In one of the most challenging areas in Montana to find water, local experts advised drilling deeper than 1,000 feet, believing that no water could be found in the field. Adding to the complexity, our technology was not on-site, with our headquarters located 8,500 km away from the field we were exploring. Despite these challenges, and conducting the entire operation online, we successfully identified a substantial water resource.
Publicly available water well logs in the area, all of which indicated that water was either non-existent, found in very small quantities, or located deep underground and not suitable for drinking.
Contrary to these discouraging findings, our remote exploration identified three new wells with abundant, drinkable water at shallow depths. This remarkable achievement was accomplished without ever setting foot on the land, relying solely on our advanced technology.
We also provided comprehensive data both before and after drilling, demonstrating the accuracy and effectiveness of our methods. This success highlights our capability to deliver reliable results even under the most challenging conditions.
To demonstrate that our entirely online exploration technology can accurately locate substantial amounts of potable water—even in areas considered nearly impossible by experts—without requiring any on-site presence and from a distance of over 8,000 kilometers.
RED TIGER DRILLING
ALLIED ENGINEERING
Our technology always provides a conservative estimate of water quantities compared to the values measured after drilling. This is due to the following reasons:
1. We measure the current underground water flow conditions – Water moves through underground channels at a specific rate, depending on rock permeability and hydrodynamic conditions. Our technology detects the amount of water naturally circulating through the underground structures at the time of analysis.
2. High-pressure testing increases water extraction rates – During well testing, high pressures are applied, significantly increasing the flow of water through the rock. As a result, the measured water quantity is higher than our initial estimate, as under normal conditions, water does not flow at such an accelerated rate.
3. Well placement can affect water yield – If the driller did not precisely hit the water source, the static water level and the measured quantity may be lower than predicted. In such cases, the water source may be near the well but not exactly at the drilling point, reducing the well’s capacity.
Our method provides accurate and reliable predictions of underground water sources, allowing for precise pre-drilling assessments and optimized drilling locations for maximum success.
Our Exploration Results
Well-1:
Water Flow: 223 Liters per minute – 58.91 Gallons per minute
Static Water Depth: 27 meters – 88.58 feet
Obstacle: There will be no obstacles while drilling.
Water oscillations: There will be no fluctuations during the summer, ensuring a average flow of 223 L/m. This reliable water source will not dry up even in the hottest months.
Water quality: The water is drinkable and doesn’t require any filtration.
Well-2:
Water Flow: 224 Liters per minute – 59,17 Gallons per minute
Static Water Depth: 27 meters – 88.58 feet
Obstacle: There will be no obstacles while drilling.
Water oscillations: There will be no fluctuations during the summer, ensuring a average flow of 224 L/m. This reliable water source will not dry up even in the hottest months.
Water quality: The water is drinkable and doesn’t require any filtration.
Well-3:
Water Flow: 226 Liters per minute – 59.70 Gallons per minute
Static Water Depth: 27 meters – 88.58 feet
Obstacle: There will be no obstacles while drilling.
Water oscillations: There will be no fluctuations during the summer, ensuring a average flow of 226 L/m. This reliable water source will not dry up even in the hottest months.
Water quality: The water is drinkable and doesn’t require any filtration.
Results After Drilling
Well-1:
Water Flow: 378 liters per minute (100 gallons per minute)
Depth: Drilling depth is 238 feet (72 meters) with a static water depth of 109 feet (33 meters).
Obstacle: There were no obstacles while drilling.
Water Oscillations: The water flow remains within the expected range, with an average annual analysis predicting a flow of 224 liters per minute (59 gallons per minute) throughout the year. This quantity is within acceptable parameters.
Water Quality: The water is drinkable and doesn’t require any filtration.
Well-2:
Water Flow: 159 liters per minute (42 gallons per minute)
Depth: Drilling depth is 380 feet (155 meters) with a static water depth of 155 feet (47 meters)
Obstacle: There were no obstacles while drilling.
Water Oscillations: The water flow remains within the expected range, with an average annual analysis predicting a flow of 224 liters per minute (59 gallons per minute) throughout the year. This quantity is within acceptable parameters.
Water Quality: The water is drinkable and doesn’t require any filtration.
Well-3:
Not Drilled.
Two of the three proposed wells were drilled, as the water quantity met their requirements.