At EPI, we deliver a comprehensive suite of services covering the full lifecycle of offshore site investigations across the renewables, oil and gas, and submarine cable sectors. Our highly experienced in-house team provides end-to-end management of every project phase, from early survey planning and design through to data acquisition oversight and final reporting quality control.
We oversee the development of detailed scopes of work, project execution plans, and technical specifications, ensuring each element aligns with industry best practices and client objectives. Our involvement extends to preparing and evaluating invitations to tender, assessing survey contractors, conducting vessel suitability audits, and supervising project mobilisations to guarantee technical readiness and operational safety.
During acquisition, EPI maintains a rigorous focus on quality assurance, providing technical oversight of all survey operations, including providing experienced and trusted client representation, ensuring data integrity across multiple acquisition systems. This includes the use of multibeam echo sounders, side-scan sonars, magnetometers, sub-bottom profilers, and high and ultra-high resolution seismic surveys in 2D, 3D, and 4D configurations. Our specialists utilise a range of industry-leading software platforms to monitor acquisition parameters in real time, verify data quality, and ensure that deliverables meet or exceed client and regulatory standards.
Beyond field supervision, we provide continuous reporting and communication throughout the project lifecycle, managing daily, weekly, and monthly reporting processes, utilising EPIQC™. We also contribute technical advisory support, facilitate client and contractor coordination meetings, and maintain oversight of data interpretation, ensuring that final reports are comprehensive, accurate, and consistent with the defined quality assurance framework.
Through this integrated approach, EPI ensures that every offshore site investigation is executed safely, efficiently, and to the highest technical standards, delivering reliable data that supports informed engineering, design, and environmental decisions.
