To provide a reference for policy makers and investors, this paper calculates the EROIstnd [a standardized energy return on investment (EROI) method], EROIide (the maximum theoretical EROI), EROI3,i (EROI considering the energy investment in transport), and EROI3,1+e (EROI with environmental inputs) of a single vertical CSG well in the Fanzhuang CSG project in the Qinshui Basin.
The developed approach makes it possible to design low scattering glasses built from CSG of a single type.
The overall performance with this approach is better than with the classical method, which incrementally evaluates a CSG tree with single Boolean operations.
To provide valuable policy insights for policy makers, this paper seeks to systematically analyse the EROI of a single vertical well in the Fanzhuang CSG project in the Qinshui Basin, which was the first large-scale CSG demonstration project in China (Tao et al. 2015).
This section estimates the energy outputs of CSG production, the energy inputs of CSG's life-cycle stages, and CSG losses during transportation.
Two kinds of wick structures, single-powder (SP) and continuous step-graded (CSG) structures were evaluated for design optimization.
Two factors are selected in this study: (1) three different filling ratios (filling coefficient ε ranges from 80% to 120%); (2) two different wick structures, including single-powder (SP) and continuous step-graded (CSG) sintered wicks.
CSG, SLT and TK conducted proteomics analysis and CSG participated in manuscript writing.
Two of these studies were multicentre European trials conducted by the Early Clinical Trials Group (ECTG) and the Clinical Screening Group (CSG) of the EORTC, and two were single-centre trials conducted in the USA by the MD Anderson Cancer Center MDACCC) and the Memorial Sloan Kettering Cancer Center MSKCCC) (Aapro et al, 1994; Francis et al, 1994; Piccart et al, 1995; Kavanagh et al, 1996).
