Work Package 4 focusing on the Sustainability and Economic profitability...
An assessment of the technology impact using data from the other WPs will be conducted with SUT as the main contributor to this phase.
State-of-the-art standardized life cycle assessment (LCA) methodology will be applied (ISO 14040, ISO 14044) to evaluate the cumulative environmental impact of the analysed technology during specific life stages of the ACTIVATEngine and during its whole lifetime.
A very demanding part of LCA is the life-cycle inventory of the system, that demands data transfer in cooperation between the consortium partners. The LCA will be performed using different scenarios related e.g. to:
To evaluate the lifetime effect, the ReCiPe impact method can be applied. The method allows for the indicator estimation of damage to human health, to the ecosystem and to resource availability. Results will be compared to the LCA of a reference conventional diesel engine technology. The comprehensive environmental impact analysis will be assured by supplementing the LCA with a thermo-ecological analysis (TEC).
This methodology accepts exergy as the only rational measure of the resources quality and provides knowledge about resources depletion. Profitability of the proposed ACTIVATEngine technology will be estimated using standard financial engineering tools and the exergo-economic approach. It is assumed that partners will work together on the completion of unit-investment-cost matrix.
This Work Package finished on 30.09.2022
M4.1 Inventory analysis performed ☑ achieved
M4.2 Impact indicators and TEC calculated ☑ achieved
M4.3 Economic indicators obtained ☑ achieved
D4.1 Map and quantification of all material and energy inputs and outputs ☑ delivered
D4.2 Matrix of impact indicators for LCA obtained for ammonia driven engine ☑ delivered
D4.3 Report on economic impact indicators of the technology ☑ delivered
D4.4 Report on activities performed in the WP4 ☑ delivered
Coordinating the assessment of sustainability and economic profitability of the technology, responsible for LCA, thermo-ecological and exergo-economic analyses
Karolina Petela
karolina.petela@polsl.pl