Research on Measures for Development of Nanjing Rail-water Intermodal Transportation based on Development of Hub Economy

At present, the proportion of railroad and waterway cargo transportation in China’s cargo transportation system is growing year by year, and Rail-water intermodal transportation is highly efficient and less polluting, which is very suitable for the current economic development, and its development has inestimable potential. Facing the growing demand for transportation, it is of special significance to improve the transportation capacity and management level of Rail-water transportation in China. This paper first analyzes the development foundation and environment of Nanjing port, then takes Longtan port as an example and proposes the main measures such as improving Nanjing’s Rail-water transportation infrastructure construction, integrating railroad resources, reforming operation and management, and formulating port cluster development planning.

Hub Location, Routing, and Route Dimensioning: Strategic and Tactical Intermodal Transportation Hub Network Design

We propose a novel hub location model that jointly eliminates some of the traditional assumptions on the structure of the network and on the discount as a result of economies of scale in an effort to better reflect real-world logistics and transportation systems. Our model extends the hub literature in various facets: instead of connecting nonhub nodes directly to hub nodes, we consider routes with stopovers; instead of connecting pairs of hubs directly, we design routes that can visit several hub nodes; rather than dimensioning pairwise connections, we dimension routes of vehicles; and rather than working with a homogeneous fleet, we use intermodal transportation. Decisions pertinent to strategic and tactical hub location and transportation network design are concurrently made through the proposed optimization scheme. An effective branch-and-cut algorithm is developed to solve realistically sized problem instances and to provide managerial insights.

The Business Process Reconstruction of Railway-River Combined Transportation Cloud Platform Taking China Container Export as an Example

In recent years, major large ports in China have realized the business informatization of rail-water intermodal transportation. However, the overall development level of intermodal transportation informatization has been restricted to a great extent due to the unbalanced development of intermodal transportation informatization in different regions, the rigid system architecture, the low degree of information sharing, and the lack of data management and analysis methods. Combined with the structure and business characteristics of intermodal transportation information systems, adopting cloud computing and Big Data technology, we propose an intermodal transportation information process with waybill as the information carrier and FPMS as the service fulcrum in this paper. Illustrated by the example of China’s container export process, this paper explores a series of key technical issues in the cloud environment, such as application management, business information sharing, and Big Data processing, at different levels of the construction of the rail water transport cloud platform, combined with its business characteristics, and makes experimental analysis on the relevant models to verify the feasibility of the reconstruction of the rail water transport cloud platform. It can provide theoretical and practical support for the development of rail water intermodal informatization in China.

Sustainable Business Model Intermodal: Ekol Logistics Example

Intermodal Transport is a system that combines multiple modes of transport, aiming to minimize the disadvantage of each mode while using the advantages of two or more transport modes with maximum efficiency. It provides the advantage of logistics companies by using intermodal transportation services in the competitive market, respecting the environment, as well as providing them with improvements in the cost area, offering more affordable prices to their customers. When our natural resources of Intermodal Transportation, which is a more economical, environmentally friendly, more efficient system, are consumed rapidly, it increases even more in this environment. With this increasing importance, the system tries to explain general information, benefits to natural resources, carbon emission rates, more resource consumption, less risk of accident, examining the information about fixed train and RORO voyages in depth, and using the interview method with the relevant department. Within the scope of this study, the basic issues about the intermodal transportation system, which is in an important position for sustainable logistics, will be explained, and then, within the scope of Intermodal Transportation services carried out by Ekol logistics, RO-RO transportation, block train services and products that are subject to trade are produced or finalized. It tells the consumers how the process is applied in the transportation journey and the benefits provided to the environment, humanity and natural resources while these logistics applications are carried out.

Pricing Anomalies and Arbitrage in Container Transport in India

Intermodal transportation requires multiple entities to manage diverse resources under complex regulations and contracts. In this paper, we carry out a multidisciplinary cross-functional analysis of container rail haulage pricing and operations in India. We discover that the total haulage cost of a container train unduly depends on the position of the containers within the train, which is referred to here as position arbitrage. The main objective of this paper is to introduce and analyze this new concept of arbitrage for the first time in the literature. We derive the limits to the arbitrage, present management insights and empirical results, and explain that the arbitrage is undesirable because of its adverse effects on the efficiency of the container supply chain. With a real case, we empirically show that container train operators can save an average of 450 million INR annually by exploiting the arbitrage. On completion of dedicated freight corridors, the annual total value of the arbitrage can increase by one billion Indian rupees. This research is also beneficial for the railways to understand the implications of haulage pricing on operational efficiency and also for the port operators and shippers to understand the implications of the arbitrage for their operations.

A Review of Port Initiatives to Promote Freight Modal Shifts in Europe: Evidence from Port Governance Systems

This study analyses how port governance systems in Europe have influenced the implementation of port initiatives focused on promoting modal shifts in freight transportation. Through a comprehensive review of port strategies, this research identified 49 individual modal shift initiatives among 21 port authorities in Europe. The results show that ports located in the Northern regions and managed by local governments, particularly in Belgium and the Netherlands, are leaders in executing strategies for modal shifts in freight transportation. Technological solutions and promoting intermodal transportation were found to be the most popular initiatives used to promote hinterland movements of freight by rail and waterborne transportation.