The first private-terminal conveyor link to Moegao was installed at ALTP in October. Public and terminal teams must connect the steelwork, electrical supply and controls into the tested material-handling route.
Port rail-receiving and conveyor works is the primary work classification. Related sectors connect this record to adjacent marine delivery and market coverage.
Subject index
Related subjects
These subject pages bring together related projects, technical articles, reports, and evidence methods.
Project anatomy
Contract scope and delivery roles
Client / authority
Administracao dos Portos de Paranagua e Antonina / Portos do Parana
Delivery parties
The December 2025 owner account names Tucumann, TMSA, Zortea and Engeluz as engineering delivery firms. ALTP funds its own terminal connection; port design review and supervision apply.
Contract route
Existing public Moegao construction programme with separately funded terminal-side connections. The owner assigns each terminal its investment and approves the connecting designs.
Execution window
ALTP connection installed 11 October 2026. The 9 October account forecasts central-system and substation completion in December; all 11 eastern-corridor terminal connections are targeted by October 2027.
Works package
Central rail-receiving galleries, mechanical and electrical systems, transfer towers and terminal conveyor connections. The first ALTP steel connection is 55 m long and about 35 tonnes.
Marine interfaces
The rail-receiving system feeds the port terminals through a connected handling path. Terminal capacity and electrical/control interfaces determine whether an installed gallery can carry the intended product duty.
Commercial evidence boundary
Terminal connection expenditure is assigned to each terminal, with port review and supervision. The 9 October owner account requires enclosed conveyors and 2000 t/hour transfer capacity for the interface.
Evidence gap
What remains unverified
Outstanding evidence
Connection survey, fixing and structural release
Conveyor, electrical and control interfaces at ALTP
Integrated tests before forecasting available handling capacity