SFRIDOO
Overview
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Country
Type of organization
Number of employees
Type of practice
Level of investment
Activity type
Key words
Summary
Sfrido is a digital platform specializing in circular economy solutions for industrial waste management, enabling businesses to buy, sell, and repurpose production waste, by-products, and secondary materials. By connecting companies across sectors, Sfridoo transforms waste streams into valuable resources, reducing landfill dependency and promoting closed-loop systems.
The platform emphasizes compliance with EU circular economy frameworks, such as the Ecodesign for Sustainable Products Regulation (ESPR), by integrating principles of durability, repairability, and recyclability into material exchanges.
Key activities include facilitating B2B transactions for waste materials, offering consultancy on circular business models, and educating stakeholders through resources like their “9R Framework” for circular implementation. Sfridoo also participates in industry events like SMAU Milan to advocate for innovation in waste management.
While specific waste streams are not detailed, the platform likely handles textiles, manufacturing by-products, and other industrial residuals, aligning with EU priorities for sector-specific circularity
Background and origin
Relevance to the craft sector
Sfridoo’s platform indirectly supports craft sectors by enabling access to affordable, sustainable materials (e.g., textile offcuts, wood, or metal scraps) for small artisans and designers. This aligns with EU initiatives promoting circular textiles and local production. For example, craft businesses can source discarded materials for upcycling, reducing costs and environmental footprints. While Sfridoo primarily targets industrial clients, its model fosters cross-sector collaboration, allowing craft enterprises to integrate circular principles into their workflows.
Material focus – type of waste material involved
The most common materials on the SFRIDO platform include:
- Metals: Metal scraps that can be reused in various production processes.
- Plastic: Plastic waste that can be recovered and used for new products.
- Organic: Pre-consumer organic waste that can be transformed into value.
- Paper and Cardboard: Paper and cardboard residues that can be recovered and reused.
- Rubber and Tires: Rubber and tire waste that can be transformed into new materials.
- Glass: Glass scraps that can be reused in various production processes.
- Wood: Wood residues that can be recovered and reused.
- Chemical Substances: Chemical waste that can be recovered and used in new processes.
These materials are listed on the platform free of charge and can be bought or sold to increase the circularity rate of materials and contribute to the circular economy.
Target groups
Stakeholders involved
- Sfridoo engages a range of stakeholders across the circular economy value chain.
- Local and national government bodies (such as environmental agencies or chambers of commerce) may support Sfridoo through policy alignment, awareness campaigns, and integration with sustainability goals. Their role is primarily regulatory and supportive, creating favorable conditions for circular practices.
- Private Sector Partners: These include manufacturing companies, waste management firms, and logistics providers that list or purchase materials on the platform. They actively engage by supplying waste materials or sourcing secondary raw materials for their processes. Their participation is key to the platform’s economic and environmental impact.
- Implementing Agencies and Technology Providers: Sfridoo itself functions as both a platform operator and a facilitator. It implements technical solutions, provides consultancy on circular economy strategies, and ensures that material exchanges meet legal and safety requirements.
Professionals involved and their roles
- Circular Economy Consultants: Advise on waste valorization strategies
- Platform Developers: Maintain and optimize the digital marketplace
- Sustainability Analysts: Ensure compliance with EU regulations
Connection of the practice with the project-identified needs
Knowledge of Waste Materials
SFRIDO provides support in mapping and managing production residues.
Green Entrepreneurial Skills
The platform helps develop sustainable and scalable business models for material recycling.
Creativity and Innovative Solutions
Blockchain Technology Integrated into the Waste Value Chain
Methodological approach to implement the practice
Process description – step by step instructions for implementing the practice
The process starts from the waste producer: the company or recycling facility physically prepares the batch for commercialization. This batch may consist of recyclable material, by-products, or secondary raw materials. The company declares and certifies the batch on their platform, which provides detailed information about its origin, composition, quality, and quantity, as well as the measurement systems used and the certification of measuring instruments.
The system then generates a batch record on the Blockchain ledger, certifying the data. At this point, the platform produces a QR code containing all the information related to that specific batch, which is affixed to the material via a traceable seal and only then shipped. The batch thus becomes visible to international traders who can access the certified description and place their bids. Once the best buyer is identified, the batch’s final destination is recorded on the Blockchain.
- Waste Listing: Companies upload surplus materials onto the platform. These materials are listed on the platform free of charge.
- Matchmaking: Algorithm connects sellers with buyers based on material type/quantity.
- Transaction Facilitation: Secure B2B exchanges with logistics support.
- Reporting: Metrics on waste diverted and CO₂ saved provided to users: Assumed based on standard circular economy platform practices.
Related Resources that have been developed
The implementation of Sfridoo relies on several key resources:
- Digital Platform: A proprietary online marketplace that enables the listing, exchange, and tracking of industrial waste and secondary raw materials.
- Data Analytics Tools: Integrated systems for mapping material flows, assessing waste generation, and identifying opportunities for reuse and valorization.
- Regulatory Frameworks: Compliance guidelines and legal support to ensure transactions adhere to national and EU environmental regulations.
- Circular Economy Expertise: A dedicated consulting team that supports businesses in designing and implementing circular business models.
- Knowledge Hub: Educational content, case studies, and best practices to promote awareness and capacity building around industrial symbiosis and resource efficiency.
End product
- Tangible: Waste materials recovered and reused in new production processes; repurposed materials (e.g., upcycled textiles, recycled metals)
- Intangible: Reduced waste costs, compliance with EU sustainability standards
Sources of funding for this intervention
NA
Innovation, novel methods or technologies used
Blockchain Technology Integrated into the Waste Value Chain – This technological innovation—blockchain—is seamlessly integrated into the value chain of the waste and recycling industry, offering significant advantages to businesses. The process begins with the waste producer: either a company or a recycling facility that physically prepares the lot to be commercialized. This lot may consist of recyclable materials, by-products, or secondary raw materials.
The company declares and certifies the lot on the platform, which collects detailed information regarding its origin, composition, quality, and quantity, as well as the measurement systems used and the certification of the measuring instruments.
The system then generates a digital record of the lot on the Blockchain, certifying the data. At this point, the platform also generates a QR code that contains all the relevant information for that specific lot. The code is physically attached to the material through a tracking seal, and only then is the lot shipped.
The lot becomes visible to international traders, who can access the certified description and submit their offers. Once the best buyer is selected, the final destination of the lot is also recorded on the Blockchain.
Obstacles and challenges faced
Steps further and plans for the future
Key impacts – environmental, economic & social
Environmental Impact Sfridoo promotes the circular economy by facilitating the reuse and recycling of industrial waste, significantly reducing material waste and lowering environmental footprints. By enabling businesses to exchange waste materials and upcycle them into new products, the platform supports the reduction of landfill use and the consumption of virgin resources. Additionally, the use of circular metrics on the platform allows for the tracking of environmental impact, offering valuable data that encourages more sustainable production practices.
Economic Impact Sfridoo enables cost savings for businesses by turning waste into valuable secondary raw materials, enhancing resource efficiency. It supports the creation of sustainable business models, fosters innovation in material reuse, and opens up new market opportunities. By streamlining B2B waste exchanges and promoting efficient resource allocation, the platform helps industries reduce costs associated with waste disposal and raw material procurement
Social Impact Sfridoo has the potential to empower marginalized groups by providing access to sustainable materials that can be used in various industries, including eco-friendly product manufacturing and innovation in design. The platform fosters inclusion by encouraging collaboration across diverse sectors, creating opportunities for small and medium-sized enterprises (SMEs) that might otherwise lack the resources to engage in the circular economy. Furthermore, the emphasis on job creation within recycling, waste management, and sustainable production processes can lead to new employment opportunities in sectors that support the transition to a greener economy.
Qualities and criteria’s to consider the practice effective,
efficient, sustainable, transferable
Overview
Effectiveness: How well does the practice achieve its goals?
Efficiency: Does the practice minimize resources while maximizing outputs?
Sustainability: Does the pratcice
contribute to environmental protection, social equality and long- term viability?
Transferability: Are the methods transferable in different contexts?
Required Competences for the best practice
implementation
Activities-to-competences mapping
Associated competences
Knowledge
Skills
Attitudes
Training needs required for successful implementation
NA
Lessons learned
- Waste is a Resource: Industrial by-products and surplus materials can be transformed into valuable inputs through proper mapping and digital exchange.
- Digitalization Enables Circularity: Scalable and efficient circular practices depend on digital platforms that connect supply and demand in real time.
- Regulatory Integration is Critical: Embedding legal compliance into workflows (e.g., by-product classification, ESPR) ensures safe and lawful circular operations.
- Data-Driven Impact: Monitoring tools and metrics are essential to quantify environmental benefits and support ESG reporting.
- Cross-Sector Collaboration Drives Success: Circular economy initiatives require active engagement from diverse stakeholders across industries.
- Scalability Requires Standardization: Harmonizing material classifications and processes helps replicate the model across regions and sectors.
- Mindset Shift is Fundamental: Promoting a sustainability-oriented culture within organizations is key to long-term adoption and innovation.