Bangladesh is set to begin trial operations of its first ocean satellite ground station at the University of Chittagong in June. The facility will improve access to satellite data for weather, ocean monitoring, and environmental research, supporting better disaster preparedness and scientific studies in the country.
A Major Step Forward in Ocean and Weather Monitoring
Bangladesh is preparing to begin trial operations of its first ocean satellite ground station, marking a key step in strengthening its environmental monitoring capabilities. Built at the University of Chittagong, the facility is expected to start trial runs in June. The project began on 26 March last year and is now close to completion, with a total cost of around 700 million taka.
Of the total funding, about 500 million taka came as technical assistance from the Second Institute of Oceanography, while the remaining 200 million taka was provided by the university. The ground station has a storage capacity of about 420 terabytes, allowing it to handle large volumes of data related to oceans, weather, and the environment.
The station aims to connect with 11 satellites, with partial connections already established. Data is currently being received from Chinese, Japanese, and NASA satellites. Final preparations, including software development and data analysis planning, are ongoing, with trial operations expected to begin following a Chinese technical team’s visit in June.
Faster Data, Better Disaster Preparedness
One of the major benefits of Bangladesh’s new ocean satellite ground station is the speed at which it can collect and process important environmental data. At present, the country depends on the United States and India for critical weather information, especially cyclone and storm surge forecasts. This process can take around 20 to 30 hours, which can slow down emergency responses.
With the new system, this delay will be significantly reduced to just 15 to 20 minutes once it becomes fully operational. This faster access to data will help authorities track cyclones more quickly, predict coastal flooding, and respond to sudden weather changes. Early warnings can play a vital role in saving lives and reducing damage to homes, crops, and infrastructure.
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The station will also support monitoring of river erosion, a serious issue in Bangladesh where rivers frequently change course and affect settlements and farmland. In addition, it will help observe environmental changes such as deforestation, shifting climate patterns, and ocean conditions, which are especially important for a climate-vulnerable country.
Another important use of the system is in fisheries. By analyzing ocean data, it can help identify potential fishing zones in the Bay of Bengal, supporting fishermen and promoting more sustainable fishing practices. These applications also support global environmental goals, including Sustainable Development Goal 14, which focuses on protecting marine life and using ocean resources responsibly.
Research, Collaboration, and Operational Planning
The ocean satellite ground station is primarily designed for research and education, rather than commercial use. It will allow students and researchers to access satellite data for academic studies, helping them better understand oceans, weather, and environmental changes.
Researchers can submit proposals to use the facility, and once approved, they will be able to collect data for their projects. This is expected to increase scientific studies and academic publications in Bangladesh, strengthening the country’s research output in ocean and climate science.
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The station is a downlink-only facility, meaning it only receives data from satellites and does not transmit signals back. This makes it safer and avoids major security concerns. The project is part of cooperation under China’s Belt and Road Initiative, with a formal agreement signed in December 2024 between the University of Chittagong and Second Institute of Oceanography.
Earlier this year, the university approved the facility as an independent center named the “Satellite Ocean Observation and Data Innovation Center.” To support operations, partnerships with other institutions are planned to share costs like electricity, internet, and computing resources. The project is now in its final stage, with trial operations expected between June 7 and 9, after the arrival of a technical team for testing and setup.
