Client: Mr. & Mrs. Swartz
Location: Suburban Area, Pretoria, South Africa
Project Date: June 2023

Project Overview:

Mr. and Mrs. Swartz, a couple residing in a suburban area with growing water scarcity issues, contacted our team for the installation of a residential borehole. Due to unreliable municipal water supply, they were looking for an alternative water source to irrigate their garden and meet their household water needs. The objective was to create an independent, cost-effective, and sustainable water supply.

Challenges:

• Water Scarcity: The local water supply was becoming increasingly unreliable.
• Space Constraints: The residential property had limited space for drilling and installation.
• Environmental Impact: The Swartz were keen on minimizing their environmental footprint during and after the installation.

Solution:

1. Site Survey & Hydrogeological Assessment: A team of hydrogeologists conducted an initial survey using water detection methods to identify the best drilling location. Given the limited space, the borehole had to be positioned strategically to avoid interference with the house’s foundation or garden layout.
2. Drilling: We employed a compact yet efficient drilling rig suitable for the residential setting. The drilling team reached an adequate depth of 85 meters, where a steady aquifer was found, ensuring sufficient water flow.
3. Pumping & Filtration System: A submersible pump was installed, capable of drawing up to 4,000 liters of water per hour. The water was then routed through a multi-stage filtration system to ensure high-quality potable water, free from impurities. A solar-powered pump option was also offered, but the client opted for a more traditional electric system.
4. Storage: A 5,000-liter water tank was installed alongside the borehole, providing the household with an emergency backup and allowing for irrigation use during drier months.
5. Environmental Sustainability: We ensured that minimal environmental damage occurred during the drilling. All waste material from the drilling was safely disposed of, and the landscape was restored post-installation. Native plants were replanted around the borehole to blend it into the garden environment.

Results:

• Cost Savings: The household saw a 50% reduction in their monthly water bill within the first two months.
• Sustainability: The borehole provided a reliable, eco-friendly water source, reducing the home’s reliance on municipal water, especially during water restrictions.
• Property Value: Installing a borehole enhanced the property’s value by offering an independent water supply, which is increasingly important in water-scarce areas.

Client Feedback:

“We’re extremely happy with the borehole installation. Not only do we save on water bills, but we also feel secure knowing we have our own water supply. The team was professional, and the installation was completed on time without disrupting our lives.” – Mrs. Swartz

Conclusion:

This residential borehole installation project highlights how homes can achieve sustainable water independence while improving long-term property value. By opting for borehole water, the Smiths can continue to maintain their garden and household without the risk of water shortages, demonstrating the potential for more sustainable living in water-scarce regions.