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Porto do Açu
More than a port
As a result of investments made by companies established in Açu, which already total R$ 18 billion, Porto do Açu is the only fully private port-industrial complex in operation in Brazil. Açu has the third largest iron ore terminal in Brazil, accounts for 25% of Brazilian oil exports, houses what will be the largest thermal power park in Latin America and has the largest offshore support base in the world.

LARGEST THERMAL POWER PARK in Latin America
Responsible for 25% of Brazilian oil EXPORTS


THIRD LARGEST iron ore terminal in Brazil
LARGEST OFFSHORE SUPPORT BASE in the world

Strategic location
Located in the southeast, the region responsible for 54% of Brazil’s GDP, and near the main crude oil basins
Integrated solution
Ready-made platform to drive sustainability and shared value in O&G chains
Unique potential for industrialization
world-class port infrastructure, modern private management, and industrial district distant from large urban centers Learn more about opportunities in the Port of Açu
Learn more about the opportunities at Porto do Açu.
Learn more about companies with facilities in Açu
An affiliate of Prumo Group, the Company carries out an oil transhipment at the Port of Açu Oil Terminal. It is a 100% Prumo company and started operations in 2016. Vast is dedicated to infrastructure and logistical solutions for a safe, clean, efficient, and sustainable liquids operations for the Energy market. It is currently responsible for 30% of the country’s oil exportations, with Brazil’s main oil companies already operating at the terminal.

Company with a fuel terminal in Açu to distribute marine fuels, serving ships of all sizes and activities.

The aerodrome built by the Aeropart group will serve as an offshore support base with capacity for 20 large-sized helicopters.


A brand new 35,000 m² yard focused on importing solid fuels for the steel and cement industries. The company will be responsible for investing and managing the yard, with the port operation being carried out by T-MULT in the direct discharge model.