Project extensions
Expanding Horizons, Extending Possibilities: Enriching Projects through Strategic Extensions
Moving Forward
Extending Boundaries, Expanding Impact: Enriching Projects through Strategic Extensions
01.
Incorporating CO2 Emissions into Sub-Zero Fuel Storage
In pursuit of comprehensive energy integration within maritime transport, a critical step involves the seamless integration of CO2 emissions into fuel flows aboard ships.
This forward-looking analysis is already in progress, yielding promising initial results that warrant further in-depth investigation.
The primary objective is to harmonize both the fuel cycle and the emission cycle within the innovative altfuels@shiptypes tool.
This holistic approach not only aims to enhance the efficiency and sustainability of maritime operations but also signifies a significant stride towards reducing the carbon footprint of the shipping industry.
02.
CO2 Capture on Ships: Exploring Challenges, Feasibility, Costs, and Prospects
Exploring challenges, feasibility, costs, and prospects of CO2 represents one more crucial step in advancing sustainable maritime practices.
By applying established CO2 capture procedures to the unique context of ships, using altfuels@shiptypes project newly developed tool, the goal is to decipher their adaptability and potential modifications.
Through altfuels@shiptypes research the intricate challenges associated with implementing these technologies at sea, encompassing the intricacies of marine environments can be further explored.
Moreover, the costs linked to these procedures and any necessary adaptations must be evaluated.
By quantifying financial implications, valuable insights into the feasibility of widespread adoption will be provided.
Additionally, this project extension will cast a discerning eye towards the future, analyzing the long-term prospects of these carbon capture techniques within the maritime industry.
Our project’s goal is to pave the way for environmentally responsible and economically viable practices that will drive a sustainable transformation in global shipping.
03.
Exploring more e-fuels: MeoH, H2, ammonia
Another extension of the altfuels@shiptypes project involves exploring alternative fuels beyond LNG, such as methanol, H2, and ammonia.
This pertains to the investigation of safety issues associated with each, considering their unique characteristics, advantages, drawbacks, energy footprint, and potential for co-production and CO2 storage.
These potential alternative fuel solutions hold particular promise because their storage and utilization conditions are similar to those required for CO2.
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Project Structure
Work Units
Preliminary Study
Deliverables
