISSIONSGRID ELECTRICITYGRID POWERGROSS POWER OUTPUTHEATHEAT EXCHANGERHEAT EXCHANGERSHEAT INPUTHEAT RECOVERYHEAT RECOVERY SYSTEMSHEAT TRANSFERHEATINGHIGH-PRESSURE STEAMHOT GASINFILTRATIONINPUT ­ OUTPUTIRONLEAKSLIMELIMESTONENATURAL GASNET POWER OUTPUTOILOPERATING SYSTEMSOUTSOURCINGPELLETSPIPELINEPIPINGPLANT OPERATIONPOWERPOWER CAPACITYPOWER CONSUMPTIONPOWER CONVERSIONPOWER GENERATIONPOWER GENERATION SYSTEMSPOWER GENERATION TECHNOLOGIESPOWER PLANTPOWER PLANTSPOWER PRICESPOWER REQUIREMENTPOWER STATIONPOWER STATIONSPOWER SYSTEMPOWER SYSTEMSPOWER TECHNOLOGYPRICE OF ELECTRICITYPRIMARY FUELPROVEN TECHNOLOGYRANKINE CYCLERAW MATERIALRAW MATERIALSROTATIONAL SPEEDSANDSMALL KILNSSTEAM CONDITIONSSTEAM CYCLESTEAM GENERATORSSTEAM PRESSURESTEAM SYSTEMSSTEAM TURBINESTEAM TURBINESSYSTEM DESIGNTHERMAL ENERGYTHERMAL POWERTURBINE BLADETURBINE GENERATORTURBINESVAPOR PRESSUREWASTEWATER TREATMENTWEBSITE10.1596/20022