Managed sustainably, it serves as a supplementary resource that complements existing water conservation efforts within regions.
Emphasizing sustainable water management practices, integrating our water into a region's water resources enhances water, food, and ecological security, along with bolstering political and economic stability.
It provides clean, uncontaminated fresh water, free from surface infiltration pollutants.
By tapping into deeper water sources, Our Technology allows shallow aquifers to recharge, enhancing both water quality and quantity in surface water environments.
Compared to large-scale solutions like desalination and wastewater treatment, our water approach is cost-effective. It enables rapid implementation with wells completed in months, scalable over time based on evolving needs, unlike upfront commitments of extensive budgets and construction timelines.
Oriens fills a crucial role in regional planning and water management strategies, ensuring reliable water supply. It stabilizes communities, supports local economies, and enhances natural water systems.
While exploration techniques for minerals such as metals, gas, and oil have advanced significantly with established standards, groundwater detection and exploration technologies have lagged behind in reliability and cost-effectiveness—until now.
Our Technology introduces an innovative Geospatial Data Analysis and Assessment Method for accurately mapping, locating, and extracting ample quantities of high-quality freshwater resources.
If Earth’s core heat were solely from radioactive decay, it wouldn’t suffice to explain volcanic activity and tectonic shifts. However, the iron-nickel hydride theory offers a more plausible explanation. The chemical decomposition of iron-nickel hydride into iron-nickel alloy and hydrogen releases significant exothermic energy, crucial for these geological phenomena. As hydrogen, the lightest element, escapes towards the surface, it reacts with oxidized rocks to form water (H₂O), increasing pressure in the core and causing tectonic fractures. These fractures release liquid and gaseous substances, often forming water vapor in volcanic eruptions, which can constitute up to 95% of erupted matter.
Understanding these processes allows for accessing abundant water sources globally. By drilling into specific tectonic fractures identified through advanced geo-scanning techniques resembling seismic methods, we can extract clean, pressurized drinking water reliably and sustainably. Our innovative approach combines hardware and software to pinpoint water-bearing zones with exceptional accuracy, determining their depth, yield, and precise coordinates.
Our success in locating water where our clients need it. Using our special technologies to find the water in the most convenient place for them.
Our success in locating water where our clients need it. Using our special technologies to find the water in the most convenient place for them.
The water we offer is of exceptional quality, and comparable to the best water found anywhere for multiple uses.
Not using groundwater at our facility ensures a weather-independent water supply and doesn't affect the natural groundwater level.
Our distinctive approach enables us to identify the precise coordinates of underground water sources in no more than two days.
Agriculture, Construction, Government Projects, Municipality Projects, Areas that were affected by natural disasters and humanitarian crisis.
ypically, drilling depths are under 200 meters. However, the drilling company must be capable and prepared to drill beyond 200 meters when encountering clay or lime strata containing salt water, ensuring complete penetration.
The drilling rig technology must utilize air-flushed systems. Consideration may be given to other drilling fluids containing pure cellulose if necessary.
Post-drilling, the borehole requires thorough flushing (using airlift or mud pump). Subsequently, the establishment of the water point is essential.
In instances where saltwater layers are identified or well walls are unstable, the drilling company must offer selective casing or utilize packers. Alternatively, employing flow measurements to identify layers containing unsalted water is mandatory.