RFP 2025--01 design, permitting and bid support for campcreek streambank stabalization
Closed State & local contract opportunity Posted
- Solicitation number
- PE-66997-NONST-2026-000000004
- State
- Georgia
- Responses due
Opportunity facts
- Jurisdiction
- NIGP codes
- UNSPSC codes
- 70111600 Flowering plants
- 70111711 Sprigging services
- 70111603 Floriculture services
- 70130000 Land and soil preparation and management and protection
- 70111501 Planting services or ornamental plant or bush or tree
- 70111602 Nursery services
- 70111703 Garden planting or maintenance services
- 70111709 Seeding services
- 70131601 Fertilizer application services
- 81102500 Permitting services
Show all 20
- 70131600 Land and soil preparation
- 70111704 Horticultural counseling services
- 70111500 Plants and ornamental trees
- 70111601 Planting services
- 70131605 Soil chemical treatment services
- 70131604 Seed bed preparation services
- 70131602 Lime spreading services
- 72102902 Landscaping services
- 72102905 Exterior grounds maintenance
- 72154002 Artificial turf installation service
- Point of contact
-
- Therese Brown tbrown@cityoflilburn.com (770) 638-2220
Opportunity details come from ssl.doas.state.ga.us. Updated .
About this opportunity
The City of Lilburn, located in Gwinnett County, Georgia, has issued RFP 2025-01 for design, permitting, and bid support services for the Camp Creek Streambank Stabilization project. The procurement seeks a qualified consultant to implement green infrastructure improvements within Lilburn City Park, focusing on stabilizing approximately 890 linear feet of Camp Creek within the Yellow River's headwaters in the Ocmulgee Watershed. Specific deliverables include comprehensive site data review, community outreach, stream stabilization design, permitting support, and potential construction administration services. The project requires a multifaceted approach involving hydrological and geotechnical analysis, landscape architectural services, arborist assessments, and permitting coordination across federal, state, and local environmental regulations. Key evaluation criteria will include the consultant's experience, proposed approach, team qualifications, project timeline, references, and regulatory compliance strategies. The RFP includes a mandatory pre-proposal conference scheduled for October 17, 2025, with final proposals due on November 21, 2025, at 2:00 pm. The project is supported by a federal earmarked EPA Community Grant through the Clean Water State Revolving Fund (CWSRF), with matching funds available for construction and contract administration.
The solicitation does not explicitly specify set-aside designations for disadvantaged enterprises or minority-owned businesses. The project appears open to consultants with demonstrated expertise in streambank stabilization and experience with local government infrastructure projects. The restoration effort will focus on bio-engineered stabilization techniques, including installing stacked rock wall stabilizations, coir matting, vegetation enhancements, in-stream structures like rock cross vanes and log vanes, and potential pedestrian bridge and trail construction. While specific budget ranges are not detailed in the documents, the project involves comprehensive environmental restoration across approximately 890 linear feet of stream channel and its associated 50-foot riparian buffers. The scope suggests a significant investment in ecological restoration, flood resilience, and recreational infrastructure improvements within Lilburn City Park. No incumbent vendors or existing contractors are mentioned in the procurement documents, and the project appears to be initiating a new comprehensive stream restoration and green infrastructure initiative.
Opportunity text
THE CITY OF LILBURN IS ACCEPTING ELECTRONICALLY SUBMITTED BIDS FOR DESIGN, PERMITTING AND BID SUPPORT TO IMPLEMENT GREEN INFRASTRUCTURE IMPROVEMENTS WITHIN LILBURN CITY PARK TO STABALIZE A SECTION OF CAMP CREEK. THE PROJECT AIMS TO ADDRESS ONGOING ENVIRONMENTAL DEGRADATION BY APPLYING BIO-ENGINEERED STABALIZATION TECHNIQUES TO APPROX 890 LINEAR FT OF IMPACTED STREAM CHANNEL AND ITS ASSOCIATED 50-FT RIPARIAN STREAM BUFFERS.
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