Upper Torrence Creek Tributary 1

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​​​​​​​​​​​​​​​​​​​Watershed & Stream Improvements - From I-77 to North Mecklenburg Park​

​​In conjunction with the Town of Huntersville, Mecklenburg County Storm Water Services plans to design and implement a watershed and stream improvement project to restore the creeks to a more stable, natural condition. The project includes approximately 5,000 feet of Torrence Creek Tributary #1 from I-77 to North Mecklenburg Park, 1,000 feet of Delancey Tributary, 1,000 feet of Ricksted Tributary, 1,000 feet of Park South Tributary, and 1,000 feet of Park North Tributary.

  • Stabilize eroded stream banks
  • Restore the floodplain to its natural state and function
  • Change the stream path to a more natural design
  • Improve habitat for aquatic life
  • Enhance water quality
  • Construct stormwater control measures (SCMs) to reduce pollution in the Torrence tributaries​

Estimated Cost: $1,900,000To Be Determined*

*includes all costs associated with this project such as planning and design, utility relocation, consultant fees, permits, construction, and landscaping.

The project team will manage the project through several phases. Specific work is conducted during each phase ad general descriptions with timeframes are below. Public involvement is emphasized throughout the process.



Project Phases


Survey crews document the existing drainage system and surrounding areas. The project team uses this information, along with property owner input and requests for service, to analyze existing drainage system conditions. Staff hosts a public meeting to present the existing conditions analysis and obtain additional input from property owners. Several improvement alternatives are then developed and evaluated to determine the most economical and least impactful solution. The project team presents the recommended alternative to property owners for input at a public meeting at the end of this phase. This phase typically lasts 12 to 27 months.


The project team develops detailed construction drawings for the selected alternative, addressing pipe sizes and alignments, drainage channel widths, utility relocations and easement locations. A project team member may meet with individual property owners to discuss the drainage system improvements and how construction will impact specific properties. The project team hosts a public meeting to present the preliminary design plan, which illustrates specific improvements to properties, and begin the easement acquisition process. This phase typically lasts 21 to 34 months.


The project team obtains required Federal and State water quality permits and other necessary permits, such as permission to work within railroad and NCDOT rights-of-way, as necessary. This phase typically lasts 3 to 9 months and will overlap with the Design Phase.

Property Easement/Acquisition

Staff works with property owners to acquire temporary or permanent easements. Easements provide permission for Storm Water Services to access the property, construct the recommended improvement and provide future maintenance. This phase typically lasts 9 to 12 months and will overlap with the Design Phase.


A competitive bidding process is held to select a qualified contractor to construct the project. By state law, the lowest responsible bidder is awarded the construction contract. This phase typically lasts 7 to 8 months.


Throughout construction, the project team works to minimize disruption to property owners. The Storm Water Services construction inspector serves as the main point of contact for residents. Notifications of key construction dates will be communicated to residents prior to construction. This phase varies, depending on the specific project, but typically lasts up to two years.


The construction contract includes a warranty guaranteeing materials and workmanship for one year from the date of completion. The construction inspector conducts 6- and 11-month inspections during the warranty period. Upon notification, the contractor must repair defective items at no additional cost.

Project Team