World Mining Congress 2026: megaproject risk lessons for mine project teams
Reviewed by Joe Ashwell
First reported on International Mining – News
30 Second Briefing
Bent Flyvbjerg, co-author of “How Big Things Get Done” and a leading academic on megaproject cost and schedule risk, will deliver a keynote at the World Mining Congress 2026 in Lima, Peru, from 24–26 June. His work on cost overruns, reference class forecasting and front-end planning is widely used on multi-billion-dollar infrastructure and mining developments. Attendance will interest owners and EPCM teams grappling with budget blowouts and delays on large open-pit expansions, underground block caves and associated rail, port and tailings facilities.
Technical Brief
- Concentration of owners, EPCMs and financiers in one congress supports cross-project benchmarking of cost–schedule data.
- Peru’s large open-pit and underground portfolios provide live case studies for megaproject governance and phasing.
- Integration of rail, port and tailings sessions with megaproject content encourages whole-of-corridor risk treatment.
- Expect strong focus on early-stage option screening for multi-billion-dollar CAPEX programmes in constrained terrains.
- Lessons are directly transferable to other complex mining hubs with remote logistics and social licence pressures.
Our Take
With 260 Mining stories and 541 Projects-tagged pieces in our database, Peru regularly appears in coverage of schedule and cost risk on large copper and polymetallic developments, so a megaprojects-focused keynote in Lima is likely to resonate with operators grappling with overruns in the Andes.
The World Mining Congress in Lima sits in a jurisdiction where permitting timelines and social licence issues have repeatedly delayed major projects, making megaproject governance frameworks directly relevant for project directors planning new large-scale builds in Peru over the next decade.
For International Mining’s audience, a 2026 megaprojects theme aligns with recent project case studies in our coverage that show owners shifting from ‘big bang’ expansions to more modular, staged developments to control risk on large greenfield and brownfield mines.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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