Construction of the Brooklyn-Kyiv LLC Grain Marine Terminal
The Brooklyn-Kyiv Grain Marine Terminal is one of the largest infrastructure projects in Ukraine's grain industry, implemented in accordance with modern international standards for performance, energy efficiency, and environmental safety. The terminal provides 240,000 tonnes of simultaneous grain storage, annual grain handling capacity of up to 2.5 million tonnes, and accommodates Panamax-class vessels with a deadweight of up to 60,000 tonnes.
Grain Capital carried out a full range of engineering, manufacturing, and installation works for the technological section of the grain terminal.
The project included:
- engineering design of the grain terminal process solutions;
- manufacturing of high-capacity conveying, dust collection, weighing, and other process equipment;
- fabrication of steel structures and gravity-flow equipment;
- installation of grain silos Symaga with a total storage capacity of 240,000 tonnes, process equipment, conveyor galleries, and grain receiving stations;
- development and implementation of dust collection systems (see the case study "Comprehensive Dust Collection System for the Grain Marine Terminal");
- development, manufacturing, commissioning, and start-up of power control and automation systems (see the case study "Automation System for the Grain Marine Terminal");
- comprehensive commissioning works.
Equipment Manufactured and Supplied
- ZEO-BC belt conveyors, 1,500 t/h;
- ZEO-DC chain conveyors, 350–500 t/h;
- ZEO-BE bucket elevators, 500 t/h;
- gravity-flow equipment.
- ZEO-FC-9000 cyclone filters;
- ZEO-FU local filters;
- ZEO-FV local filters;
- ZEO-FW filter cabinets;
- ZEO-FB-1000 bin vent filters;
- ZEO-DH dust enclosures.
- ZEO-BV-1500 hopper scales;
- truck scales;
- rail scales.
- power control systems for process equipment;
- control cabinets;
- automated process control system.
Other Solutions
- steel structures;
- hopper container for bulk material handling.
Result
The project resulted in the successful commissioning of a high-capacity grain marine terminal, ensuring continuous operation of all process areas, efficient grain loading onto marine vessels, and compliance with modern requirements for capacity, reliability, and process automation.
Project Duration
2011–2017
