This document discusses industrial symbiosis, which is a circular economy approach where companies collaborate and exchange materials, energy, water, and byproducts in an effort to achieve resource efficiency. It provides examples of companies engaging in industrial symbiosis through the National Industrial Symbiosis Programme (NISP) model, which connects over 15,000 companies. Industrial symbiosis has led to eco-innovation, cost savings, new revenue streams, and reductions in waste and carbon emissions. The European Commission recognizes industrial symbiosis as a key driver of green growth and innovation.
The document discusses how Ricoh has used industrial symbiosis to manage supply chain risk and promote sustainability. It summarizes that Ricoh has implemented industrial symbiosis through waste exchange programs, remanufacturing, and facilitating partnerships between companies. This has helped Ricoh reduce costs, improve resource efficiency, extend product lifecycles, and decouple business growth from environmental impacts, supporting its long-term sustainability strategy.
Ricoh aims to reduce its environmental impact through technical innovation and encouraging employee participation in environmental activities. It has set goals to reduce environmental impact by 25% by 2013, 30% by 2030, and 87.5% by 2050 from a 2010 baseline. Ricoh is developing a circular economy approach through remanufacturing used products and parts to extend their lifecycles and reduce waste. This includes remanufacturing copiers, printers, toner cartridges, and other components, saving costs compared to new production and lowering environmental impact. Ricoh's long term strategy is transitioning to resource conservation and keeping environmental impact within Earth's limits.
Opening up new circular economy trade opportunities: Options for collaboratio...GreenAllianceUK
1) The document discusses Innovate UK, the UK's innovation agency which invests over £440m annually in UK innovation to stimulate business-led innovation and accelerate economic growth.
2) It outlines Innovate UK's focus areas including resource efficiency, which aims to reduce material usage, substitute environmentally unsound materials, and encourage a more circular economy where materials are kept in productive use through various means.
3) Key initiatives are described such as the Great Recovery project exploring barriers to circular business models, and competitions around recovering valuable materials from waste and exploring business models for a product to service shift to retain value.
Sustainable design & product development with circular economy and upcycling Kyungeun Sung
The slides presented and used for the invited design workshop in Industrial Design division, School of Engineering, University of Liverpool. This presentation begins with personal introduction followed by workshop introduction and learning outcomes. The main part consists of sustainable practice, beyond papers and beyond recycling, circular economy, sustainable design, upcycling research and workshop procedures.
Ricoh UK Products Ltd (RPL) is considering implementing a Sustainable Urban Drainage System (SuDS) to help meet legal water quality requirements. Currently, RPL's surface water drains directly to local waterways, but a SuDS would naturally filter and reduce runoff. Using unused land and existing drainage maps, RPL could design various SuDS features like ponds, swales and permeable paving to improve water management while providing biodiversity benefits. The project would help RPL comply with increasing environmental regulations and reduce its annual surface water drainage charges.
A circular economy aims to eliminate waste and the continual use of resources by designing out waste, keeping products and materials in use, and regenerating natural systems. It involves transitioning from the current linear "take, make, dispose" model to one that is restorative or regenerative by design. This can provide benefits like competitive advantage from greater efficiency, resilience to supply disruptions, and offsetting rising commodity prices. Moving to a circular economy makes financial sense and is necessary for long-term sustainability as the world reaches critical limits of finite resources and space. Examples of circular economy strategies include product as a service models, next life sales, collaborative consumption, and advanced recycling.
12-13 May 2016 - India's Policy Dialogue: International Workshop on Extended Producer Responsibility in India: Opportunities, Challenges and Lessons from International Experience, New Delhi, India.
Circular economy MSJ at UFRJ 20 07 2015-finalMichael S J
1) The document discusses the concept of a circular economy as an alternative to the linear "take-make-dispose" economic model. It outlines some of the limitations and criticisms of seeing circular economy as the sole strategy for sustainable development.
2) Three types of redesign are proposed to help companies transition to more circular business strategies: redesigning products/services, value chains, and internal business practices. Case studies from healthcare equipment, electronics, and other industries are presented.
3) While circular economy concepts like recycling have potential, a fully circular economy may be difficult to achieve. Greater focus is needed on reducing waste produced from consumption and production. Policy support and alignment of actors will be needed to transition economies.
Sustainable applied innovation pankaj shah and bipin patwardhan cwin18 indiaCapgemini
The document discusses sustainable applied innovation, including:
1. Key elements of sustainable innovation systems include sustainability requirements, innovation determinants, processes, actors/networks, and effects. Partner cooperation and demand-side changes are also important.
2. Sustainable innovation communities can take the form of contact networks, virtual communities, or promoters of specific projects, and may focus on research, solutions, markets, multi-actors, or production/logistics.
3. Creating sustainable innovation systems requires identifying catalysts, improving recognition of opportunities, and better connecting stakeholders in information flows.
This document discusses opportunities and challenges for implementing Extended Producer Responsibility (EPR) policies in India for packaging waste. EPR is a policy approach that makes producers responsible for managing the disposal of products after consumer use. The document outlines that while EPR originally focused on collection and recycling, its scope has expanded to include reduction, reuse, and remanufacturing. It also notes challenges in shifting financial responsibilities from local governments to producers and the need for continuous policy refinement for packaging waste specifically. Examples are provided of new products created from recycled waste that could further incentives under EPR policies.
Basic model of our Circular Economy Academy initiative. Connecting systems thinking, economical perspectives and practical business. Also attention for capacity-building. We cab perform this in-company: djj@opai.eu
The document discusses issues related to plastics production, waste management, and leakage into the environment. It notes that without changes, plastic production will account for 20% of oil consumption and 15% of greenhouse gas emissions by 2050. Currently, only 30% of plastic waste in the EU is recycled, with the rest incinerated, landfilled, or exported. The document outlines options to address these issues, including using alternative feedstocks, improving recyclability through design, developing innovative recycling technologies, enacting legislation to promote recycling over disposal, and reducing microplastics leakage into the environment. The overall goal is to transition from a linear plastic economy to a more circular one.
This document discusses Philips' efforts to drive innovation through sustainability. It outlines Philips' EcoVision program which commits to generating 50% of sales from green products and investing over €2 billion in green innovations by 2015. Examples are provided of product-level innovations like more efficient LED lights as well as system-level innovations involving new business models and multi-stakeholder partnerships to address sustainability challenges like carbon emissions. The document emphasizes that sustainability is a driver of innovation and that successfully bringing ideas to market requires teamwork across the organization and value chain.
This document discusses the opportunity for Oman to create value and jobs from waste through sustainable development and clean technology approaches. It notes that clean technology can provide economic growth, environmental sustainability, and equitable job opportunities. The document summarizes a study on barriers to waste management in Oman and priority areas for further research to identify solutions. These include developing markets for recycled materials and raising awareness of the employment potential of resource recovery. The presentation recommends stimulating research and private sector investment to industrialize clean technology and overcome challenges to realizing the financial and employment benefits of recycling waste in Oman.
Circular economy - a new paradigm in manufacutringRanjani491
The document discusses the linear "take-make-waste" model of production and consumption that has dominated the last 150 years. This linear model is unsustainable as it depletes natural resources and produces large amounts of waste. The document introduces circular economy as an alternative model that aims to eliminate waste and the use of toxic chemicals, be powered by renewable energy, and design products to be reused and recycled to keep resources in use for as long as possible. It provides examples of companies implementing circular economy principles and argues that the circular model represents significant opportunities for cost savings, risk mitigation, innovation and job creation compared to the linear economy.
Circular Economy and Clean Energy Towards Achieving the 2030 SDGsCircular Economy Asia
The document discusses waste to energy and the circular economy in relation to achieving the UN Sustainable Development Goals. It provides context on SDG 7 which aims to ensure access to affordable, reliable, sustainable and modern energy. Examples are given of how waste can be converted to biogas and clean energy. The circular economy is defined as an industrial system that eliminates waste and aims for resource restoration. Practical solutions discussed include industrial symbiosis and closed loop production. Case studies look at biomass utilization in Japan and waste treatment following disasters.
Applying circular economy principles to plastic packaging Susan Graff
This presentation discusses the 'why, what and how' of closing the loop on plastics, reducing the risk of valuable materials becoming branded litter in their next life.
The presentation is on green environment. You can know what to do to develop the environment, what steps you can take to develop the environment and how to reduce dust from the environment.
This document summarizes Ricoh's approach to sustainability and remanufacturing. It discusses Ricoh's goals of reducing environmental impact by 30% by 2030 and 87.5% by 2050 compared to 2000 levels through an eco-centric culture and technical innovation. Ricoh aims for zero waste to landfill and obtains 50% of materials from recycled or reused sources by 2050. The company focuses on resource conservation through remanufacturing used products and parts in its "Comet Circle" process to keep resources in use longer. Ricoh's Telford, UK site has achieved zero waste to landfill status since 2002 through rigorous segregation and finding markets for all waste materials.
This document discusses green manufacturing. It defines green manufacturing as producing products using less natural resources that are reusable and recyclable. The need for green manufacturing is due to resource scarcity, pollution, and manufacturer responsibilities. The goal is sustainability by conserving resources for future generations. Implementation involves green product and process design using principles like reducing waste. Industries are adopting green initiatives for benefits like cost savings and competitive advantage. Technologies discussed include carbon sinks, efficient fuels, and industry efficiency. The document outlines frameworks and agendas to promote green manufacturing in India through green energy, products, and business processes. It provides examples of companies implementing green manufacturing like Tesla, Coca-Cola, Toyota, Dell, and Honda.
The document discusses eco-innovation and its benefits. It defines eco-innovation as the creation of new, or improved products, processes, marketing methods, organizational structures and arrangements that lead to environmental improvements compared to alternatives. It discusses how eco-innovation is implicitly addressed in several South African policies and strategies. The benefits of eco-innovation include environmental benefits, competitiveness gains, and enabling economic development and green growth. The document also describes an eco-innovation pilot project conducted in South Africa with several companies.
BioEnergy is an Egyptian pioneer in waste refining established in 2012. It operates facilities producing alternative fuels from waste for cement companies. The company was founded by Eng. Mahmoud Galal and Miss. Alaa’ El Sherbiny and has expanded operations to Morocco and the Gulf. BioEnergy produces biomass fuel from agricultural waste, refuse-derived fuel from municipal solid waste rejects, and tire-derived fuel from shredded tires. It aims to increase commercial value from waste through innovative fuel solutions and consulting services.
Horizon 2020, Societal Challenge 5: Climate action, environment, resource efficiency and raw materials - Giulio Pattanaro, Research Programme Officer, European Commission, DG Research
Presentation on 'UNIDO-Industry Partnerships', by Igor Volodin from UNIDO at 2014 UN-Water Annual International Zaragoza Conference. Preparing for World Water Day 2014: Partnerships for improving water and energy access, efficiency and sustainability. 13-16 January 2014
This document discusses sustainability practices across the consumer durables industry. It covers the environmental impacts of producing, using, and disposing of consumer goods. It describes the risks at different stages of production like raw material extraction, material use, processing, and transportation. It also discusses regulations and sourcing standards, sustainability scorecards, the role of technology, and specific practices by companies. The conclusion emphasizes the importance of more sustainable production and consumption patterns to optimize resource use as called for in EU policy.
Interface is a carpet tile manufacturer that has made significant progress in sustainability. It has reduced waste sent to landfill by 82% and water and energy use by over 80% through efficiency efforts. The company sees sustainability not just as corporate social responsibility but as core to its business strategy and competitive advantage through innovation to expand into adjacent markets with closed-loop systems.
4.5 S. Arditi, NGO perspective on policy guidanceOECD Environment
1) The document discusses extending producer responsibility (EPR) to better promote resource productivity and waste prevention in increasingly resource-constrained economies.
2) It proposes making the feedback loop between product and waste policy stronger by linking ecodesign requirements to treatment standards under EPR schemes. This could help EPR incentivize design for the environment and durability.
3) The document also questions whether the scope of EPR should expand to include collection costs, to avoid issues like "cherry picking" and ensure proper incentives throughout the product lifecycle. It explores options for optimizing collection costs to further promote circularity.
Circular economy principles aim to close resource loops by reusing and recycling materials to reduce waste and environmental impacts. UNIDO has worked with countries and organizations since 1994 through programs like RECPnet to promote more efficient resource use and industrial symbiosis through cleaner production. UNIDO is now focusing on developing eco-industrial parks that apply circular economy practices at the industrial park and city level through collective solutions for resource supply, waste management, and environmental and social services.
1) The document discusses sustainable packaging strategies and initiatives in the foodservice industry. It addresses legislation around reducing waste and increasing recycling rates.
2) Material options that are more sustainable like renewable, recycled, and biodegradable materials are outlined. The challenges with establishing infrastructure for collecting and processing certain materials is also noted.
3) HGS's European strategy prioritizes using renewable and recycled materials in their packaging designs when possible. Their hierarchy of material choice and environmental criteria for packaging design are explained. Metrics for reducing weight, carbon footprint, and chemicals are part of their strategy.
The SPHS Capacity Building Sessions at the UN Global Supplier Meeting 2015UN SPHS
Presented by Elisa Tonda, UNEP. Business Case of Eco-Innovation: "Acting Head, Responsible Industry and Value Chain Unit" at the UN Global Supplier Meeting, the SPHS Capacity Building Sessions, 25th of November, 2015 Copenhagen DENMARK.
The DeremCo project aims to develop innovative solutions to unlock the potential of end-of-life composite materials for reuse in new manufacturing applications. The project will integrate different innovation actions across sectors like wind, automotive, and aeronautics to enhance the profitability of composite recycling and reuse. It will demonstrate circular economy solutions for processing and reusing fiber-reinforced plastics at an industrial scale, de-risking future private investments through its large consortium of 30 partners across Europe. The technical enablers developed will include controlled dismantling processes and digital tools for material traceability to support industrial reuse of composites.
Green technology aims to develop and apply technologies that are environmentally friendly and resource efficient. It covers areas like green chemistry, green nanotechnology, green building, green IT, and green energy. The goals are sustainability, reducing waste and pollution, innovation, and economic viability. Green chemistry uses principles like prevention of waste, safer solvents and materials. Green nanotechnology minimizes environmental risks of nanotechnology. Green buildings use renewable materials and energy generation. Green IT improves energy efficiency of computing. Green energy develops power from renewable sources like solar and wind. Green marketing considers environmental impacts in the 4Ps of product, price, place and promotion. The triple bottom line model evaluates financial, social and environmental impacts and is linked to corporate social responsibility
SPLC 2018 Summit: The Circular Procurement PlaybookSPLCouncil
Slides from Formerly Director Sustainability & Responsible Sourcing, Hilton, presented at the Sustainable Purchasing Leadership Council's 2018 Summit in Minneapolis, MN.
The document summarizes the closing remarks from the Head of Unit at the European Commission regarding emerging industries and the new European Cluster Strategy for Growth. The main points are:
1) Europe needs to better exploit cross-sectoral innovation and collaboration to maintain a strong economy.
2) Emerging industries have potential but need the right conditions to develop, and clusters can help create innovation ecosystems for SMEs.
3) The new cluster strategy will position clusters as integrators to stimulate competitiveness and growth across Europe.
4) An upcoming public consultation will seek input on how clusters can capitalize on emerging industries as engines of growth.
The director discusses the importance of emerging industries in Europe's industrial renaissance. She notes that the conference title, timing, and scope are all pertinent. Emerging industries are new engines for growth that arise from cross-sectoral innovation and collaboration. The EU is taking several actions to support emerging industries, including identifying clusters where new specializations are transforming industries, providing funding through Horizon 2020 to support cross-border collaboration between SMEs, and establishing flexible support programs tailored for entrepreneurs and SMEs in emerging fields. If Europe hopes to facilitate the emergence of new industries and the transformation of existing ones, policies must better support cross-sectoral innovation and collaboration.
The Nano4Health project aims to support SMEs in emerging industries like nanotechnology and healthcare through a voucher system and large demonstration projects. Led by Enterprise Flanders and involving the DSP Valley and FlandersBio clusters, it seeks to strengthen cross-cluster collaboration, provide networking opportunities, and develop strategic policy guidelines to help the healthcare sector adopt new technologies. Activities include seminars, matchmaking events, and workshops to stimulate innovation as the project looks to inspire SMEs about opportunities in personalized healthcare.
3D printing has the potential to revolutionize manufacturing in the same way that previous industrial revolutions transformed industry. The document discusses how 3D printing is being used in industries like engineering and orthopedics to create customized products. It also examines how hobbyists are using 3D printing at home. Looking to the future, the document proposes a European initiative to accelerate the adoption of 3D printing in manufacturing through industry-led pilot programs and cross-regional collaboration.
The document provides background information for Joanna Drake's opening address at the European Emerging Industries Conference in Milan on November 13th. It includes an agenda, Drake's draft speech, and context about the conference topics which are emerging industries trends, policy frameworks and business support measures. Drake will emphasize that cross-sectoral collaboration and innovation are driving new growth opportunities and transforming industries, and that the EU is supporting emerging industries through initiatives like clusters and the SME Instrument.
The document discusses voucher schemes that aim to foster cooperation between small- and medium-sized enterprises (SMEs) and creative service providers. It provides details on the VINCI voucher program in Austria that awarded €5,000 vouchers to 20 SMEs for creative services. Following VINCI's success, the Austrian government launched a larger National Creative Voucher program. Feedback showed the vouchers improved project quality, enabled projects that otherwise may not have occurred, and were well received by recipients. The document advocates vouchers as a flexible tool to spur innovation with low administration costs.
This document discusses Horizon 2020 funding for cluster facilitated projects that aim to create new industrial value chains. It notes that cluster organizations will act as facilitators and bridge builders to promote cross-border and cross-sectoral cooperation between small and medium-sized enterprises (SMEs) in related industries. This will help renew and modernize the EU's industrial base by developing long-term competitive goods and services. There is a call for funding applications, with at least 75% of funds going to support innovation in SMEs and a total budget of 140 million euros from 2015-2020.
This document describes Project C3-Saxony, which aims to stimulate cross-cluster cooperation between the Biosaxony and Silicon Saxony clusters in Saxony, Germany. The project is coordinating 25 cross-innovation projects between information and communication technology firms and life sciences firms. It has organized workshops to generate and enhance project ideas, bringing representatives from both clusters together. The project also provides vouchers of up to €5,000 for support services to help projects with issues like intellectual property protection, financing, and business planning. The ultimate goals are to foster new collaborative projects and support commercialization of outstanding projects.
This document discusses interregional cooperation in innovation between European regions. It outlines reasons for cooperation, including critical mass, visibility, complementarity of products/services/competences, and integrating value chains. It presents examples of pilot projects between regions in advanced manufacturing areas like 3D printing, efficient and sustainable manufacturing, and manufacturing for energy applications in harsh environments. The Vanguard Initiative involves over 20 regions working together on these types of cross-border innovation projects.
This document discusses emerging industries, open innovation, and innovation policies to support emerging industries using open innovation approaches. It defines emerging industries as new industries in the earliest stages of development involving new technologies. Open innovation is described as combining internal and external ideas and pathways to market. The document proposes that innovation policies aim to promote open innovation projects between firms, universities, and pioneers of new technologies in order to identify and develop promising new industries, rather than trying to predict specific industries. This approach could help emerging industries form through collaboration and pooling of resources.
The document discusses the Feeding the Planet initiative which aims to create an agricultural and food technology gateway to Europe through cluster to cluster cooperation between Europe and countries like Brazil, Chile, India, and the US. It details the tools and strategies developed like common branding and promotional materials. It also describes pilot missions conducted to these countries to test the cooperation strategies through business matchmaking events and partnership development activities. Several examples of successful partnerships and commercial contracts obtained from the missions are provided. The document concludes that the developed strategy leads to better business opportunities for cluster members and that joining the meta-cluster can help other agricultural clusters benefit from this approach.
1. The document discusses service innovation as a driver of industrial transformation and outlines the European Service Innovation Centre (ESIC) pilot project.
2. ESIC aims to help regions develop service-driven strategies for industrial transformation through tools like the European Service Innovation Scoreboard and working with six model regions.
3. Key lessons from ESIC include the need for holistic, systemic analysis of regions' standing in service innovation and the design of policies to impact economic structures and transformation.
This document discusses the experiences and challenges of Kinematix, a Portuguese company that designs intelligent movement analysis devices, in attracting investment. It describes Kinematix's funding history from 2007-2014, including over €5 million raised from private investors and government grants. However, the company found it difficult to attract venture capital due to risks in industrial and healthcare startups. The document outlines challenges like long time to market in healthcare, lack of tax incentives for private investors, and less funding available in Europe compared to the US. It proposes solutions like more private investment, tax incentives, and building an EU stock market to support industrial startup growth.
This document describes an investment fund for creative and cultural industries in Belgium with 17 million EUR from 3 shareholders. It has invested 5.9 million EUR in 34 companies across sectors like video games, music, architecture, and more. Loans make up 30.13% of investments while equity is 69.87%. The fund aims to raise awareness of potential in these industries. It is part of a larger European project called Wallonia European Creative District which aims to transform the traditionally industrial region by strengthening cross-sector collaboration and positioning in global value chains. One axis of this project focuses on better access to finance through tools for creative industries, investor relations coaching, and training programs for bankers and investors.
The WIINTECH project aims to support 2000 European SMEs and 300 research centers in internationalizing and accessing new markets. It is supported by the European Commission and involves clusters from 7 countries. The project focuses on helping SMEs in sectors like renewable materials and energy, recycling, and green transportation to cooperate with partners in countries like India, the US, Japan, and Brazil. It establishes agreements between European and international clusters to facilitate business partnerships and joint projects. The project aims to set up mentoring programs and business connections to help European SMEs establish operations abroad.