Deliverables
D1.1- “Summary and analysis of available abatement methods for SOX, NOX and PM, together with data on emissions, waste streams, costs and applicability”
D1.2- “Report on outcome from stakeholder discussions”
D2.1- “Database and analysis on waste stream pollutant concentrations, and emission factors”
D1.3- Emission values based on the STEAM model
D2.2- Report on measurements of dissolved and particulate contaminants in case study regions
D2.3- Report on scrubber water whole effluent toxicity testing, at different geographical regions
D2.4 – Multivariate prediction of scrubber water toxicity
D3.1- Compilation and analysis of experimental data from on-board campaigns, including emission and activity data and profiles
D3.2- Improved emission factors and emission profiles for use in the STEAM model
D3.3- Dataset of emission factors
D4.2- Baseline concentrations of sea water pollutants
D4.3 – Predicted effects of ship emissions on biogeochemistry and contamination of marine biota
D5.2-Model updates, description and evaluation report
D5.1- Shipping emission dataset for air quality models
D5.3 – Report and datasets on shipping contribution to air quality in Europe and case study areas
D5.4 – Report and datasets on concentration and exposure for health assessments in WP6
D.6.1- Baltic and North Sea report
D.6.2 – Mediterranean Sea report
If you intend to include or cite any EMERGE results in your publications, please use the following format: “Lastname1, Firstname; Lastname2, Firstname. Deliverable Name. Deliverable D(number) of the H2020/EMERGE project, Publication Date.”
In case you wish to have access to the above-mentioned deliverables, please contact Dr. Androniki Maragkidou (androniki.maragkidou@fmi.fi).
Preliminary Results
First stage of integrated modelling of water and air emissions:
The predicted washwater releases to sea, from open-loop SOx scrubbing in ships in 2016. The colour codes indicate emissions in mass units (per annum) per computational grid area.
Emissions of CO2 from ships in 2011. The colour codes indicate emissions in mass units (per annum) per computational grid area.