ALTFUELS@SHIPTYPES
Tool to assess and minimize the carbon footprint of specific ship types when using alternative fuels, notably LNG and MeOH
Project Structure
Work Units
Preliminary Study
Deliverables
Project Extensions
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At a glance: Project Structure
- Energy Integration
- Life Cycle Analysis: Fuels - Emisions
- Systemic Approach: Toolkit for Implementing and Designing Future Projects
At a glance: Work Units
- Development of a decision support tool for sustainability through planning and integration
- Realistic design minimizing environmental footprint
- Computing tool functionality check
- Sea route operations & techno-economic and environmental assessment
- Project management, coordination and dissemination
At a glance: Deliverables
- Roadmap and efficiency-compatibility report of alternative fuels for propulsion engines
- Energy integration of processes and CO2 capture report
- Sustainability report on water consumption
- Fuel energy efficiency assessment under uncertainties and variability parameters
- Assessment of financial viability
- Environmental footprint assessment - Life Cycle Analysis
-
Digitization background configuration for design decision support computational tool
and energy integration to minimize environmental footprint - List correlations between propulsion engine efficiency, ship type and routes
- Report of technical assessment of retrofitting requirements
- Report of techno-economic viability of technological solution integration
- Technical specifications draft for minimizing the environmental footprint
- CO2 capture unit design parameters
- Combustion engine pollutant reduction method
- Database on technical specifications for retrofitting requirements
- Database for the integration of alternative fuel supply with maritime applications
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Database for correlating design parameters with environmental footprint
minimization technologies - Mapping & ship route characteristics
- Case study for maritime routes to/from Greek ports
- Techno-economic & environmental assessment of selected ship routes
- Investment cost report for the implementation of an integrated environmental footprint minimization plan
- Communication & dissemination plan for project results - Project website
- Progress reports & publicity materials
Project extensions
01.
Incorporating CO2 emissions into sub-zero fuel storage
02.
CO2 capture on ships: Exploring challenges, feasibility, costs, and prospects
03.
Exploring more e-fuels: MeoH, H2, ammonia
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Information Day
The Energy Competence Center P.C. organised an Information Day, entitled: "The actions of the Energy Competence Center towards the Energy Transition", on Friday, March 10, ...
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Project Structure
Work Units
Preliminary Study
Deliverables
