The Study On The Construction Of Dry Port Of Tianjin Port In The Fourth Party Logistics System

The coastal area of Tianjin Port is the country’s largest and most importantartificial harbor, the container logistics and the sheared logistics center in TianjinBohai Economic Circle building has a pivotal role. Dry port in supporting regionaleconomic development plays an indispensable key role. The outback " into " coastal" strengthen the domestic and foreign capital attraction, to undertake the developmentof economy in coastal ports, to support the development of inland to learn, at the sametime as the port city’s economic development has injected new vitality. In this thesis,under the construction and development of Tianjin logistics perspective, to developthe fourth party logistics in Tianjin port of anhydrous to explore, for the exploration ofthis research is helpful to consolidate expanding mainland supply, in turn, improve theefficiency of logistics, save resources. Realize the comprehensive competitiveness andthe rapid development of Tianjin port.Firstly, This thesis studies the internal and external conditions of Tianjinanhydrous port development under the background of the development of TianjinBohai economic circle and points out the dry port of Tianjin Port Development Fourthunique economic advantage; factor analysis using the SWOT matrix evaluation foundTianjin development of dry port has the following advantages and developmentopportunities: location, with a good customer base; convenient transportation routes;perfect port logistics resources; development policy opportunities and so on.However, the further development of dry port of Tianjin is also faced with thefollowing questions: overall management mechanisms need to innovate and improve;logistics professionals relative lack of human resources structure needs furtherimprovement; Tianjin Port " dry port " the development of the fourth party logisticsmarket higher threshold; stronger competitors and so on. Through the dry port ofTianjin Logistics Construction Quartet SWOT analysis, examine the contribution ratesfor dry port in Tianjin Fourth part logistics construction.For Tianjin anhydrous port of the construction of the fourth party logistics，accurate positioning is the precondition of choice of Tianjin port logisticsdevelopment, this thesis is based on industry innovation model, the elements ofbuilding influence Tianjin port "anhydrous harbor" influencing factors of the fourthparty logistics system, through empirical analysis research influence of Tianjin port todevelop the fourth party logistics anhydrous port main influencing factors, and carrieson the sorting, looking for key factors. It is concluded that the management level, organization and coordination ability, distribution management ability as the keyfactor; Order management, relationships, intimacy, and ability of inventorymanagement, the level of policy bias, comprehensive service ability, market power,the government investment, technical strength for the important influencing factors;Purchasing management ability and the relationship between contribution for generalinfluencing factors.Finally, combining with the actual situation of Tianjin anhydrous port of fourthparty logistics, aiming at management, ability, strength and level of constraintmechanism, propose the Tianjin anhydrous port policy Suggestions on thedevelopment of fourth party logistics. First, the government should strive to buildsupport for FPL; Secondly dry port of Tianjin Port ’s own development cooperationmade with third-party logistics companies, to build the fourth party logisticsmanagement mode, change the existing pattern, training logistics-related businessproposals; Finally, the fourth party logistics infrastructure, logistics informationplatform, professional training and development of the concept of changing thelogistics support system recommendations. In short, this thesis hopes to establish dryport of Tianjin Port Construction of the fourth party logistics system, the dry port ofTianjin Fourth provide theoretical guidance system of the building.