Risultati finali
The demonstration of CEBM with meat supply chain will involve the following 1 demonstration in the pork meat products produced by ALIA Group using the three new CEBM developed 2 demonstration of cocreation of meat products for example the endusers requirements will be addressed at the beginning of the product development3 demonstration of sustainable consumption such as the products sustainable tracking and monitoring through the whole value chain and the provision of this information for the consumer with ecopoints method or ecoshopping 4 demonstration of collaboratively recycling enabling the consumers to recycle biowaste The onsite demonstration will be located in municipality of Lorca and the northwest of Region of Murcia Spain Linked to Task 65
On site demonstration of CEBM for vegetable foodsThe demonstration of CEBM with vegetable food includes 1 demonstration of three approaches to vegetable production 2 demonstration of cocreation and sustainable consumption of vegetables enabling consumers requirements to form the basis of the production system and the increased purchase of vegetable with low impact 3 demonstration of sustainable production of vegetables in Scilly Organics enabling reduced environmental social and cultural impacts whilst creating new CEBM that create enhanced economic sustainability 4 demonstration of waste reduction reuse and recycling in vegetable production leading to less food waste produced byproducts being turned in to useful products and any waste produced being treated sustainability The location for the onsite demonstration is the Scilly Organics farm United Kingdom Linked to Task 64
On site demonstration of CEBM for tabletsThe demonstration of CEBM for tablets will involve 1 demonstration of cocreation of electronic tablets 2 demonstration of collaborative recycling and reuse for example ecopoints and ecocredits will be recorded and collected tablets will be classified 3 demonstration of sustainable consumption The location for the onsite demonstration is planned to take Place in Basque Country Spain Linked to Task 63
On site demonstration of CEBM for industrial and domestic lightsThe demonstration of CEBM for industrial and domestic lights will involve the following work 1 demonstration of cocreation of lighting products such as enduser requirement product design sustainable production 2 demonstration of sustainable consumption such as ecopoints method applied and ecoinformation in product manual 3 demonstration of collaboratively recyclingreuse enabling the consumer to recycle their light products when they arrive at the end of Life Linked to Task 62
This deliverable include living labs concepts developed for circular economy and utilized in WP1, WP2, and WP3 (including co-creation processes, end-user interfaces and simple systems for analysis of end-user feedback). The deliverable is the result of Task 7.1.
Report on the development of a standardised n-step maturity level model with needed skills for CE collaborationThis deliverable is a report describing the trusted platform and nstep maturity level model that will allow companies and stakeholders locate available resources and be matched to bestfit suppliers This deliverable is the result of Task 47
Report on the development of eco-points methodsDevelopment of a method to calculate product eco-points, which are used to measure the products’ environmental and social impacts. Linked to Task 1.3.
Report on communication tools, including project logo, flyer, poster, newsletters and conferenceReport on the communication tools project logo templates for newsletters and presentations for the digital communications social media project flyer and poster newsletters the proceedings of Webinar and final conference Linked to Tasks 93 and 94 MMM CEPS
Report on consumer satisfaction surveyThe deliverable will describe the methodology developed for conducting the consumers surveys planned in Task 36 The document will include information regarding the definition of target group frecuency and duration of each survey chosen channels for spreading the surveys and the analysis of results The document will also describe the methodology chosen for the implementation of the results as input for tasks 12 13 and 26 Linked to Task 36
Report on validation and evaluation of Traceability SolutionsEPCIS-based traceability solutions will be deployed, tested and validated for each function of the CIRC4Life environment, including three circular economy business models, ICT platform, etc. The case studies will be conducted to validate the traceability solutions. This deliverable involves Task 5.5
Report on the lessons learned from the Demonstrators of CEBMs and recommendationsThis deliverable will report the lessons learnt from the demonstrators including a the experience gained and the lessons learned in the demonstrations will be collected and analysed b based on the analytical result the guidance how to apply the CEBMs and ICT platform into industrial practice will be developed and documented c making necessary preparation for utilisation of the outcome for the exploitation plan in WP8 Linked to Task 66
Interaction in supply chain concerning consumersInvolve the interactions between end-users and stakeholders within the supply chain. The manner in which products are created and consumer’s needs are accommodated, will be approached through co-creation of products . Linked to Task 1.4.
Report on Information Logistics Systems development and resulting systems and processesThis deliverable will report on the design and implementation of the ICT logistics system in CIRC4LIFE, discussing and justifying implementation choices for the platform core modules, the databases used and also the database structure/schemas. The deliverable is the result of Task 4.2.
Report on the recycling and reusing activities, including feedback from the staff and quantities of collected WEEEReport on the recycling and reusing activities, including (1) General description of the activities performed for raising awareness regarding circular economy practices in schools: meetings with teachers, training day, WEEE collection results; (2) Materials developed for the sessions; (3) Lessons learnt. Linked to Task 2.6.
System specification and requirements for the traceability solutions, including access modelSet up the specification of the EPCIS-based traceability solutions. EPCIS is a traceability standard of GS1 to capture and share supply chain activities across multiple stages across the stakeholders. This deliverable involves Task 5.1
System Specification including traceability matrix –functional components vs.requirementsThis deliverable will include the system requirements and specifications for each of the subcomponents of the ICT platform (functional as well as non-functional i.e. security, reliability/resilience and scalability) after reviewing and refining the user requirements in the CEBMS. The specifications will be mapped to user requirements through a traceability matrix. The deliverable is the result of Task 4.1.
Report on project Website developmentThe website is developed to inform the public about the project aim and objectives, description of the partners involved in the project, an overview of the project results, and the deliverables. Website development includes design of information architecture, graphic design, creation of ergonomic user interfaces, and integration of editorial content. Linked to Task 9.2.
Eco-credits method final definitionDefinition of Ecocredits method including 1 Methodology for the assessment of ecocredits based on Type of waste through the inclusion of the ecopoints previously defined in WP1 ii State of the EoL product whether it is suitable for reuse or recycling iii Lifetimeexpiration date assessment of the use of the product vs the average lifetime of the given product for WEEE and expiration date for food iv Other specification requirements 2 Application of ecocredit method to a selection of products from electric and electronic equipment and the food sector Linked to Task 24
Report on pathways for the reuse and recycle food wasteDescription of the analysis of opportunities, successful approaches and potential barriers for food waste reuse and recycling in both meat and vegetable sectors. Conclusions of the analysis will lead to the draft of business models that enable a widespread uptake of the solutions proposed, and the definition of impact indicators of recycling and reusing benefits. Linked to Task 2.2.
Report on the implementation of Traceability Solutions in three CEBMs and Interface development for ICT platformImplement the EPCIS traceability solutions in three circular economy business models, and develop the interfaces for integrating with the ICT platform, with the focus on the information logistics systems utilising the traceability tools developed. This deliverable involves Tasks 5.3 and 5.4.
Report on the stakeholder involvement along the supplyDescription of the work done on enabling the collaboration of all the stakeholders along the value chain for the implementation of circular economy business models. The main activities performed and described in the report will be: 1. An online tool for B2B search of cocreation and innovation opportunities will be put in place. 2. An analysis of value chain trade and waste patterns will be performed and a traceability tool based on the interactions analyzed will be put in place. 3. An approach for identification of opportunities of collaboration among actors will be developed. This deliverable involves Task 7.4.
Report on the activities of exploitation and disseminations (publication, conference/workshop/seminars presentation, training, teaching and education)Report of exploitation and dissemination activities This deliverable involves Tasks 82 83 and 85
Experience and recommendations of end-user engagement across circular business model developmentThis deliverable include ecosystemic business model concept and strategy designed for circular economy and utilized in WP1 WP2 and WP3 and coordination on enduser engagement and cocreation tasks and the activities in a single business model development The deliverable is the result of Tasks 75 and 76
Report on development of adaptor systems for eco-point, LCA and EPCIS event data interoperabilityThis deliverable will describe the design and implementation of the ICT solutions to support ecopoints calculations as well as the adapter systems through which the ICT platform will interoperate with LCA and traceability systems EPCIS The deliverable is the result of Task 44
Report on the demonstrations of CEBMsThis deliverable will include 1 a plan for demonstration of the CEBMs for the different Product Groups 2 a plan for the management of the demonstrations including coordination of the on site demonstrations 3 Integration of the CEBMs and the ICT platform as a framework for the demonstration 4 validation of the framework for demonstration will be tested using real cases 5 results of the show cases and demonstrations Linked to Task 61
Report on sustainable (environmental, social and economic) impact analysisAnalysis of the environmental social and economic impacts of products through their lifecycle using existing and new innovative methods of impact analysis Linked to Task 12
Report of sustainable design and manufacturing methodsImplementation of sustainable design and manufacturing methods in production process, utilising the results of sustainable impact analysis results, together with eco-points method and the traceability techniques. Within the production process, co-creation with consumers and actors along the supply chain is to be achieved with the approaches developed. Linked to Task 1.5.
Development report and documentation for traceability components and toolsDevelopment of the traceability tools, based on the traceability solution specification identified in Task 5.1, to track and monitor the product sustainable information. This deliverable involves Task 5.2.
Report of implementing living labs and ACSI-events and recommendations in the future circular economy effortsThis deliverable include facilitation of the living labs model nonlinear engagement and cocreation with stakeholders and ACSI event planning goals specifications results collection and analysis as well as execution of the individual ACSI events The deliverable is the result of Tasks 72 and 73
Report on development of reusing/recycling system for electronic productsDevelopment of reusing/recycling system for electronic products, including (1) Analysis of procedures, technologies and systems required for the reusing/recycling system of EEE and identification of potential barriers, drawing up conclusions on the most adequate approaches for enabling an efficient collaborative reuse/recycling of electronic products; (2) Description of the dynamics of electronic products flows and waste management, and the definition of the physical and socio-economical characteristics of the areas in which electronic products are collected; (3) Description of intelligent containers and their transformation requirements to enhance reusing and recycling especially focused on LEDs and Tablets; (4) Selection of the collection points of interest for the demonstration activities carried out in WP6. Linked to Task 2.1.
Informative and Awareness Campaign for sustainable consumptionThe aim of the deliverable is to describe the methodology proposed for the tailored informative and awareness campaign for the selected target groups: Consumers, Business and Public Administrations Authorities. Also, will include the methodology, results and adapted dissemination and training material (in a form of an online handbook) of the Capacity Building Sessions that will be held with relevant stakeholders and schools. Linked to Task 3.4.
Product specification and production scope template including eco-constraints ready for useProduct specification and production processes are scoped, which enable the boundaries to be set for assessing the impacts of products or processes. Linked to Task 1.1.
Report on policy alignment including i) an inventory of policies and regulation, ii) analysis of barriers and enablers to the implementation of the CEBMs, iii) policy dossier including evidence-based policy recommendationsReport on the policy work conducted in this project including i an inventory of relevant policies and regulation ii analysis of barriers and enablers to the implementation of the CEBMs iii Policy Dossier compiling policy recommendations based on the analysis of barriers and enablers to the implementation of the three CEBMs within the project Linked to Task 84
This deliverable is the periodical update of Data Management Plan (DMP).
"Data Management Plan - #1"Develop a Data Management Plan (DMP), in which the open data policy will be specified: detailing what data the project will generate, whether and how it will be exploited or made accessible for verification and re-use, and how it will be curated and preserved. The guidelines provided by the Commission will be followed.
"Data Management Plan - #3"This deliverable is the periodical update of Data Management Plan DMP
This deliverable will include the software implementation for the escrow database and core services which will allow the integration of the platform with ICT tools implementing the CEBMS via standardised SoAcompliant APIsMoreover it will include the implementation of the Access Control Manager module and all security solutions in the ICT platform to make it GDPRcompliant The deliverable is the results of Tasks 43 45 and 46
Development of the ICT system for reuse/recyclingDevelopment of the ICT system for reuse and recycling including 1 IT System for the internetbased recycling system for electronicelectrical products incorporating remote login using mobile phone or ID card recycling the product via RFID or NFC chip in the EEE checking with product data calculation of ecocredits and storing the ecocredits into the ecoaccount 2 Data management system for recycling meat waste allowing for adding information of new selling points store data regarding the quality of waste products storing data regarding rewards scheme and saveexport information options Linked to Task 23
Development of eco-shopping and eco-account toolsDevelopment of eco-shopping and consumer eco-accounts, including integration of eco-information into the traceability tools, access to the eco-information via mobile phone app and computer tools, specification of consumer account, and recording eco-credits in to the consumer account. Linked to Tasks 3.2 and 3.3.
Development of the big-data system for online mining consumer views for eco-productsDevelopment of big data model via mining consumer opinions through considerable online review data of products, e.g. domestic lights and meat products, in order to best reflect consumers’ preferences on the product features, which will be used to form the product the design specifications (PDS). Linked to Task 3.5.
Pubblicazioni
Autori:
Nevmerzhitskaya, Julia
Pubblicato in:
Ethics as a resource in RDI projects and educational development, Nikula, Sari Sarlio-Siintola & Valdemar Kallunki (eds.), 2020, ISBN 978-951-799-580-1
Editore:
Laurea publications
Autori:
Teemu Santonen
Pubblicato in:
Proceedings of ISPIM Connects Global 2020: Celebrating the World of Innovation - Virtual, 2020, ISBN 978-952-335-566-8
Editore:
Lappeenrannan teknillinen yliopisto
Autori:
Shuyi Wang, Daizhong Su
Pubblicato in:
Proceedings of the 26th IEEE international conference on automation and computing (ICAC'21), 2021, ISBN 978-1-86043-557-7
Editore:
IEEE
DOI:
10.23919/icac50006.2021.9594213
Autori:
Seikkula, S., Nevmerzhitskaya, J., Purola, A.
Pubblicato in:
In Digital Open Living Lab Days proceedings, Numero 38-48, 2020
Editore:
European Network of Living Labs
Autori:
Wenjie Peng, Daizhong Su
Pubblicato in:
Proceedings of the 26th IEEE International conference on automation and computing (ICAC'21), 2021, ISBN 978-1-86043-557-7
Editore:
IEEE
DOI:
10.23919/icac50006.2021.9594216
Autori:
Zijian Chai, Daizhong Su
Pubblicato in:
3rd EMCEI-2021, 2021
Editore:
Springer
Autori:
Santonen T., Purola A., Nevmerzhitskaya J.
Pubblicato in:
ISPIM Connects Bangkok – Partnering for an Innovative Community, 2020, ISBN 978-952-335-465-4
Editore:
LUT Scientific and Expertise Publications
Autori:
Daizhong Su, You Wu, Zijian Chai
Pubblicato in:
Proceedings of the 2019 International Conference on Artificial Intelligence and Advanced Manufacturing - AIAM 2019, 2019, Pagina/e 1-4, ISBN 9781-450372022
Editore:
ACM Press
DOI:
10.1145/3358331.3358360
Autori:
Shuyi Wang, Daizhong Su, You Wu,
Pubblicato in:
Proceedings of the EU-Mediterranean Conference on Environmental Integration, 2019
Editore:
Springer
Autori:
Hanna Nilsson-Lindén and Teemu Santonen
Pubblicato in:
2019
Editore:
LCM2019
Autori:
Vasileios Rizos, Julie Bryhn, Monica Alessi , Alexandra Campmas, Antonella Zarra
Pubblicato in:
2019
Editore:
European Economic and Social Committee
Autori:
Georgios Tsimiklis; Sten-Erik Björling; Wenjie Peng; SebastienSchmitter
Pubblicato in:
2019
Editore:
University of Maribor Press
Autori:
Teemu Santonen, Julia Nevmerzhitskaya, Aletta Purola, Harri Haapaniemi
Pubblicato in:
Proceedings of the OpenLivingLab Days Conference, 2019
Editore:
Laurea
Autori:
You Wu, Daizhong Su
Pubblicato in:
Journal of Cleaner Production, Numero 305, 2021, Pagina/e 127159, ISSN 0959-6526
Editore:
Elsevier BV
DOI:
10.1016/j.jclepro.2021.127159
Autori:
J. Krupanek, B. Michaliszyn, M. Moreno
Pubblicato in:
Sustainability, 2021, ISSN 0867-8898
Editore:
Ekonomia i Srodowisko - Economics and Environment
DOI:
10.34659/2021/4/36
Autori:
Shuyi Wang, Daizhong Su, Ming Ma, Wentao Kuang
Pubblicato in:
Sustainable Production and Consumption, Numero 27, 2021, Pagina/e 1808-1821, ISSN 2352-5509
Editore:
Elsevier
DOI:
10.1016/j.spc.2021.04.003
Autori:
Wenjie Peng, Daizhong Su, Shuyi Wang
Pubblicato in:
Sustainability, Numero 13/6, 2021, Pagina/e 3118, ISSN 2071-1050
Editore:
MDPI Open Access Publishing
DOI:
10.3390/su13063118
Autori:
Vasileios Rizos, Julie Bryhn
Pubblicato in:
Journal of Cleaner Production, 2022, ISSN 0959-6526
Editore:
Elsevier BV
DOI:
10.1016/j.jclepro.2022.130617
Autori:
Lucyna Łȩkawska-Andrinopoulou, Georgios Tsimiklis, Sarah Leick, Manuel Moreno Nicolás, Angelos Amditis
Pubblicato in:
Sustainability, Numero 13/10, 2021, Pagina/e 5668, ISSN 2071-1050
Editore:
MDPI Open Access Publishing
DOI:
10.3390/su13105668
Autori:
Hua Huang, Daizhong Su, Wenjie Peng, You Wu
Pubblicato in:
Sustainability, Numero 12/22, 2020, Pagina/e 9675, ISSN 2071-1050
Editore:
MDPI Open Access Publishing
DOI:
10.3390/su12229675
Autori:
Alicia Valero, Ricardo Magdalena, Sonia Ascaso, Fernando Círez, Abel Ortego and Guiomar Calvo
Pubblicato in:
International Journal of Exergy, 2019, ISSN 1742-8297
Editore:
Inderscience Publishers
Autori:
Shuyi Wang, Daizhong Su, You Wu, Zijian Chai
Pubblicato in:
Euro-Mediterranean Journal for Environmental Integration, Numero 5/2, 2020, ISSN 2365-6433
Editore:
Springer
DOI:
10.1007/s41207-020-00180-0
Autori:
Wenjie Peng, You Wu, Daizhong Su
Pubblicato in:
Sustainable Product Development - Tools, Methods and Examples, 2020, Pagina/e 85-126, ISBN 978-3-030-39148-5
Editore:
Springer International Publishing
DOI:
10.1007/978-3-030-39149-2_6
Autori:
Daizhong Su, Wenjie Peng
Pubblicato in:
Sustainable Product Development - Tools, Methods and Examples, 2020, Pagina/e 73-84, ISBN 978-3-030-39148-5
Editore:
Springer International Publishing
DOI:
10.1007/978-3-030-39149-2_5
Autori:
You Wu, Daizhong Su
Pubblicato in:
Sustainable Product Development - Tools, Methods and Examples, 2020, Pagina/e 39-55, ISBN 978-3-030-39148-5
Editore:
Springer International Publishing
DOI:
10.1007/978-3-030-39149-2_3
Autori:
Daizhong Su, Jonathan Smith, You Wu, Zhongming Ren
Pubblicato in:
Sustainable Product Development - Tools, Methods and Examples, 2020, Pagina/e 249-270, ISBN 978-3-030-39148-5
Editore:
Springer International Publishing
DOI:
10.1007/978-3-030-39149-2_12
Autori:
Purola, A., Anttonen M.
Pubblicato in:
Laurea Journal, 2021
Editore:
Laurea Journal
Autori:
Nevmerzhitskaya, J, Purola, A, Santonen, T
Pubblicato in:
Laurea Journal, 2019
Editore:
Laurea Journal
Autori:
Purola, A., Nevmerzhitskaya, J, Santonen, T
Pubblicato in:
Laurea Journal, 2019
Editore:
Laurea Journal
Autori:
Purola, A. Lähdeoja S., Hannula J.
Pubblicato in:
Laurea Journal, 2020
Editore:
Laurea Journal
Autori:
Nevmerzhitskaya, J
Pubblicato in:
Laurea Journal, 2020
Editore:
Laurea Journal
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