SUSTAINABILITY
Recovering more value from material already mined
FeCycle’s sustainability proposition is practical: use beneficiation to recover more iron from existing material, reduce the volume and burden of waste, and create an economic pathway for progressive remediation and local value.
BENEFICIATION
Upgrade suitable low-grade feedstock into higher-grade products, improving resource efficiency and making more productive use of material already extracted.
Environmental design priorities
• Recover more saleable product from existing material.
• Reduce the volume and long-term footprint of stockpiles and tailings where practical.
• Use closed-loop or high-recovery process-water systems appropriate to the site.
• Assess dewatering, filtration and dry-stacking options where technically, environmentally and economically suitable.
• Minimise unnecessary haulage by locating facilities close to feedstock and existing logistics.
• Use modular equipment and staged capacity to match the resource and reduce overbuilding.
• Evaluate safe, marketable uses for non-iron by-products and final waste where evidence supports them.
• Integrate progressive rehabilitation into the operating and closure plan.
Water recovery, energy intensity, emissions, tailings outcomes and rehabilitation plans will be quantified for each project. FeCycle will not apply a single percentage or universal claim across different sites.
DECARBONISATION
Avoid the exploration and primary mining stages of a new greenfield project and produce higher-grade iron units that can support more efficient and lower-emissions steelmaking routes.
Responsible project development
• The Global Industry Standard on Tailings Management.
• IFC Performance Standards on Environmental and Social Sustainability.
• World Bank Group Environmental, Health and Safety Guidelines.
• The Equator Principles for project finance.
• Applicable lender, offtaker and asset-owner ESG requirements.
Each project must comply with applicable local laws, permits and operating standards. Where relevant to the asset, financing and partner requirements, project design will also be informed by recognised frameworks including:
Project-specific qualification
Reference to these frameworks describes the intended design approach. Formal alignment or compliance should be claimed only after project-specific assessment.
REMEDIATION
Reduce stockpile and tailings volumes where reprocessing is technically and commercially viable, improve final waste handling and support the progressive rehabilitation of released land.
Local value and social licence
• Local employment and skills development through construction and operations.
• Training and transfer of operating capability to local teams.
• Local procurement and support for regional suppliers.
• Taxes, royalties and wider economic activity.
• Early, transparent engagement with communities and affected stakeholders.
• Project-specific community investment developed with the asset owner and local stakeholders.
• Potential rehabilitation of land for safe future use.
Substantiating lower-carbon claims
Reprocessing material that has already been mined can avoid carbon-intensive stages associated with a new primary mining route. Higher-grade products can also improve downstream processing efficiency. The scale of any benefit will depend on plant design, power source, water, recovery, transport, product use and the comparison baseline.
FeCycle will support public carbon-intensity claims with project-level measurement and, where material, an appropriate lifecycle assessment. Until then, use lower-carbon potential—not carbon-neutral, zero-carbon or green ore as an absolute claim.