MINE-TO-PORT CORRIDOR APS PROGRAM DESIGN

Mine-to-port corridor APS program design

Mining · Infrastructure · Engineering · Environment

CREDENTIAL

Mandate

Design mandate

Designed the preliminary-engineering (APS) program for an integrated mine-to-market logistics chain in Central Africa: mineral-port siting, railway alignment and high-voltage transmission routing structured as a single system, staged from field reconnaissance and multi-disciplinary site characterization through the global development scheme, structural sizing, execution drawings and cost estimates.

Context

Corridors fail in the gaps between disciplines. An APS program earns its keep by forcing port, rail and power to answer to one development logic from the first field visit.

Approach

The program stages the work from reconnaissance and multi-disciplinary site characterization through the global development scheme to structural sizing, execution drawings and cost estimates, with each discipline routed through the same system logic.

Standards

APS methodology (Reconnaissance, Caractérisation, Schéma d’aménagement, Dimensionnement)

PROOF

Dossier at full depth

Aurus series image. No project location is depicted.
Period
Plan-grade APS program design; no delivered engineering phase is claimed
Team size
Not published pending a verified register source
Disciplines
Mineral-port siting, railway alignment, high-voltage transmission and multidisciplinary site characterization
Deliverables ledger
  • One integrated preliminary-engineering program design
  • Three connected infrastructure workstreams: port, rail and transmission
  • Four-stage APS method: reconnaissance, characterization, development scheme and sizing
  • Planned drawings and cost estimates; delivery is not claimed
Region
Central Africa
Service rung
Design and deliver
Standards
APS methodology with interface-controlled preliminary engineering
Outcome
A structured mine-to-market APS program and decision sequence, held at design-verb altitude

Download the one-page brief