ISO 59000 Series Circular Economy Strategy and Performance Coaching

From resource reduction to business model and value network transformation, establish measurable circular economy management methods

The circular economy is not just about increasing recycling rates, nor is it just about adding recycled materials to products. Enterprises need to rethink product life, material selection, repair, reuse, refurbishment, remanufacturing, sharing and resource recycling from the value creation model, and jointly design value networks with suppliers, customers, recycling processors and other partners.

The ISO 59000 series provides common language, principles, business model transformation and circular performance measurement methods, allowing companies to integrate scattered waste reduction, packaging materials, product design and resource efficiency projects into a management path with priorities, responsibilities, goals, indicators and evidence.

Startrust assists companies to take inventory of resource flows and value streams in accordance with ISO 59004, ISO 59010 and ISO 59020, identify recycling opportunities and risks, select suitable recycling strategies, design business models and cooperation networks, establish indicators, data boundaries and improvement routes, and connect environmental management, product carbon footprints, sustainable procurement and product data requirements.

• Clarify the relationship between circular economy principles and corporate strategies, products and supply chains
• Inventory materials, products, assets, information and value streams
• Assess circular business models, value networks and feasibility
• Establish ISO 59020 cycle performance indicators, boundaries and data rules
• Link circular solutions to costs, revenues, emissions, risks and customer needs

Reservation consultation

Why do companies need to introduce the ISO 59000 series of circular economy?

Raw materials and supply risks need to be systematically managed

Key material prices, supply concentration, geopolitical risks, resource scarcity and quality fluctuations may all affect costs and delivery times. Extending the value of products and materials, reducing reliance on primary resources and establishing alternative sources can help improve operational resilience.

Customer and market requirements no longer just look at the recycling mark

Brands and purchasers are gradually paying attention to the proportion of recycled materials, repairability, durability, disassembly, reuse mode, recycling destination and data evidence. Only the “recyclable” claim may not prove that the product forms a cycle in the actual system.

Circular design affects costs, revenue and competitiveness

Material reduction, life extension, modularization, repair, leasing, recycling and remanufacturing may change product costs, revenue recognition, inventory, reverse logistics, service capabilities and customer relationships. Enterprises need to evaluate together across design, procurement, manufacturing, operations, finance and after-sales.

Regulations and product data requirements continue to increase

Different markets may require companies to provide information such as material composition, recycled materials, repair, dismantling, durability, disposal or product passports. Establishing a consistent base of product and material data reduces case-by-case response costs.

It is difficult to prove the overall effectiveness of scattered projects

If each department implements plastic reduction, waste reduction or recycled materials projects independently without common boundaries, benchmarks and indicators, it will be difficult for management to compare investment benefits, and it is easy to make one-sided or difficult-to-verify claims externally.

The ISO approach helps establish a common language

The ISO 59000 series allows companies and suppliers, customers, financial institutions and partners to use consistent concepts to discuss circular vision, value retention, resource flow and performance, reducing the communication cost of “everyone has a different definition of circular economy”.

What are the key points included in the ISO 59000 series?

ISO 59000 is a continuously developing series of standards, not a single system document. Enterprises should choose appropriate standards based on their purposes and pay attention to the official release, revision or adoption status of ISO in each market.

ISO 59004: Principles and Import Structure

ISO 59004 provides the basic concepts, vision, principles and organizational introduction guidelines of circular economy. Businesses can use it to establish policies, governance, stakeholder engagement, resource management, value creation and continuous improvement structures.

When introducing, it is not appropriate to start directly from the list of indicators. Instead, you should first clarify the resource, environmental, operational or market problems that the company hopes to solve, and which products, services, assets or value chains are most worthy of priority transformation.

ISO 59010: Business Model and Value Network Transformation

ISO 59010 helps organizations evaluate existing value creation models and design more circular business models and value networks. Circular solutions often cannot be completed by a single company. For example, product recycling requires customer participation, reverse logistics, testing, repair, remanufacturing and secondary markets.

Companies need to analyze the roles of participants, value propositions, benefits and costs, data exchange, ownership, responsibilities, risks and incentives, and confirm that the solution is operationally feasible in addition to environmental benefits.

ISO 59020: Circular performance measurement and evaluation

ISO 59020 provides methods for measuring and evaluating cycle performance. Enterprises need to first define the evaluation system and boundaries, and then select indicators that can reflect resource inflows, outflows, value retention and other related results.

Circular performance cannot be represented by a single recovery rate alone. When improving a certain recycling indicator, it is also necessary to check whether there is a burden shift in energy, carbon emissions, water, toxicity, quality, safety, cost and social impact.

ISO 59040: Product cycle information

Product cycle information sheets can assist the supply chain in exchanging information on materials, origin, durability, repair, disassembly, reuse, remanufacturing and end-of-life. It can be used as a reference for companies to prepare product cycle information, but the actual fields still need to be adjusted according to product, regulatory, customer and digital product passport needs.

Circular economy is not just about resource recycling

Reduce resource investment and avoid unnecessary consumption

Through lightweighting, process improvement, yield improvement, packaging optimization, digital substitution and demand management, raw materials and energy input are reduced from the source.

Extend the value of products, components and materials

Through durable design, maintenance, repair, upgrade, reuse, refurbishment and remanufacturing, products or components maintain high functionality and economic value.

Changing Product Usage and Ownership Models

Product-as-a-service, leasing, sharing, pay-per-use or performance contracts may give companies more incentives to improve durability and recycling rates, but will also lead to changes in asset, maintenance, logistics and financial models.

Establishing safe and high-quality material cycles

When the product can no longer be used directly, it enters the component or material cycle. Companies need to pay attention to material purity, contamination, additives, traceability, recycling technology and recycled material quality, rather than just calculating the weight sent to the recycling end.

Regenerating natural systems

In biological resource and land-intensive activities, recycling strategies may also include soil, nutrients, water and ecosystem restoration. Relevant claims should have clear boundaries, methods and monitoring evidence.

How to establish a circular economy strategy?

1. Confirm business purpose and decision-making scope

First confirm whether you want to address material costs, supply security, waste, customer requirements, product regulations, carbon emissions or new revenue sources, and then select product lines, locations, assets or supply chains as the scope.

2. Take inventory of resource flows and value flows

Organize material input, process losses, by-products, product use, repair, returns, recycling and end-of-life flows, and analyze the costs, income, materials, responsibilities and cooperation relationships of each link.

3. Identify value leakage hotspots

Identify locations that are high cost, high waste, high carbon, high risk, or lose value rapidly, such as short-life designs, difficulty in disassembly, excessive packaging, insufficient repair parts, or downcycling after recycling.

4. Generate and filter cycle plans

Plans for avoidance, reduction, reuse, repair, refurbishment, remanufacturing, use conversion and material recycling are proposed based on the degree of value retention, and then evaluated from the technical, regulatory, quality, market, financial and environmental aspects.

5. Design business model and value network

Confirm customer value, transaction model, ownership, recycling incentives, partners, data exchange, responsibility allocation and revenue costs to avoid product design without an operational recycling and reuse system.

6. Establish indicators, goals and pilots

Choose indicators that reflect your strategy, set benchmarks, goals and deadlines, pilot with a manageable range, verify data, quality, demand and financial assumptions before expanding.

How should cycle performance be measured?

First define the evaluation object and system boundaries

Assessments may be specific to an organization, product, service, location, or value network. Different boundaries will produce different results, so the life cycle stage, geography, period, material, product and value chain scope need to be specified.

Establish resource inflow indicators

It can include the proportion of virgin and recycled materials, sources of renewable resources, material safety, dependence on key raw materials and input efficiency. Recycling proportions should state the basis for calculation, material scope and supplier evidence.

Create value retention metrics

It can include product life, usage intensity, repair rate, reuse rate, refurbishment or remanufacturing ratio, component retention value and asset utilization rate. These indicators can reflect whether the product maintains a higher value before entering the material recycling.

Establish resource outflow indicators

Can include product recovery rate, reuse destination, material recovery rate, final disposal and by-product utilization. Enterprises should distinguish between “designed to be recyclable”, “already sent for recycling” and “actually recycled into usable materials”.

Also observe other sustainable effects

Circular solutions may increase transportation, cleaning, energy or chemical use, so they need to be matched with carbon footprint, energy, water, pollution, safety, labor and cost indicators to avoid shifting problems to other life cycle stages.

Preserve data quality and uncertainty

Each indicator should define the data source, unit, period, responsibility, estimation method, evidence and quality level. For uncertain information about the supply chain or end-of-life, assumptions should be disclosed and included in improvement plans.

Which companies are suitable for import?

• Manufacturing industries with high raw material, energy or waste costs
• Enterprises facing critical material supply, price or import and export risks
• Branding, retail, packaging, electronics, machinery, automotive, textile and plastic industries
• Suppliers who need to respond to customers’ requests for recycled materials, repairability, recyclability or product information
• Enterprises that are developing leasing, sharing, recycling, refurbishment, remanufacturing or product-as-a-service models
• Organizations that have introduced ISO 14001 and want to deepen their product and value chain environmental strategies
• Companies that have performed product carbon footprint or life cycle assessments and want to find circular improvement solutions
• Groups that need to establish circular procurement, supplier collaboration or reverse logistics

Small and medium-sized enterprises can first choose a product with high material cost, high waste or clear customer demand as a pilot, without covering all products and suppliers at once.

What information is required for import?

Product and material information

Includes bill of materials, material weight, virgin or recycled origin, restricted substances, components, packaging, durability, repair, disassembly and recycling design.

Process and resource flow data

Including purchase volume, input-output, yield, scrap materials, by-products, waste, energy, water, inventory and various flows. Mass balance is often an important tool for identifying data gaps.

Usage and end-of-life information

Including product life, failure, repair, return, recycling, second-hand, refurbishment, remanufacturing, disposal methods and actual destination. If primary data is lacking, sampling can be established through pilots or partners first.

Business and Financial Information

Including cost structure, selling price, maintenance cost, residual value, logistics, investment, income, customer demand and market size to determine the feasibility and expansion conditions of the solution.

Supply chain and cooperation network information

Includes supplier capabilities, recyclers and processors, quality specifications, verification documents, location, capacity, responsibilities and data exchange methods.

Common import problems of enterprises

Equating circular economy with waste recycling

Only disposing of waste at the end of a product’s life misses the higher value opportunities brought about by source reduction, life extension, repair, reuse and business models.

Set the slogan first, then look for data support

There are no clear boundaries, benchmarks, methods and evidence for goals and claims, which can easily lead to incomparability from year to year and may also lead to the risk of greenwashing.

Only look at the weight ratio, ignore the function and value

Increased weight of materials recycled does not necessarily represent increased product life or value retention. Massive recycling of low-priced materials may also mask the loss of critical components and scarce materials.

Product design is disconnected from recycling system

Products can theoretically be dismantled or recyclable, but there are no recycling pipelines, economic incentives, processing technologies or quality standards in the market, and the actual recycling rate is still limited.

Lack of quality and traceability in the import of recycled materials

Failure to establish material source, content calculation, batch, performance, contamination and supplier documentation requirements may affect product quality, regulatory compliance and external claims.

The recycling solution is not commercially viable

Ignoring reverse logistics, testing, maintenance, inventory, warranty, asset holding and customer behavior, the pilot has environmental concepts but cannot be scaled up.

Each department uses different calculation boundaries

Procurement, environmental safety, R&D, business and sustainability teams use different material ranges, periods and denominators, resulting in multiple cycle ratios for the same product.

Only loop indicators are evaluated, burden transfer is not checked

By adding too much transportation, cleaning, energy or hazardous materials to increase recycling or reuse, the overall environmental benefits may not be as good as expected.

How does Startrust help enterprises introduce the ISO 59000 series?

1. Requirements confirmation and interviews with stakeholders

Confirm corporate strategy, customer and regulatory needs, existing environmental goals, product scope and expected decision-making uses, and establish project governance and cross-department teams.

2. Gap analysis between standards and current situation

Review governance, strategy, value network, resource flow, indicators, data and improvement mechanisms in accordance with ISO 59004, ISO 59010 and ISO 59020, and identify applicable systems and priority gaps.

3. Resource flow and value stream inventory

Establish a material and product life cycle map, inventory input, loss, inventory, use, recycling and destination, and link costs, income, data and partners.

4. Hot spots and recycling opportunity assessment

Select priority products and recycling strategies based on resource usage, value loss, environmental impact, supply risk, customer demand and technical feasibility.

5. Business model and value network design

Analyze value proposition, participants, roles, incentives, responsibilities, data, revenue costs and risks in accordance with ISO 59010 to form a testable operating model.

6. Establishment of circular performance structure

Define system boundaries, benchmarks, indicators, calculation formulas, data sources, qualities and limits in accordance with ISO 59020, and review them together with carbon, water, cost and other impacts.

7. Pilot, goals and action lines

Select products, sites or value chains for piloting, set short, medium and long-term goals, responsibilities, resources, milestones and verification methods, and revise key assumptions.

8. Data governance and internal capability transfer

Establish forms, evidence, review, version and external declaration processes, and enable the team to continuously update and expand through workshops and operational training.

Coaching content and deliverables

The actual delivery project is confirmed based on the company’s products, scope, data maturity and pilot depth. Common results include:

• Gap analysis between applicability and current status of ISO 59004/59010/59020
• Circular economy vision, principles, governance and policy recommendations
• Definition of products, materials, assets and value chain scope
• Resource flow, value flow and stakeholder map
• Material input-output, loss and end-of-life baseline
• Inventory of value loss hotspots, recycling opportunities and risks
• Cycle strategy selection criteria and priority matrix
• Business model canvas, value network roles and cooperation mechanisms
• Technical, quality, regulatory, environmental and financial feasibility assessment
• Dictionary of ISO 59020 cycle performance indicators, formulas, boundaries and data
• Product circulation data field and supply chain collection form
• Pilot program, goals, milestones and improvement roadmap
• Data review, evidence retention and environmental claim verification process
• Management briefings, cross-department workshops and education and training

This service assists companies in establishing circular strategies, management and performance methods. Whether it complies with specific regulations, customer labeling, verification or product claim requirements still needs to be confirmed separately based on the target market and designated solutions.

What can companies get after importing?

A set of cycle languages that can be used across departments

Management, R&D, procurement, manufacturing, business, finance and sustainability teams can discuss circular initiatives with consistent principles, boundaries and metrics.

Clear resource and value loss hotspots

Companies can see where materials are wasted, at what stage product value is lost, and which improvements are most likely to reduce costs, risks and environmental impacts simultaneously.

Commercially feasible transformation path

Circular solutions not only describe technology, but also include customer value, cooperation network, revenue costs, reverse logistics and scaling conditions.

Measurable and traceable performance

Indicators have clear boundaries, formulas, data sources and evidence, and can be used for internal decision-making, customer responses, sustainability reporting and external communication.

Integration with existing sustainability management

The circular strategy can link the environmental aspects of ISO 14001, product carbon footprint, sustainable procurement, supplier management and product information to reduce duplication of construction.

Continuous improvement and expansion capabilities

Companies can start piloting with a single product or location and gradually replicate it to other product lines, suppliers and business models without having to redefine the approach each time.

Why choose Startrust?

From management standards to products and operating information

We assist companies to transform ISO principles into materials, products, processes, indicators, responsibilities and decision-making materials, rather than just completing standard provisions.

Assess both environmental and commercial feasibility

The circular plan will take into account carbon emissions, resources, quality, regulations, costs, benefits, customers and cooperation networks, making the pilot closer to actual operations.

Connecting environment, carbon and supply chain management

It can integrate ISO 14001, ISO 14067, sustainable procurement, supplier information and sustainability reports to establish a common product and material information base.

Pay attention to boundaries, formulas and evidence

Each cycle indicator and claim needs to explain the calculation basis, data sources, limitations and audits to reduce annual comparison and external communication risks.

Adopt a phased pilot approach

First use the verification method for products with high value, high risk or clear customer needs, and then expand based on the results, so that companies can move forward rhythmically even when the data is incomplete.

FAQ

Which one should be imported first among ISO 59004, ISO 59010 and ISO 59020?

Usually, ISO 59004 is first used to establish common concepts, strategies and governance, and then ISO 59010 is used to design business models and value networks based on needs, and ISO 59020 is used to establish measurement methods. If the enterprise has clearly defined pilot projects, it can also be carried out simultaneously, but consistent boundaries and goals must be maintained.

Is importing the ISO 59000 series equivalent to obtaining a general certificate?

Not equivalent. ISO 59000 is a series of circular economy guidelines and methods. Whether an enterprise can conduct specific verification or obtain certification depends on the nature of the standard, verification plan and market requirements. Before starting a project, it should be confirmed that the purpose is internal management, customer response, claims, ratings or specific verification.

What is the difference between circular economy and resource recycling?

Resource recovery is part of a circular strategy. The circular economy pays more attention to avoiding resource consumption at the source, extending the life of products and components, improving use efficiency, changing business models, and finally dealing with material recycling, with the goal of retaining functions and value as much as possible.

Is it necessary to conduct a life cycle assessment or product carbon footprint?

Not necessarily, but life cycle and carbon footprint data can help identify burden shifts. If the recycling plan will change the materials, manufacturing process, transportation, use or end-of-life, it is recommended to be accompanied by an appropriate environmental impact assessment. The recycling rate cannot be used to judge the merits.

Is the higher the proportion of recycled materials, the more circular it is?

uncertain. Material source and quality, product longevity, repairability, actual recycling systems, energy and pollution, and whether higher value reuse or remanufacturing options are excluded will also need to be considered.

Can I start when there is insufficient supply chain information?

Can. Companies can first use internal materials, procurement, waste and product data to establish a baseline, and collect high-priority materials and supplier designs in stages. Estimates and proxy information should be clearly labeled, and a quality improvement plan should be established.

Can cycle performance be presented as just a percentage?

Usually not recommended. It is difficult for a single indicator to reflect resource input, usage efficiency, lifespan, value retention and end of life at the same time. Companies should choose a set of complementary indicators based on their strategy and match carbon, water, cost or other impacts to avoid one-sided conclusions.

What is the relationship between digital product passport and ISO 59040?

ISO 59040 provides a general approach to product cycle data tables to assist in collating and exchanging cycle information; market-specific digital product passports may still have statutory data fields, formats, identification and system requirements. Enterprises can first establish shared data and then map it according to market regulations.

I already have ISO 14001, do I still need a circular economy project?

ISO 14001 can provide the management basis for policies, environmental aspects, goals, capabilities and continuous improvement; the ISO 59000 series deals with circular principles, value retention, business models, value networks and circular performance in more depth. Integrating the two avoids the need for a separate management process.

Should I wait for the new edition before starting the standard revision period?

No need to wait completely. Resource flow inventory, hot spot analysis, data governance, business model and pilot work can still be carried out according to the current official version. At the same time, version tracking and gap update mechanisms are retained in the project to facilitate adjustments after the official revision is released.

Extended reading and related services

• How to implement circular economy? Management path from reduction, reuse to product design
• What is DPP Digital Product Passport? What product and supply chain information does the company need to prepare?
• How to make sustainable marketing credible? Environmental Claim Evidence and Greenwashing Risk Management
• ISO 14001 Environmental Management System Tutoring
• ISO 14067 Product Carbon Footprint/Carbon Label Tutorial
• Product Carbon Footprint Management Module
• Supplier Management Module

If a company is facing requirements for recycled materials, repairability, product recycling, digital product passports or supply risks, Startrust can assist in selecting pilots and establishing cycle baselines, business plans and performance methods.

Reservation consultation