Burkina Faso, located in West Africa, is one of the regions facing severe water scarcity, where water resources have always been a critical issue affecting both livelihoods and development.With long-term drought and a complex distribution of underground water, many areas face serious challenges in accessing and locating reliable water sources.
Recently, a customer in Burkina Faso learned about the PQWT-GT300A Underground Water Detector developed by Hunan Puqi Geological Exploration Institute, China, and was eager to place an order. Upon understanding the urgency of the situation, the Puqi team immediately prepared the shipment on the same day and successfully delivered the equipment to the customer in Burkina Faso. The device was quickly put into use, providing powerful technical support for locating high-quality underground water sources.
This was not just a delivery of equipment—it was a promise for the future: to help more people gain access to clean and stable water supplies.
In places where water is scarce, each day can make a tremendous difference. The PQWT team understands the value of time, which is why they completed stocking, testing, and international logistics arrangements with great efficiency, ensuring that the equipment reached Burkina Faso as quickly as possible. This fast delivery allowed the customer to begin surveying and drilling in the shortest possible time, significantly reducing the water-search cycle.
Traditional underground water exploration often requires complex equipment and highly trained professionals. In contrast, the PQWT-GT300A is equipped with fully automatic data analysis and mapping functions, a user-friendly interface, and a high-definition display. With just a short video tutorial, users can operate the device without extensive training. Even first-time operators can quickly complete survey line setup, data acquisition, and water source location on site—making it truly possible for “anyone to use, and easily find water.”
The PQWT-GT300A applies the advanced Magnetotelluric Method to measure conductivity differences between different underground geological structures. It automatically generates clear profile and 3D images, helping users accurately determine the location and depth of underground aquifers. With a detection depth of up to 300 meters, it provides reliable scientific data for drilling, avoiding costly blind excavation.
Burkina Faso has a typical semi-arid climate, where underground water is often deeply buried and unevenly distributed. The PQWT-GT300A’s high-precision data acquisition system effectively filters interference signals, improving the reliability of water source positioning. In multiple field tests conducted by the customer, the detection results closely matched the actual water output from drilling sites, earning strong trust and positive feedback.
Whether in sandy soils, rocky layers, or hilly terrain, the PQWT-GT300A delivers stable performance. The device is built with a durable casing and waterproof design, allowing it to withstand high temperatures, dust, and other harsh environmental conditions—ensuring long-term reliability in dry regions such as Africa.
After receiving the device and completing the first field survey, the customer in Burkina Faso said:“The PQWT-GT300A has saved us a great deal of time and money. We can find water sources in the shortest possible time, and this is of great significance to our community.”
This positive feedback reflects not only the practical value of Puqi’s products but also how technology can truly transform daily life.
From China to West Africa, Puqi has delivered more than just a water detection instrument—it has delivered a vision: to make water exploration faster, more scientific, and more sustainable. Whether in Africa, the Middle East, or other water-scarce regions, the PQWT-GT300A is a dependable partner in the search for underground water.
