Keep Products in Use
Extending the productive life of assets, equipment, and materials is where Trashure's engineering depth matters most. We implement reliability systems, deploy Integra® for risk-based inspection and integrity management, and apply RCFA Navigator® to eliminate repeat failures - keeping your resources circulating at their highest value for as long as possible.
Create Circulation Systems
Industrial take-back and return program design
Designing systems that bring used products and materials back into the supply chain for reuse, reducing procurement costs and waste.
Reusable packaging and container system design
Replacing single-use packaging with durable, reusable systems designed for multiple circulation cycles.
Internal material circulation system development
Creating internal systems that capture and recirculate materials within a facility before they leave the operation.
Industrial symbiosis matchmaking and implementation
Facilitating practical material exchange agreements between organisations to keep materials in productive use.
Asset sharing program design
Developing frameworks for sharing underutilised equipment or assets across facilities or organisations to maximise utilisation.
Extend Product Life
Reliability-centred maintenance implementation
Applying RCM methodology to shift from reactive to proactive maintenance, extending equipment life and reducing failure costs.
Root cause failure analysis
Systematic investigation of equipment failures to identify and eliminate root causes, preventing recurrence and extending asset life.
Equipment repair and life extension strategy
Developing structured strategies to repair and extend the productive life of industrial equipment beyond its originally anticipated lifespan.
Repair vs. replace decision frameworks
Building evidence-based decision tools that help organisations determine when repair is more cost-effective and sustainable than replacement.
Preventive and predictive maintenance program development
Designing maintenance programmes that prevent failures before they occur, reducing downtime and extending asset life.
Restore to Working Order
Industrial equipment inspection, assessment, and restoration
Comprehensive technical assessment of industrial equipment condition followed by targeted restoration to full working order.
Component refurbishment program design
Developing systematic programmes to refurbish high-value components rather than replacing them, reducing procurement costs and waste.
Asset condition assessment and refurbishment planning
Structured assessment of asset condition to prioritise refurbishment interventions and plan cost-effective restoration.
Refurbishment program management
End-to-end management of industrial refurbishment programs from assessment through restoration to quality assurance and return to service.
Rebuild to Like-New
Component remanufacturing program development
Designing structured programmes to disassemble, restore, and rebuild high-value components to original or better-than-original performance specifications.
Disassembly and component assessment protocols
Developing systematic protocols for the safe disassembly of equipment and assessment of component reusability and value.
Remanufacturing quality standards and assurance
Establishing quality standards and verification processes that ensure remanufactured components meet performance and safety requirements.
Supply chain development for remanufactured components
Building supply chain relationships and processes that support the sourcing and distribution of remanufactured components as a standard procurement option.
New Applications for Materials
Industrial byproduct and waste stream valorisation
Identifying and developing new high-value applications for industrial byproducts and waste streams that would otherwise be disposed of.
Custom upcycled product development
Designing and developing new products from waste materials, creating revenue from what was previously a disposal cost.
Alternative use identification for waste materials
Systematic assessment of waste streams to identify the highest-value alternative applications for each material type.
Repurposing feasibility studies and business case development
Assessing the technical and commercial feasibility of repurposing waste streams and building the business case for investment.