Distinguish remanufacturing from repair, refurbishment and recycling for industrial components.
Engineering & Maintenance
Remanufacturing and Circular Economy Practices for Industrial Components
Introduces maintenance and procurement professionals to remanufacturing and circular economy practices that extend the life of industrial components while reducing cost and environmental impact.
🗓️Duration5 training days
📚Content4 modules · 8 sessions
🎓On completionAccredited attendance certificate
About the programme
Course Overview
Replacing a worn pump or gearbox with a new unit is not always the cheapest or most sustainable option, yet remanufacturing is often overlooked because its quality and process are poorly understood. This course introduces maintenance and procurement professionals to remanufacturing and circular economy practices for industrial components, starting with a clear distinction between remanufacturing, repair, refurbishment and recycling. Participants assess which component categories suit remanufacturing, set up a core exchange programme with defined return conditions and credit terms, and manage the reverse logistics needed to move worn cores to a remanufacturing facility and back. The course covers the quality standards and testing criteria that qualify remanufactured parts for critical service, and builds total cost and environmental comparisons against new replacement components. It closes with negotiating remanufacturing contracts and embedding circular practices into the wider spare parts strategy. Exercises include a suitability screening exercise, a core exchange agreement review and a cost-and-carbon comparison workshop.
Expected Learning Outcomes
Assess which component categories are technically and commercially suited to remanufacturing.
Set up a core exchange programme and reverse logistics process for worn components.
Apply quality standards and testing criteria that qualify remanufactured parts for critical service.
Compare total cost and environmental impact of remanufactured against new replacement components.
Negotiate remanufacturing terms and warranty conditions with OEM and third-party providers.
Build a circular economy component strategy into the wider maintenance and procurement plan.
Who Should Attend
Maintenance and reliability engineers selecting between new and remanufactured components.
Procurement specialists negotiating remanufacturing and core exchange contracts.
Sustainability and ESG coordinators tracking circular economy initiatives.
Stores and inventory managers implementing core exchange logistics.
Plant managers seeking cost reduction through component lifecycle extension.
Equipment engineers assessing OEM remanufacturing programme offers.
Course Modules
Select any module to see its sessions and points.
01Understanding Remanufacturing Within the Circular Economy
2 sessions · 8 points
Session 1Defining Remanufacturing and Its Alternatives
- Distinguish remanufacturing, which restores a component to original specification, from simple repair or refurbishment.
- Position remanufacturing within circular economy principles alongside reuse, repair and recycling.
- Identify component categories such as pumps, motors, gearboxes and hydraulic units commonly remanufactured.
- Assess the environmental case for remanufacturing in terms of material and energy savings versus new production.
Session 2Assessing Suitability for Remanufacturing
- Evaluate component design, wear patterns and failure modes to judge remanufacturing feasibility.
- Assess criticality and downtime tolerance to decide where remanufactured components are an acceptable risk.
- Review OEM policy and intellectual property restrictions affecting third-party remanufacturing.
- Screen candidate components using a decision matrix balancing cost, risk and availability.
02Setting Up Core Exchange and Reverse Logistics
2 sessions · 8 points
Session 1Designing a Core Exchange Programme
- Structure a core exchange agreement defining core return condition, credit value and time limits.
- Set internal procedures for removing, tagging and storing worn cores pending return.
- Coordinate core exchange timing with maintenance schedules to avoid stock-outs of exchange units.
- Track core exchange transactions within the inventory system to reconcile credits and charges.
Session 2Managing Reverse Logistics
- Map the reverse logistics flow from removal on site through transport to the remanufacturing facility.
- Set packaging and handling standards that protect cores from further damage in transit.
- Coordinate customs, hazardous material or environmental documentation for cross-border core movement.
- Monitor reverse logistics lead times to keep remanufactured stock levels aligned with demand.
03Assuring Quality and Comparing Value
2 sessions · 8 points
Session 1Applying Quality Standards to Remanufactured Parts
- Define acceptance criteria and test procedures that remanufactured components must pass before installation.
- Compare remanufacturer certification and traceability documentation against OEM new-part standards.
- Set incoming inspection steps to verify dimensional tolerances and performance test results.
- Track failure rates of remanufactured components separately to validate ongoing supplier quality.
Session 2Comparing Cost and Environmental Impact
- Build a total cost comparison between new, remanufactured and repaired components over their service life.
- Quantify environmental impact reduction in material use and carbon footprint from remanufacturing choices.
- Assess warranty terms and their effect on the real cost of remanufactured component failure.
- Present the business case for remanufacturing to stakeholders focused purely on upfront price.
04Building a Circular Component Strategy
2 sessions · 8 points
Session 1Negotiating with Remanufacturing Providers
- Negotiate remanufacturing scope, turnaround time and warranty terms with OEM and independent providers.
- Assess provider capability through facility audits or accreditation review before committing volume.
- Set service level agreements covering exchange stock availability and emergency turnaround.
- Build contractual protection for intellectual property and confidentiality of proprietary designs.
Session 2Embedding Circular Practices into Maintenance Strategy
- Integrate remanufacturing decisions into spare parts strategy alongside stocking and obsolescence plans.
- Set targets for the proportion of eligible components sourced through remanufacturing or exchange.
- Report circular economy outcomes as part of environmental and sustainability performance reporting.
- Review the component strategy periodically as remanufacturing capability and component technology evolve.
What the participant receives
4 course modules
A structured syllabus
8 training sessions
across 5 days
32 detailed points
Applied, detailed content
Accredited attendance certificate
On completing the programme
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