Research on the Operational efficiency Evaluation of Container Terminal Based on DEA Model
DOI:
https://doi.org/10.54691/hkaj6q38Keywords:
Container terminal, Operational efficiency, BCC-DEA model, Nansha Port.Abstract
A performance evaluation index system for container terminal operations at ports was developed, incorporating eight input indicators and one output indicator. Utilizing the BCC-DEA model under the assumption of variable returns to scale, the operational efficiency of container terminals at Guangzhou Nansha Port in 2022 and four other regions was assessed and analyzed. The results demonstrate the feasibility of using this model to evaluate the operational efficiency of container terminals, highlighting its data accessibility and its potential to assist port management departments in formulating relevant policies and guidelines to enhance productivity.
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X.N. GUO: Research on Operation Efficiency evaluation and influential factors of Chinese ports (Ph. MS., Beijing Jiaotong University, China 2016) , p.27.
G.M. LI: Research on the efficiency of port operation in Tianjin port based on improved DEA (Ph. MS., Dalian Maritime University, China 2017) , p.33.
X.Y. SUI, G.Y. JIANG, M.L CAO. et al: Evaluation of national coastal major ports' efficiency based on DEA-MI-CA method (Journal of Ningbo University), Vol. 31 (2018) No. 1, p.82-88.
C.T. LAI, J. LV, X.Q. LI: Port production efficiency research based on two-stage DEA game cross efficiency model (Journal of Shanghai Maritime University), Vol. 39 (2018) No. 1, p.52-59.
S.M. JV: Evaluation of the operational efficiency of port enterprise based on the stochastic Frontier analysis in panel data (Journal of Huzhou University), Vol. 41 (2019) No. 8, p.111-116.
M.W. LIU, X.S. WANG: Evaluation of operation efficiency container port in Yangtze river based on DEA-Tobit (Mathematics in Practice and Theory), Vol. 49 (2019) No. 14, p.36-46.
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