In Ghana, the demand for clean water is driven by rapid urbanization and a robust agricultural sector. However, the diverse geology—ranging from the coastal plains to the highland forests—presents significant challenges. Many existing well screens suffer from premature clogging due to the high silt content and varying sediment sizes found in Ghanaian aquifers.
The coastal regions of Ghana face the additional threat of saltwater intrusion. Traditional filtration methods often fail to withstand the corrosive nature of saline environments, leading to frequent replacements. This has created an urgent need for high-grade seawater intake screen systems that can maintain efficiency while resisting chemical degradation.
Furthermore, the lack of precision-engineered components has historically led to inefficient water recovery. Local contractors are now shifting away from basic slotted pipes toward specialized wedge wire screen pipe to maximize the open area and reduce the velocity of entering water, thereby extending the lifespan of the borehole.
