Pioneering Innovation and Efficiency in Energy Projects

AEDES’ long-term relationships with major U.S. petroleum companies cover all aspects of the business including capital development, maintenance, integrity management, third-party encroachment, pipeline relocations and new business ventures. Our experience encompasses complete life-cycle assistance from conceptual engineering, initial studies and route planning, through front-end and detailed engineering design and project management, to equipment procurement assistance and post-design services.

As part of our utility natural gas energy services program, we completed several major utility companies’ pipelines and facilities required to convert their major Mid-Atlantic power production to natural gas. We successfully planned, permitted, selected the routes, designed, and provided the pipeline interconnections and related facilities.

The United States' need for safe and reliable electrical power is projected to substantially increase in the upcoming decades as demand continues to stress our nation’s aging electric grid and support infrastructure. Whether electricity originates from traditional power plants or alternative sources like wind and solar, electrical transmission support is vital to public and private utilities as the nation continues to upgrade its aging grid infrastructure. For decades, AEDES has serviced the electric utility power generation, transmission (including substations and switchyards), distribution and related industrial facility business.

AEDES excels in securing environmental and engineering-driven permits for linear and facility projects, navigating local, state, and federal approval processes. Our expertise extends to critical components like highway crossings, utility impacts, and railroad approvals. Employing proven methods, we collaborate seamlessly with clients’ environmental compliance programs, enhancing processes with each assignment. With extensive experience, we build enduring relationships with regulatory agencies, meeting expectations through regulatory-compliant and defensible scientific approaches.