4254. Maritime Logistics Network design for CCS in Nordic-Baltic region
Invited abstract in session HF-51: Logistics Network Design, stream Hub Location and Network Design.
Thursday, 16:15-17:45Room: HG – Seminar-Raum Geschichte 1 (1st floor, st. 10)
Authors (first author is the speaker)
| 1. | Mehdi Sharifyazdi
|
| Department of Accounting and Operations Management, BI Norwegian Business School | |
| 2. | Erna Engebrethsen
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| BI Norwegian Business School | |
| 3. | Ivan Cardenas
|
| Chalmers University of Technology | |
| 4. | Juan Pablo Castrellon
|
| Logistics Unit, RISE - Research Institutes of Sweden |
Abstract
This paper develops a multi-objective mixed-integer optimization model for maritime CCS logistics network design in Nordic-Baltic region. The model determines CO₂ capture volumes, transport links, hub locations, and storage destinations for hard-to-abate industrial clusters of emitters. Using an epsilon-constraint approach, it minimizes annualized network costs and maximizes avoided emissions, accounting for network emissions from capture, liquefaction, transport, and storage. Results highlight the role of maritime transport and regional hubs in cost-efficient cross-border CCS deployment.
Keywords
- Network Design
- Maritime Logistics
- Applications, Climate Change
Status: accepted
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