GEO-ENGINEERING &
ENERGY MASTERY
LAYING THE FOUNDATIONS FOR A SUSTAINABLE FUTURE
EMPOWERING
SUSTAINABLE
DEVELOPMENT
WITH GEOBILITY
As the global race toward a sustainable future intensifies, large-scale geo-engineering and renewable energy projects have become essential in the push for environmental responsibility and clean energy solutions. These ambitious undertakings form the bedrock of our commitment to sustainability. At GEOBILITY, we don’t just contribute data—we lay the groundwork for informed decision-making, helping to transform visions into actionable projects with lasting environmental impact.
Our recent work at the Rioni River in northern Georgia serves as a testament to this dedication. This challenging project spanned over 10 square kilometers and involved collecting extensive geospatial data to support the feasibility study for a new hydropower facility. Our mission: to create an accurate, detailed digital representation of the terrain and proposed construction sites, including the dam and powerhouse, which would provide a foundation for precise planning and sustainable development.
In this rugged and densely vegetated terrain, our 4-person team worked tirelessly over 2.5 days, combining aerial surveys with high-precision terrestrial LiDAR scanning. Despite obstacles posed by the landscape and limited accessibility, we achieved ground-sampling distances down to 15 millimeters in critical areas near the riverbanks. This level of precision allowed us to generate reliable data essential for both immediate project requirements and long-term planning.
BUILDING THE DATA FOUNDATION
FOR STRATEGIC PLANNING
A successful sustainable energy project begins with a robust data foundation. At the Rioni River site, we meticulously established a geodetic network that served as the structural backbone for all subsequent planning activities.
This foundational network not only facilitated detailed hydropower concept modeling but also informed budget forecasts, timeline projections, and strategic stakeholder engagement plans. This approach ensures that each stage of the project, from initial analysis to final implementation, is anchored by precise, dependable data.
PRECISION
PLANNING &
IN-DEPTH
ANALYSIS
At GEOBILITY, we specialize in transforming vast land areas into precise digital canvases for sustainable development.
Our mission, exemplified by our work at the Rioni River in Georgia, is to capture and utilize geospatial data with unrivaled accuracy, enabling the meticulous planning and execution of large-scale geo-engineering and energy projects.
KEY PROJECT
COMPONENTS
At GEOBILITY, our comprehensive approach to sustainable energy and geo-engineering projects includes several essential components:
Geodetic Network Establishment & Data Foundation
The first step at the Rioni River involved creating a robust geodetic network, providing a stable foundation for all planning, modeling, and analysis activities.
On-Location Data Acquisition
Utilizing a blend of advanced aerial and terrestrial LiDAR systems, we captured high-resolution data with ground-sampling distances as precise as 15 millimeters, particularly in critical zones like the riverbanks and dam site.
Architectural & Engineering Analysis
Armed with high-fidelity geospatial data, our team conducted detailed analyses to assess the potential of each component of the proposed energy facilities, supporting optimized design and engineering.
Project Presentation & Visualizations
Our visualizations facilitate clear communication among stakeholders, aiding in decision-making processes, regulatory alignment, and community engagement.
DRIVE YOUR GEOTECHNICAL PROJECTS FORWARD WITH PRECISION & SUSTAINABILITY, LAYING THE FOUNDATION FOR RESILIENT, FUTURE-READY STRUCTURES.
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