Synercize SYnchromodal Transport NEtworks for a Construction Industry towards Zero Emissions

  • Project
  • January 2025 – January 2027
In the SYNERCIZE project, we are designing a flexible transport network for construction logistics, combining road and inland waterway transport. The network is supported by intelligent algorithms that ensure costs and emissions are minimised.

Objective

The SYNERCIZE project aims to achieve a sustainable, long-term shift from road transport to zero-emission inland waterways for the construction industry. We expect a 50% reduction in CO2 and a 46% reduction in NOx in logistics flows for construction and demolition, while transport costs will not increase.

Results

 

  • Digital tools for collecting, structuring, and analyzing high-quality data pertaining to the current and future shipments.
  • Synchromodal transport network that can easily accommodate ever-changing needs of the system.
  • Decision-making algorithms that facilitate modal shift through low-emission and low-cost operations and coordination.
  • Sustainable business models for the stakeholders in the supply chain and the synchromodal platform.

 

Duration

01 January 2025 - 31 January 2027

Approach

First, we are designing a flexible transport network for construction and demolition materials. Second, we are developing intelligent routing algorithms for inland waterway and road transport. Third, we are building digital tools for data collection and analysis. Fourth, we are creating new business models and coordination mechanisms. We are linking the research results to practice in four use cases within the Blue Lane living lab.

HU researchers involved in the research

Related research groups

Collaboration with knowledge partners

For this project we collaborate with different partners. You can find them all here:

Partners Synercize Project

Would you like to collaborate or do you have any questions?

Martin van Dijkhuizen

  • Researcher
  • Research groups: Applied Urban Energy Transition, Building Future Cities

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