CONSTRUCTION & EPC
We construct energy infrastructure and support the EPC process.
Throughout the life of a pipeline, facility or power project, certain elements can threaten the commercial viability, the potential permitting success, the constructability or even the technical and material integrity of the project.
By engaging WHC as soon as possible, often through an engineering, procurement, and construction structure or early contractor engagement on ‘construction only’ contracts, issues can be addressed quickly and with the appropriate solution for all stakeholders. Our team of experts work directly with the clients to identify and understand the areas of concern and ensure any path to rectify complies with guidelines and regulations.
Our access to a global network of engineers and innovative technological solutions gives us the edge in providing sound integrity maintenance. Whatever the problem, we’ve likely seen it before and in many cases, we have found safe and efficient ways to innovatively provide a solution.
Our Rich Experience in Successfully Construction Pipelines in Marsh/Swamp and Open-Water Environments Sets Us Apart.
Based in the Gulf Coast, we have been constructing pipelines and related facilities in swamp and marsh environments since the company began. As we’ve grown, our experience has increased to include construction in many other environments, but we have always remained experts at building in swamp, marsh, and other wet conditions.
When building anything from a facility to a pipeline in wetlands, there are several considerations that aren’t required on dry land, including but not limited to an understanding of marine life and other environmental sensitivities, the nature of soils in the area, water currents, tidal influences, specialty equipment required, and more.
Our experts have an in-depth understanding of the intricacies involved in wetland construction, the specialized equipment and techniques needed to construct in these environments, and an experienced track-record of building quality projects in these unique conditions.
