This presentation delves into the innovative approach used to rehabilitate a sewer system within a regulated wetland, a setting that presented unique environmental and logistical challenges. The project prioritized compliance with environmental regulations, ecological preservation, and sustainable infrastructure enhancement. A key component of this effort was the construction of a temporary, completely removable access road to minimize disruption to the sensitive wetland ecosystem. The project’s objectives were multifaceted: 1.Assessment and Planning Field assessments revealed critical issues that guided the rehabilitation strategy. Comprehensive permitting was crucial to ensure compliance with wetland regulations before any construction began, emphasizing a thorough understanding of the challenges associated with working in such an environment. 2.Sustainable Rehabilitation Advanced sewer rehabilitation technologies were utilized to improve system efficiency and longevity, with specific consideration for the limitations posed by construction in a wetland. This ensured that the infrastructure met both functional and environmental standards. 3.Innovative Construction Techniques Environmental regulations necessitated the use of a 100% removable access solution. The chosen method—a floating road constructed from eco-friendly materials—provided the necessary access for heavy equipment while preventing long-term ecological impacts. 4.Restoration Beyond minor tree removal for equipment access, the project succeeded in leaving the wetland ecosystem undisturbed. The installation and subsequent removal of the floating road left no lasting physical or ecological footprint, minimizing restoration requirements and allowing the wetland to return to its natural state seamlessly. This project demonstrates a harmonious integration of infrastructure improvement and environmental stewardship. It showcases how careful planning, innovative techniques, and a dedicated team can overcome the challenges of construction in sensitive ecosystems.