Resource Recovery Toolbox

Summary description of the Resource Recovery Toolbox

The Resource Recovery Toolbox is an open-access online platform designed to bridge the gap between knowledge and practice in resource recovery. As urban areas increasingly seek to recover water, energy, and nutrients from sanitation and organic waste streams, practitioners and decision-makers face challenges in accessing relevant tools to plan and implement these initiatives. While a wealth of decision-support resources—such as software, datasets, guidelines, business models, and case studies—exists, they are scattered across multiple platforms, making it difficult to find and apply them effectively. The Toolbox addresses this challenge by collating and curating these diverse tools, enhancing their discoverability and usability for professionals in the WASH, waste management, agriculture, and energy sectors.

Developed by the Stockholm Environment Institute (SEI), in close collaboration with Dotwerkstatt, Baobab Tech and the Sustainable Sanitation Alliance (SuSanA), the Toolbox leverages insights from advanced knowledge management techniques such as taxonomies, ontologies and semantic tagging to systematically organize and connect tools based on user needs. Its AI-powered search functions and chatbot interface enable intuitive navigation and personalized recommendations, making it easier for users to identify relevant resources. The development process has been highly participatory, incorporating insights from practitioners, researchers, and organizations worldwide to ensure the platform remains practical, up-to-date, and aligned with real-world implementation needs.

By making resource recovery tools more accessible and actionable, the Resource Recovery Toolbox empowers professionals and decision-makers to accelerate the transition to circular and climate-resilient sanitation and waste management systems. It supports cities and communities in implementing sustainable solutions that reduce environmental impact while unlocking economic opportunities from waste. The Toolbox is continuously evolving, inviting collaboration from tool developers, practitioners, and researchers to further expand its functionality and impact. Whether you are a policymaker, engineer, entrepreneur, or researcher, the Toolbox provides a go-to hub for turning resource recovery knowledge into action.

Where can the toolbox be found?

Anyone can explore the Toolbox by visiting https://rrtoolbox.susana.org/en. Using the Toolbox and suggesting new content to add to the Toolbox is free of charge.

Why is the Toolbox important?

The Resource Recovery Toolbox is important because it helps bridge the gap between knowledge and action in the field of resource recovery. There is a growing need to recover water, energy, and nutrients from sanitation and organic waste streams — but the tools needed to plan and implement these solutions are often scattered, hard to find, and underused.

The Toolbox solves this by:

• Curating tools (e.g. software, guidelines, datasets, case studies) in one place
• Making them easier to discover, compare, and apply
• Helping practitioners, planners, and researchers make better-informed, context-specific decisions
• Increasing the visibility and impact of tools developed by researchers and organizations

In short, the Toolbox supports the scaling of circular and sustainable solutions by making practical knowledge and tools more accessible to those who need them.

Who is the intended target audience for the Toolbox? Who is the Toolbox useful for?

The intended target audience for the Resource Recovery Toolbox includes:

1. Sanitation, waste management, and recycling professionals
   – Working at municipalities, utilities, and public sector agencies responsible for urban service delivery.
2. Consultants and practitioners in environmental services
   – Especially those involved in planning, designing, or advising on resource recovery systems.
3. Researchers, educators, and students
   – In fields like sanitation, waste management, circular economy, and resource recovery, who use tools for analysis, teaching, or innovation.

The Toolbox is useful for anyone involved in planning or implementing resource recovery from organic waste streams, including:

• Engineers and urban planners designing treatment or reuse systems
• Project managers looking for decision-support tools
• Policymakers seeking practical examples or tools for policy development
• Researchers needing structured access to case studies and technical tools
• Educators creating training materials or guiding student projects
• Donors or development partners assessing tool options for funded initiatives

In essence, it's designed for both tool users (to find and apply tools) and tool developers (to increase visibility and uptake of their tools).

What kinds of content and resources can one find in the Toolbox?

The Resource Recovery Toolbox provides a curated collection of practical content and resources that support the planning and implementation of resource recovery initiatives. These include:

1. Software tools
   – For resource flow analysis, system design, scenario modelling, or decision-making.
2. Assessment frameworks and guidelines
   – For evaluating technologies, sustainability, or enabling environments.
3. Design tools and templates
   – Supporting feasibility studies, infrastructure design, and project planning.
4. Datasets and data portals
   – Including open-access data on waste streams, resource potential, or demographic info.
5. Case studies and implementation examples
   – Real-world examples of resource recovery projects with documented outcomes.
6. Manuals, handbooks, and technical guides
   – Step-by-step instructions and best practice recommendations.
7. Multimedia content
   – Videos, audio podcasts, and training materials that help explain concepts or tools.

Each resource is tagged and categorized by topic (e.g. biogas, composting, reuse), waste stream (e.g. faecal sludge, food waste), project phase (e.g. design, implementation), and region to make searching and navigation easy and intuitive.