The Amal PDO Project, undertaken by Glass Point Solar, involved a detailed topographic survey for the installation of receiver tubes as part of a solar energy generation system in Oman. The project aimed to enhance the efficiency of solar energy capture at the Amal oilfield, integrating renewable energy into petroleum operations.

Objective

The primary goal was to conduct a precise topographic survey to facilitate the optimal placement and alignment of solar receiver tubes. This survey was critical for ensuring maximum solar energy absorption and efficient integration with the existing oilfield infrastructure.

Challenges

Challenges included navigating the complex terrain of the oilfield, ensuring minimal disruption to ongoing operations, and achieving high accuracy in a demanding industrial environment.

Solutions Implemented

1. Advanced Aerial Surveying:

• Deployed RTK drones to capture high-resolution topographic data across the oilfield, ensuring minimal impact on ongoing operations.
• Utilized specialized drone technology capable of operating in industrial environments.

2. Ground-Based Survey Techniques:

• Implemented 3D laser scanning and Leica RTK GPS systems for ground-level precision and to supplement aerial data.
• Conducted thorough surveys around existing infrastructure to ensure receiver tube placement would not interfere with oilfield operations.

3. Data Processing and Analysis:

• Processed survey data using software like Pix4D Mapper for creating detailed 2D and 3D topographical maps.
• Employed AutoDesk Civil 3D for additional analysis and integration of survey data into the project’s planning and design phases.

Outcomes

The topographic survey successfully provided Glass Point Solar with crucial data for the effective placement and alignment of solar receiver tubes at the Amal oilfield. The project demonstrated the effective integration of renewable energy technology in traditional oil and gas operations, setting a precedent for sustainable practices in the energy sector. The survey’s accuracy and attention to industrial constraints ensured that the solar energy system would operate efficiently and harmoniously within the existing oilfield infrastructure.