Adisadel College 2002 Year Group Launches GH¢4.6m Water Project
Participants at the launch The Adisadel College 2002 Year Group, popularly known as Santa 2G2, has launched a GH¢4.6 million Clean Water Hub project to provide reliable and sustainable Read More... The post Adisadel College 2002 Year Group Launches GH¢4.6m Water Project appeared first on DailyGuide Network .
The Adisadel College 2002 Year Group, known as Santa 2G2, has unveiled a GH¢4.6 million Clean Water Hub project at their Cape Coast campus. This initiative aims to supply clean, reliable water to over 5,000 students and staff members, addressing the perennial water challenges faced by the institution. The project, part of the Adisadel Old Boys Association's tradition, is scheduled to be completed 25 years after the college's completion.
At the launch event in Accra, the project's Guest of Honour, Edmond Boateng, the Honorary Consul of the Grand Duchy of Luxembourg to Ghana, and the Okyeman Amanonehene, emphasized the importance of unity, transparency, and determination to ensure the project's success. Santa 2002 President Clint Yoosi Boa-Amponsem highlighted that access to safe and sustainable water is vital for human dignity, health, and effective education.
Their vision extends beyond mere water provision; they seek to create a platform for water conservation, environmental responsibility, and sustainable resource use.
The Headmaster, Samuel Agudogo, welcomed the project as a timely solution to the campus's water challenges, which directly impact academic activities. Final-year student and ambassador for the project, Raphael Yaw Aseye Asamany, appealed for support, noting that clean water is crucial for daily tasks such as washing clothes, cleaning dormitories, and ensuring adequate drinking water.
The Clean Water Hub will utilize a solar-powered borehole network, consisting of five primary boreholes, with treatment processes including flocculation, filtration, and chlorination. This design allows the system to cater to 100% of the school's daily water demand, operating efficiently through solar power.
The project's benefits extend beyond infrastructure, as it is linked to sanitation, public health, student welfare, and the overall quality of the learning environment. The solar-powered component aims to ensure resilience against energy cost pressures while transforming the campus into a practical learning environment for water management.
The fundraising campaign began with an encouraging start, raising GH¢650,000 at the launch through cash donations and pledges towards the GH¢4.6 million target. The event gathered old boys, friends, alumni schools, and corporate partners, showcasing widespread support for this critical initiative.
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