Best Viewed on Desktop

The responsive layout for phones and tablets is still being built. Please open this on a laptop or desktop to see the full site.

Widen the window to 1200px or more
Search the Knowledge Centre
  1. Home
  2. /
  3. Projects
  4. /
  5. Neo-Marvin Case Study
Project · Case studyPhase 2 underway

Neo-Marvin Case Study

A modernised hypothetical copper-gold orebody, used as a neutral platform for testing what changes when water is built into life-of-mine planning from the start.

3
Phases, from foundation to strategic planning
Phase 2
Integrated water modelling, under way
Whittle
Consulting, the delivery partner
An open pit with water pooled at its base, below brown terraced slopes

About This Project

The Neo-Marvin case study examines what changes when water use, treatment and management are built into life-of-mine planning from the start, rather than treated as an outside limit. It uses the Neo-Marvin orebody, a hypothetical copper-gold deposit, as a neutral research platform that belongs to no single company.

Why it exists

Water is usually applied to a mine plan late, as a constraint. This study tests what happens when it is planned in from day one.

Status & next steps

Phase 2 is refining the integrated modelling. Phase 3 will deepen the analysis of key water constraints and optimisation scenarios.

Who is involved

Delivered by Whittle Consulting, with premium sponsors Agnico Eagle and Weir and support from Eriez and Anglo American.

What It Covers

Phase 1 set the study context, objectives and modelling approach, linking water consumption, treatment and management to life-of-mine planning. Phase 2 examines how pit dewatering, climate stresses, technology choices and tailings water hold-up interact with production scale and optimisation, and assesses first, second and third-order effects, from capital and operating costs to environmental and sustainability outcomes.

Who It Is For

Mine planners, processing engineers and decision-makers who want to see how water risks and water choices change the economics of a mine, worked through on an orebody that no company has a stake in.