Eco-innovative solutions

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(WASTE-6a-2015) - ECO-INNOVATIVE SOLUTIONS

Programme: Horizon 2020 Framework Programme
Call: Waste: A resource to recycle, reuse and recover raw materials EU

Topic description

Scope:

Specific challenge:The growing waste produced in Europe, particularly in urban areas, where the vast majority of the world population are expected to live by 2050, represents a cost for society and a burden on the environment and, at the same time, a valuable stock of resources that can be exploited.

Boosting eco-innovative solutions to prevent waste generation and promote the use of waste as a resource, in line with the objectives of the EU Resource Efficiency Roadmap[1] and the Waste Framework Directive[2], can enhance the natural and living environment in urban and peri-urban areas. Developing and demonstrating such solutions in real-life environments will enhance their market uptake and contribute to sustainable urbanisation worldwide.

Cities are more than spatially extended material artefacts; they are complex systems similar to living organisms that use energy, air, water and nutrients and need to dispose waste in a sustainable way. Adopting an urban metabolism perspective opens the way for innovative, systemic approaches, involving the analysis of resource flows within cities. Integrating in this way economic, social and environmental dynamics, it is possible to understand the socio-economically and gender nuanced patterns of resource use and consumption, and pinpoint drivers of waste-avoiding behaviour, manufacturing and business and public governance models.

Scope:Proposals should adopt an integrated urban metabolism approach and inter-disciplinary research and innovation and take into account the gender dimension where relevant. Proposals should involve active engagement of local authorities, citizens and other relevant stakeholders, using innovative concepts such as mobilisation and mutual learning[3].

Proposals shall address the following issue:

Eco-innovative solutions: Demonstration, at an appropriate pilot scale, and market replication, of integrated eco-innovative cost- and energy-efficient technologies, processes and/or services for waste prevention, treatment, enhanced collection, recycling and recovery of high-grade valuable materials from waste. Approaches should integrate technological and non-technological solutions, including, where appropriate, the use of economic instruments, such as incentives for more sustainable production and consumption patterns, and awareness raising initiatives. Proposals should include the participation of industry, including SMEs as far as possible.

The Commission considers that proposals requesting a contribution from the EU of between EUR 8 and 10 million would allow this specific challenge to be addressed appropriately. Nonetheless, this does not preclude submission and selection of proposals requesting other amounts.

Expected impact: Significant measurable improvements in the state of the art in waste management in urban and peri-urban areas, and in the operationalisation of the urban metabolism approach for sustainable urban development and reduction of negative environmental impacts (e.g. health)in cities. Contribution, over the long term, to the establishment of European research and innovation leadership in urban waste management and prevention.

In addition, the following specific impacts are expected:

Significant improvement in cost, material and, where appropriate, energy recovery efficiency in waste recycling and prevention in the short term. Identification of potential markets for the proposed waste collection strategies, treatment technologies and recycled products, as well as potential for replicability of solutions, based on a return-on-investment study on the short term. Creation, in the short/medium term, of green jobs and/or new SMEs due to effective market uptake of innovative technologies, processes and services, ensuring equality of access to women and men, and social inclusion. Contribution to development of standards, validated by key industrial players, and identifying best available and emerging techniques under the Industrial Emissions Directive.

Type of action: a) Innovation actions

[1]     COM(2011) 571

[2]     Directive 2008/98/EC

[3]     http://ec.europa.eu/research/science-society/index.cfm?fuseaction=public.topic&id=1226

Cross-cutting Priorities:

Socio-economic science and humanities
Gender

Keywords

Materials engineering Environmental and geological engineering, geotechn Innovation management Economic and socio-economic evaluation, economic-f Urban studies, regional studies Soil science RES consumers Sustainable design (for recycling, for environment Environmental impact assessment Nano-technology Civil engineering, maritime/hydraulic engineering, Animal waste Social geography, infrastructure Environmental engineering and geotechnics Design-Manufacturing Natural resources exploration and exploitation Knowledge transfer Behavioural sciences Sustainable energy policy Environmental sciences (social aspects) Local sustainable energy supply Energy end-use efficiency and energy services Other engineering and technologies Energy efficient products Scientific computing, simulation and modelling too Earth observations from space/remote sensing Behavioural change campaigns Environmental change and society Public spending Waste storage Urban and regional economics Gender in environmental sciences Waste biotreatment Spatial assessment and evaluation IPR management Policy & strategy Behavioural change Geographical information systems, cartography Automation and control systems Networks (communication networks, sensor networks, Polymers and plastics Industrial innovation policy Spatial development and architecture, land use, re Ecodesign, Life Cycle Analysis Risks and vulnerabilities assessment Waste management Resources efficiency Urbanization and urban planning, cities Environmental regulations and climate negotiations Sociology Strategic environmental assessment Waste recycling Pollution (water, soil), waste disposal and treatm Urban waste Standardisation Cultural and economic geography Public Private Partnerships (PPP) Sustainable Energy Action Plans Geo-information and spatial data analysis Industrial waste Numerical analysis, simulation, optimisation, mode Environment, resources and sustainability Informatics and information systems Social innovation Spatial planning Business and Management Spatial and regional planning Cultural studies, cultural diversity Forestry Human waste Logistics Urban planning Political systems and institutions, governance Environmental chemistry Social and industrial ecology Materials engineering (biomaterials, metals, ceram Sustainable energy citizenship Public and environmental health SME support Chemical engineering Environmental biotechnology Technology management Equipments and sub systems Urban studies (Planning and development) Industrial design (product design, ergonomics, man Local & Regional Energy Agencies New business opportunities Public participation Political economy, institutional economics, law an Certification, Verification, Validation, Technical Awareness Raising Cost-benefit analysis Energy efficiency - general Architecture, smart buildings, smart cities, urban

Tags

Resource efficiency Green economy Incinerator Urban mining D4R Landfill Recover Market replication Recycle Circular economy Waste management Reuse Urban metabolism Urban hazards SPIRE Polluter pays principle Dump Business model Up-cycle Ecoinnovative EcoAP Recyclability Built environment Process industries Landfilling Waste hierarchy 3R Waste prevention Eco-innovation Valorisation Green growth PPP Raw material WFD Waste Eco-innovative Ecodesign Ecoinnovation

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