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Advanced Project Solutions
OUR PROJECT SHOWCASE
Unveiling the Unique Essence of Each Project
At Logikheim, we take pride in our project showcase. Each project has its own unique story and challenges, and we are passionate about unveiling the essence of each one. Explore our showcased projects to get a glimpse of our expertise and the successful outcomes we have delivered. Let our project showcase inspire you and showcase the possibilities for your own projects.
Project: Central-West Orana REZ Transmission
The Central-West Orana Renewable Energy Zone (REZ) Transmission Project involves the design and construction of a large-scale high-voltage network to support renewable energy integration across New South Wales. The scope includes approximately 240 km of new transmission lines (500 kV and 330 kV), multiple substations, and energy hubs to connect generation assets to the existing grid. The network is designed to deliver an initial capacity of 4.5 GW, scalable to 7.7 GW, enabling the connection of utility-scale solar, wind, and energy storage projects. The project requires complex interface management across multiple work fronts and stakeholders, under an integrated delivery model with defined performance and availability requirements.
Project: Parramatta Light Rail - Stage 1
The Parramatta Light Rail Project Stage 1 in Australia is a significant infrastructure project aimed at enhancing public transport connectivity in Western Sydney. The project involves constructing a 12-kilometer, dual-track light rail system that connects Westmead to Carlingford via the Parramatta CBD and Camellia. It includes 16 stops, with key precincts such as the Parramatta CBD, Westmead Health Precinct, and the Western Sydney University campus benefiting from improved access. The project is expected to play a crucial role in supporting the region's growth, reducing traffic congestion, and providing a more efficient and sustainable mode of transportation.
Project: Pampa Sul Coal Power Plant | Brazil
The Pampa Sul Thermal Power Plant Project, developed by ENGIE in Candiota, Brazil, has an installed capacity of 345 MW and operates using mineral coal. The plant is designed to meet the regional energy demand with a focus on efficiency and environmental impact reduction. Advanced equipment and emission control technologies are incorporated to minimize environmental effects, aligning with sustainability goals and providing stable energy for regional development.
Project: Mineroduto Minas-Rio Iron Ore Pipeline | Brazil
The Minas-Rio Pipeline Project, developed by Anglo American, is one of the world’s longest slurry pipelines, spanning approximately 529 kilometers across Brazil. It transports iron ore from the Minas Gerais state to the Port of Açu in Rio de Janeiro. The project includes an integrated system comprising a mine, beneficiation plant, and the pipeline, which carries the slurry to the port for dewatering and export. Notable for its scale and complexity, the project has faced various technical, environmental, and social challenges but plays a significant role in Brazil's iron ore export infrastructure.
Project: Coque Plant Refinery - REPAR | Brazil
The REPAR Coque Plant Project by PETROBRAS in Brazil, involved the expansion and modernization of key units and substations at the refinery. This included the Delayed Coking Unit, Coke Handling Unit, Sulfur Recovery Unit, Residual Gas Treatment Unit, and Acid Water Treatment Unit, as well as substations for electrical distribution. The project aimed to enhance production capacity, improve operational efficiency, and ensure compliance with environmental and safety standards.
Project: Linha-Verde Expressway | Brazil
The Linha Verde Project in Curitiba, Brazil, transformed a 22-kilometer stretch of the former BR-116 highway into an urban avenue with dedicated lanes for the city's Bus Rapid Transit (BRT) system. Launched in 2007, the project improves urban mobility, reduces traffic congestion, and connects the southern and northern regions of Curitiba, enhancing overall quality of life and promoting sustainable development.
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