How Businesses Can Identify Circular Economy Opportunities

Circular economy opportunities for businesses begin with understanding how materials, products and value move through a specific operation. An opportunity may involve using fewer resources, extending product life, enabling reuse or repair, recovering materials, or redesigning an offer. Commercial viability and environmental benefit depend on the product and system boundaries; neither should be assumed without evidence.

By Redisry Group · Published 25 Oct 2026 · Updated 5 Nov 2026

Map material and resource flows

Choose a product line, facility, service or supply chain to examine. Draw a flow from sourcing to production, distribution, use and end of use. Record major material inputs, energy and water needs, yields, packaging, returns, by-products, waste and destinations. Include the actors who own or handle materials at each stage.

Use purchasing records, bills of materials, production logs, waste invoices, maintenance data, return records and supplier information as starting evidence. Check units and time periods, then trace a sample physically where possible. A mass balance can show how incoming material becomes saleable output, inventory, scrap, loss or an untracked residual. Note uncertainty and missing information instead of presenting estimates as measurements.

Look beyond the factory boundary. Value can be lost during transport, customer use, repair, return, sorting or processing. Speak with operators, suppliers, customers, service partners and waste handlers who know the everyday constraints.

Find where value is lost

Ask where materials are discarded, products fail early, components are difficult to access, packaging is used once, by-products lack a buyer, or inventory becomes obsolete. Look for idle assets and service needs that might be met without making another product. A value-loss point is a lead for investigation, not automatically an opportunity.

Prioritise by scale, controllability and evidence. A recurring, measured material stream with an identifiable owner may be easier to test than a diffuse downstream impact. Determine whether losses reflect process defects, design limitations, commercial incentives or a lack of logistics partners.

Compare circular options

Start upstream: avoid unnecessary material, design for durability and repair, reduce packaging, or choose suitable recovered or renewable inputs. Then examine options that keep products and components in use, such as maintenance, repair, refurbishment, remanufacture, reuse, sharing or product-service models. Assess recovery and recycling for material that cannot remain in a higher-value loop.

The operational requirements differ. Repair needs diagnostics, parts, skills, service access and customer trust. Reuse needs collection, inspection, cleaning, grading and a second market. Remanufacture needs compatible designs, predictable returns and quality control. Recovery needs sorting, suitable volume, clear specifications and a processor. A subscription or access offer changes ownership, cash flow, utilisation and maintenance responsibility.

The OECD describes circular business model patterns including circular supply, resource recovery, product life extension, sharing and product-service systems. This vocabulary helps compare options; it does not prove that a model will work for a particular company. See the OECD’s overview of circular business models.

Assess commercial feasibility

Estimate the full cost and value chain: design changes, tooling, reverse logistics, collection incentives, inspection, storage, repair labour, parts, processing, quality assurance, customer service, compliance and working capital. Identify who pays, who benefits, who owns the material and how value is shared. A business case may fail if the organisation bearing the cost does not receive the benefit.

Test demand for the circular offer and supply reliability for recovered inputs. Ask potential customers about quality, price, convenience and assurance. Confirm reclaimed material meets technical specifications and that volumes and timing fit production. Assess sensitivity to commodity prices, return rates, transport distance, contamination and product life.

Compare the proposal with a defined baseline and alternatives. Commercial and environmental outcomes are related but separate questions. A lower purchase price does not establish lower total cost; fewer shipments or more reuse does not automatically establish lower impact when cleaning, transport or rebound effects matter. Define system boundaries and gather appropriate data before making comparative claims.

Check logistics, regulation and partners

Reverse flows need routes, containers, storage, sorting, tracking and clear responsibility for damage or rejected materials. Map distances and handling. Check product safety, warranties, liability, waste classification, transport rules, producer-responsibility requirements and sector obligations with qualified advisers.

Partners may include suppliers, repair networks, logistics providers, refurbishers, recyclers, customers or other businesses that can use a by-product. Agree specifications, volumes, contamination thresholds, data sharing, ownership, service levels and what happens when quality or supply changes. Circular systems often depend on coordination across organisations, so responsibilities need to be explicit.

Run a bounded pilot and measure outcomes

Choose a product, site, material stream or customer group small enough to monitor. Define a baseline, scope, duration, success thresholds, safety controls and stop criteria before launch. Record operational side effects such as extra handling, customer effort, defects or unsold recovered stock.

Potential measures include material input per unit of output, yield, scrap, product lifetime, repair rate, reuse or return rate, recovered material quality, virgin material displaced, total cost, service reliability and participation. Select measures that fit the intervention. Track absolute amounts as well as ratios when volume changes. For environmental claims, use an appropriate method and boundary; an operational measure alone may not prove total environmental benefit.

Opportunity assessment checklist

• The product or process boundary and material flow are defined.
• Loss points are supported by records or observation, with gaps noted.
• Prevention, life extension and recovery options are compared.
• Quality, demand, supply and logistics requirements are understood.
• Costs, benefits, ownership and incentives are mapped across partners.
• Applicable safety, waste and product rules have been checked.
• The pilot has a baseline, measures, controls, owner and stop criteria.
• Commercial and environmental conclusions are evaluated separately.