Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
5482339 | Renewable and Sustainable Energy Reviews | 2017 | 20 Pages |
Abstract
This review shows that combustion coupled with steam turbine technology is the primary approach to produce biopower and/or bioheat from solid biomass sources worldwide. In different countries, CBHBP production through distributed generation (DG) is seen as a viable way of taking advantage of local biomass sources. In Turkey, biopower production through thermochemical conversion technologies that require solid biomass sources is still at an early stage. A challenging increase in biopower development is needed. In conclusion, modern utilization of solid biomass sources through distributed CBHBP production based on combustion and steam turbine technology, in line with worldwide biopower developments, is a solution to utilize the existing potential efficiently that can be implemented in the short term. Distributed CBHBP should be implemented as soon as possible and become widespread in the country, especially in rural areas near forest villages and in agricultural regions where solid biomass sources are locally available and where there is a constant heat/cold and power demand.
Keywords
NREAPBFBCFBLHVMWthGHGN2OUNFCCCCH4BioelectricityESPORCHRSGBiomass cogenerationBiomass CHPkWeMWEBIGCCCHPMtoeINDCNOxSOxTPEsEuropean UnionLCALife Cycle AssessmentNitrogen oxidesNitrous oxideSulfur oxidesnational renewable energy action planFluidized bedCirculating fluidized bedBubbling fluidized bedCombined Heat and PowerTurkeyTONDistributed generationintended nationally determined contributionsSulfur dioxideSO2Carbon dioxideelectrostatic precipitatorMethaneLow heating valuecarbon monoxideinternal combustion engineHeat recovery steam generatormegawattmillion tonsExcess air ratioOrganic Rankine cycleCO2total primary energy supplyUnited nations framework convention on climate changekilowattkilowatt-hourkWhGreenhouse gasIce
Related Topics
Physical Sciences and Engineering
Energy
Renewable Energy, Sustainability and the Environment
Authors
Guner Eksi, Filiz Karaosmanoglu,