1. Work package 2, Integration and validation of models

2. Deliveries (D) and Milestones (M) D: Spreadsheet conceptual model (December 2013) M: Evolution of integrated model – Dynamic model – assessing a system with management of sugarbeets and household waste. 2014. – Include algorithm that reduce need for definition of biomass but use real-time data from new analytical instrument. 2015&2016. D: Final decision support model (2016) M: Data from two biogas plants (2014 & 2015) D: Models validated (2016)

3. Achieved Staff Post Doc Jin Mi Triolo will start contributing to this work in November 2013 PhD fellowship announced Progress Understanding of the joint work to be carried out. Draft manuscript with outline of the dynamic model for assessing biogas and GHG emissions. Sven G. Sommer: Oral presentation of the proceeding article “Biogas from beet pulp and source separated household waste- Energy production and Greenhouse Gas Reduction. Sommer S.G. 1, Astrup T. 2, Boldrin A. 2, Bruun S. 3, Jensen L.S. 3, Petersen S.O. 4, Triolo J.M. 1 at the conference “Science for the Environment for society”, Aarhus Univ. 3-4 October 2013.

4. Overall schedule for the work to be carried out (PhD and post doc workshop’s annually) 2013. Conceptual model 2014. Dynamic model – assessing a system with management of sugarbeets and household waste. 2015. Include algorithm that reduce need for definition of biomass but use real-time data from new analytical instrument 2016. Model validation and integration with economic model

5. Conceptual excel model

6. Conceptual Excell model

7. Data from biogas-& energy companies to be used for validation Feed - biomass Management, retention time, shift in biomass, temperature, pre-treatment etc. Gas production (quality, volume..) Etc.