Country Estates Final Report PARAGON. Project Team Mike Reeves – Project Manager Cole Marr – Project Engineer Bryce Beckstrom – Project Engineer Amanda.

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Presentation transcript:

Country Estates Final Report PARAGON

Project Team Mike Reeves – Project Manager Cole Marr – Project Engineer Bryce Beckstrom – Project Engineer Amanda Sheehe – Project Editor

Project Description Design Requirements Project Approach Work Completed Projected Work

Project Description

66 Acres 22 Estate Size Homes 1-2 Acre Lots ± 33 Acre Community Space High Efficiency Low Environmental Impact

Existing Site Proposed Development

Design Requirements Objectives Develop 3 Wastewater Treatment Options Develop Stormwater Management Plan Incorporate Greywater Treatment and Reuse Wetland Habitat Area Community Recycling Program Design Trail Around Site

Preliminary Feasibility Study Location Zoning Utilities Transportation Site Characteristics

Environmental Site Assessment Site Reconnaissance  Current and Past Use  Tax Information  Other Concerns Interviews  Josh Reed – Property Owner  Hancock County Assessor’s Office

Codes & Regulations Regulation Entities Hancock County Conservation Subdivision IDNR LEED 10 State Standards AASHTO

LID Design Options

Preliminary Site Plan Designed According to Hancock County Will Meet R-1 Zoning 1-2 Acre Lots for Adequate Septic

In Contact with Mike Dale - Planning Dept Use Natural Lay of Land to Reduce Cut and Fill in Roadway Roundabout Designed to Standards (TFHDC) Preliminary Site Plan

Geotechnical Analysis Wildcat Dynamic Cone Penatrometer Tube Samples (6” &3’)

Laboratory Analysis of Samples Unconfined Compression Test (ASTM D2166) Atterberg Limits (ASTM D4318) Particle Size Analysis (ASTM D422)

Assessment of Wastewater Options 3 Options Considered Conventional Septic System Presby Treatment System Wetlands Treatment

Assessment of Wastewater Options Decision Matrix Criteria Decision Matrix Results Alternative Percentage Weighting Environmental Impact 30% Cost 30% Feasibility 20% Creativity 20% Alternative Environmental Impact CostFeasibilityCreativityTotal Conventional Septic Presby System Wetlands Treatment

Hydraulics and Hydrology Design for 100-yr flood Route stormwater through wetlands Size pipes to control flooding Design water quality trenches Promote natural overland flow Existing vs Proposed 100-year Storm Routing

Wetlands Treat 170 acres Design wet pond to allow for sediment settling/quality volume Research vegetation for the wetlands Design outlet structure that controls 100-year flood

Erosion Control Plan Minimize sediment runoff into Miller Ditch Minimize cut and fill on-site: 680cy cut Reduce soil that leave site via truck tires

LID/Conservation Highlights 50% Community Space 20 Lots front community space Enviro-Septic Wastewater Treatment Density meets maximum requirement

Highlights 22 Lots, 1-2 Acres Each Site Layout/Roadway Design Sustainable LID Designs for: Wastewater Greywater Stormwater $440,000 Cost Estimates for Design/Construction/Lifecycle