New Albany Parkview Campus Redevelopment Plan

New Albany Parkview Campus Redevelopment Plan

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New Albany, IN

Parkview Campus Redevelopment Plan

After completing the New Albany Housing Authority Master Plan, HWC was engaged to begin conceptual design of the Parkview campus, which will be the first public housing property to be redeveloped. The goal of this project is to transform the previously distressed housing campus into a vibrant, new neighborhood with mixed-income housing and quality of life amenities such as sports courts, playground, splash pad, community gardens, multiuse trails, and ample outdoor open space. By redeveloping outdated campuses into attractive new neighborhoods, residents are reconnected with the larger community of New Albany and afforded more opportunities and a higher quality of life.
Landscape architecture

Anderson Mays Park

Anderson Mays Park

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Anderson, IN

Mays Park

HWC worked closely with the City and the Parks and Recreation team to develop Mays Park in Anderson, Indiana. The project was designed to help create a better quality of life the near west side of the City. Through public input, a new park was developed to pay homage to the existing park amenities while bringing in much needed facilities to the neighborhood. The new park bridges the gap between the north and south sides of the property by creating a safe pedestrian crossing at 10th Street. The new pedestrian crossing is the epicenter of the park’s revitalization that includes a splash pad, playground, restrooms, a shade structure, a walking trail, and a new parking lot on the north side, as well as a new tennis and pickleball court, restrooms, a shade structure, a revitalized skate park, and basketball courts on the south side.

Landscape architecture

Princeton Water Treatment & Storage Facilities Improvements

Princeton Water Treatment & Storage Facilities Improvements

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Princeton, IN

Water Treatment & Storage Facilities Improvements

HWC first completed a Preliminary Engineering Report for the City’s water treatment and storage systems. Princeton’s water plant was nearly 25 years old and operating nearly 24 hours per day to meet demand. The system also lacked adequate storage volume, had an existing elevated tank in poor condition, and lacked necessary fire protection.

Report recommendations included:

  • A 500,000 gallon elevated water tank and 5,000’ of 16” water transmission main
  • New aerators and installation of a third aerator/detention basin
  • New vertical treatment pumps with variable frequency drives
  • A 500,000 gallon ground storage tank and high service pumping station
  • A new backwash waste holding basin
  • A new SCADA controls system
  • Miscellaneous building modifications

HWC completed all planning, design, bidding, and construction management phases for this $4.5 million project. 

construction inspection

Lafayette Vinton Subdivision Water Main Replacement

Lafayette Vinton Subdivision Water Main Replacement

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Lafayette, IN

Vinton Subdivision Water Main Replacement

This water main replacement project consisted of installing new 8’’ DIP throughout the subdivision. 5,269’ in total were installed along with 132 new service lines from the new main to the existing meter pit. 

The contractor installed the new 8’’ DIP water main with the corporations installed so they could hydrostatic pressure test the new main and the new corporations jointly. The contractor performed many hydrostatic pressure tests and bacteria tests which HWC oversaw. 

The contractor installed 8 new hydrant assemblies throughout the subdivision and removed 3 old hydrant assemblies. 

construction inspection

Indianapolis DPW/Citizens Energy Group– Lift Station 507 Upgrade

Indianapolis DPW/Citizens Energy Group– Lift Station 507 Upgrade

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Indianapolis, IN

Citizens Energy Group/DPW – Lift Station 507 Upgrade

The scope of the project included renovating and upgrading existing wet weather storage and pumping facility to allow for enhanced treatment of CSO events. The work required the addition of a self-cleaning screening system, a sodium hypochlorite disinfection system, dechlorination with sodium biosulfate, and necessary chemical storage. The washdown system was replaced with a tipping bucket system. Additional work included sluice gates, structural improvements, 1,000 GPM dewatering pumps, flow/level sensors, backup generator, new SCADA, and electrical/power components. The renovation included the installation of a green roof and miscellaneous site improvements. Significant coordination was required with the Riviera Club due to their normal activities and children present throughout the duration.  

The work was required as a part of the City’s CSO Long Term Control Plan program.  

The project was, in part, funded by the State Revolving Loan Fund 100%. Construction cost was approximately $4,800,000.00.

construction inspection