Unlocking Groundwater Resources for Sustainable Development Worldwide
Groundwater is a hidden giant—100 times more abundant than surface water. According to NASA and the UN, having secure and reliable access to fresh water is the bedrock for long-term economic and environmental sustainability. With climate change ramping up, surface water stress is reaching extreme levels. Companies, farms, and communities all lean heavily on limited surface water supplies, making them vulnerable to even the slightest shifts in availability. This precarious balance threatens national water security and economic growth across the globe.
The Main Benefit: Reliable Freshwater Access with Cutting-Edge Technology
Radar Technologies International (RTI Exploration) has developed the WATEX™ System, a game-changing technology designed to map groundwater resources with unmatched precision. Here’s what sets it apart:
- Drilling success rate up to 98%, slashing CAPEX and OPEX dramatically (based on 2,500 wells drilled through 2022)
- Advanced groundwater mapping that de-risks project development
- Online borehole planning tools for smarter, faster decisions
- Informed decision-making on water and climate risks at local and national scales, powered by proprietary data
- Supports water and food security, plus afforestation and reforestation efforts worldwide
About RTI Exploration and the WATEX™ System
Founded in 1999 by Dr. Alain Gachet, a nuclear and quantum physicist, RTI Exploration specializes in uncovering natural underground resources. Dr. Gachet shifted his 25 years of experience in hydrocarbons and mineral exploration toward groundwater, focusing on solutions for communities, agriculture, and industry. The WATEX™ System combines quantum mechanics, remote sensing, geology, geophysics, well data, and climate information to pinpoint deep aquifers and mineral deposits with remarkable accuracy.
Global Reach and Diverse Applications
RTI’s work spans continents—from Africa to the Middle East and beyond. Their clients include governments, major US institutions like USGS and USAID, energy and mining giants, and NGOs. The technology isn’t just about finding water; it’s about securing the future. RTI targets drought-stricken regions where rainfed agriculture is under threat, helping to stabilize economies and societies. The WATEX™ System also supports forest fire prevention and eco-reforestation by mapping areas where efforts will have the greatest impact, saving lives and billions in damages.
Innovations in Mineral and Green Energy Resource Exploration
Beyond water, RTI leverages sophisticated remote sensing to support the mineral industry. This includes securing water access for existing mines and exploring green energy minerals like Rare Earth elements and Lithium, as well as geothermal resources. These efforts are crucial for the transition to greener energy solutions, linking water, food, energy, and minerals in a tightly woven sustainability web.
Project Impact: Aligning with Global Sustainable Development Goals
- SDG 6: Clean Water and Sanitation – Ensuring availability and sustainable management of water
- SDG 2: Zero Hunger – Supporting food security through reliable water access
- SDG 13: Climate Action – Providing data and solutions to mitigate climate risks
- SDG 15: Life on Land – Enabling reforestation and forest fire prevention
- SDG 7: Affordable and Clean Energy – Facilitating exploration of green energy minerals
A Legacy of Innovation and Commitment to Climate Resilience
RTI Exploration stands out as a pioneer, blending space technology with geophysics and geology to unlock underground resources that many thought unreachable. From humanitarian projects in conflict zones to major industrial developments in advanced economies, RTI’s technology is making a tangible difference. Today, the company is doubling down on its mission to combat climate change impacts by delivering solutions that secure water, support agriculture, and foster sustainable development worldwide. It’s a legacy built on science, innovation, and a deep commitment to improving life on Earth.
