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Offshore Wind Cable Installation
Our team has numerous years of experience involved in horizontal directional drilling for offshore wind farm cable installation.

ADC DRILLING AND OFFSHORE WIND FARM CABLE INSTALLATION

How HDD is Used in Offshore Wind
WE ARE THE LEADERS IN THE OFFSHORE WIND FARM INDUSTRY!

Horizontal Directional Drilling (HDD) plays a pivotal role in the installation of offshore wind farm cables, typically extending from land to water through a process known as the shore approach. Rather than employing traditional open trench digging methods for laying offshore wind cables, HDD offers a trenchless, eco-friendlier alternative that significantly reduces the impact on crucial infrastructure. This advanced method involves using a drill rig to establish a conduit, through which cables can be efficiently pulled.

ADC Drilling International stands at the forefront of this technology, possessing extensive expertise in horizontal directional drilling. The company has successfully executed numerous shore approach landings, notably including its involvement in the pioneering Block Island wind farm project, the first of its kind in Saudi Arabia. This experience underscores ADC Drilling International’s capability in adapting HDD for complex and environmentally sensitive offshore wind projects.

KSA Offshore Wind Farm

ADC Drilling International has significantly contributed to a major offshore wind farm project in Saudi Arabia. Specializing in horizontal directional drilling (HDD), the company expertly handled the drilling operations from the beach to the seabed. This operation involved creating a conduit for the electrical cables that connect the offshore turbines to the onshore power grid. ADC Drilling’s role was crucial in ensuring the efficient and safe installation of these cables under land. This project highlights ADC Drilling’s proficiency in advanced drilling techniques and its commitment to advancing renewable energy initiatives in Saudi Arabia.

PROCESS
01.
Pilot Hole Drilling
02.
Reaming Process
03.
Pullback Operation