This project entailed the design, construction, and implementation of a 20,000-gallon iron water treatment scheme, complemented by an extensive 2-kilometer water reticulation network to ensure effective distribution across the community.

Executed over a two-month project timeline, the scope of work covered the entire lifecycle of the water scheme, including:

• Site preparation and project planning
• Construction of security fencing
• Drilling of an industrial-grade borehole
• Construction and erection of an elevated tank stand
• Installation of the water treatment system and distribution network

Every phase was carefully coordinated to ensure durability, safety, and optimal system performance. The completed scheme now provides consistent access to treated water, significantly reducing reliance on unsafe surface water sources and improving public health outcomes within the community.

This project involved the design and full implementation of a 10,000-gallon iron water treatment system, engineered to deliver safe, reliable, and sustainable potable water to the Queenstown community.

A core objective of this project was long-term sustainability and ease of operation. To achieve this, the entire water treatment system was integrated with a solar power solution, complete with batteries and an inverter, ensuring uninterrupted operation independent of grid electricity or fuel-powered generators. This approach significantly reduced operational costs while eliminating the burden of daily power management for the community.

The solution was carefully designed to address iron contamination, improve water clarity, enhance taste, and ensure compliance with acceptable water quality standards—ultimately restoring confidence in the community’s water source and improving overall quality of life.

This project focused on the design and deployment of an industrial-scale brackish water treatment solution, tailored to meet the specific water quality challenges associated with high salinity and dissolved solids.

The system was engineered to deliver efficient desalination and water purification, ensuring the treated water met operational and usage requirements for industrial applications. Emphasis was placed on system efficiency, durability, and scalability, allowing the client to maintain consistent water supply while minimizing long-term operational costs.

This project involved the implementation of a 10,000-gallon community iron water treatment solution, designed to provide a dependable and safe water supply for residents in Mile 2, Sagbama.

The system was specifically engineered to address elevated iron levels, improving water color, taste, and overall quality. By introducing a centralized treatment solution, the project reduced the community’s dependence on unsafe water sources and contributed to improved hygiene, health, and daily living standards.