BIOCHAIN WORKSHOP 2014 JAN27-29

AGENDA Monday Morning: Sven present an overview of the project Afternoon: Industrial partners presents expectations and support to the project. Afternoon: PhD fellow present their research programmes Tuesday Morning: Sven introduce: how to work on a joint article and preent the concept of decision support Morning: Presentations related to the conceptual modelling Afternoon: Group work – conceptual model Evening: Examples on how to exchange data Monday Morning: Group work – conceptual model

PROJECT OVERVIEW

DANISH RESEARCH PARTNER University Southern Denmark (SDU) WP0 leader, WP2 leader, WP3 partner (PhD) and WP4. (Post Doc) Technical University of Denmark (DTU-M) WP1 leader and WP2 participants. Technical University of Denmark (DTU-E) WP3 leader and WP2 partner. University of Copenhagen WP4 leader andWP2 participant. University of Aarhus (AU) WP4 partner and WP2 partner. Knowledge Centre for Agriculture WP5 leader and WP2 partner.

Fredericia Spildevand A/S WP1 partner and WP2 partner. Energinet-DK WP1 partner and WP2 partner Maabjerg Energy Concept (MEC) : WP1 partner and WP2 partner. INDUSTRIAL PARTNERS

Østfoldforskning WP1 partner. Agriculture and Agri-Food Canada WP4 participant. Leibniz Institute for Agricultural Engineering Potsdam Bornim WP3 partner and WP4 Partner. Forschungszentrum Juelich GmbH WP4 partner INTERNATIONAL PARTNERS

Advisory committee Professor Jes la Cour Jansen Lund Univiversity, Department of Chemical Engineering Dr. Kor Zwart Alterra, Wageningen Prof. Dr. Marco Lübbecke RWTH Aachen University, Operation Research

o Collaboration agreement has been signed. o Money for year 2013 are transferred. o Six meetings and a workshop. o Web page - established. o Vestfold Forskning: Granted money from Agricultural research fond, Norway for a comparative studies with Biochainproject. o BioChain model presented Science for the Environment- Environment for Society” Aarhus Univ. by Sven G. Sommer Applied for a travel grant - visits to Korea and Brazil -Short presentation of state of the project Administration issues Economy Agreement MESSAGES

Students are enrolled in all PhD positions and PhD’s in Post Doc positions Technical University of Denmark (DTU-Management) PhD student Ida Græsted Jensen (Summer 2013) PhD student Lise Skovsgaard Nielsen (Summer 2013) Technical University of Denmark (DTU-Environment) Post Doc Dr. Alessio Boldrin PhD student Temesgen Fitamo (Dec. 2013) University of Southern Denmark (SDU) Post Doc Jinmi Triolo (Feb. 2014) PhD student Ali Heidarzadeh (Nov. 2013) Copenhagen University PhD Quan Nhuyen (Oct. 2013) Aarhus University PhD student Khagendra Raj Baral (Spring 2013)

PROJECT MANUAL Short presentation of the project , phone number etc. Contact persons at SDU, project coordinator project manager, (Post Doc), accountant Address list: Participants, advisory committee, network Overview of budget. Notice of funding. Terms of agreement Gantt diagram

WP 0. PROJECT MANAGEMENT

WP1. VAULE CHAIN OPTIMISATION

WP.2 INTEGRATION AND VALIDATION

WP3. BIOMASS ANALYSIS

WP 4. ENVIRONMENTAL IMPACTS

WP5. LOGISTICS AND ECONOMICS

Inform about research to be carried out Contact between project partners Agreement and understanding of project overall objective First workshop (of three) - result a concept decision support model in excel. Aim of this workshop

Project: This project was granted money because it is inter-disciplinary. Coordinators objective is therefore to deliver a joint decision support system WP: Leader - the success of their activity Researchers: Each researcher have the goal to produce new findings that ads to individual CV THE THREE WORKSHOP/COURSES IS AN INSTRUMENT TO ENSURE COLLABORATION AND FOCUS ON THE MAIN PROJECT OBJECTIVE Project objective and individual objective

Questions/comments send to you Variation in need of power in a non-fossil power community, i.e. industry, heating, transport, machines, e.g. (Consumption annual wheel) Smart grid Value chain economics, Incentives regulations Beet root, production, storage, AD (Annual wheel of production) The biogas production potential animal manure, beet root (as affected by pre- treatment) and household waste. Speed of change in addition of new beet root - without inhibiting production? Storage/use of digestate as fertilizer and carbon sequestration. Greenhouse gas emission from the biomass management chain. Optimal Biomass Input and Storage to a Biogas Plant for Flexible Adjustment to Demand – Use of Beet Root Biomass

Vision for the work Overall objective Objectives Results Activities - distributed between researchers involved First author – last author Work carried out after workshop, one week per researcher more weeks for first author and corresponding author. Steps to initiate work – The expected outcome is an article to journal (Energies has been proposed.

Looking forward to a most interesting workshop Thank you for listening