2004  

Hickory St. (155th St. to 156th St.)  
This project will upgrade the existing smaller water mains to an 8" main to provide greater flows to the area and replace older existing water mains.

2005 

1. K-7 Highway (McIntyre Rd to Fairmount Rd)  
This project will construct a 12" water main along K-7 from McIntyre Rd south to Fairmount Rd.  This new main will provide greater flows and reliability to the area of Sherwood Forest.  This project will also connect 10" and 12" water mains together, which will provide for a more efficient distribution system.   

. 2. Fairmount Rd (147th St. to 143rd Pkwy)   This project will connect two 12" mains together providing greater flows to the area and will position the water district very well to serve future growth in the area. 3. Hickory St. (156th St. to 158th St.)   This project will upgrade existing smaller water mains to an 8" water main to provide greater flows to the area and replace existing older water mains. 4. Numerous small projects: Installation and replacement of valves, fire hydrants and other distribution infrastructure.

2006

1.  Dempsey Rd (147th St. to 155th St.)  
This project will upgrade existing smaller water mains with a 12" water main to provide greater flows and an additional source of water to the Fairmount Community.

2.  155th St. (Dempsey Rd to Fairmount Rd) This project will construct a 12" main along 155th St. from Dempsey Rd to Fairmount Rd to provide greater flows and connect an 8" main and a 12" main together.  This project will provide a more reliable and efficient distribution system to the Fairmount Community area.

. . 3.  Water Tower (replacement)
Engineering work will begin on the South  Water Tower replacement project.  The water district is proactively beginning the planning process to replace the existing 100,000-gallon elevated storage tank.  The new elevated storage tank would provide greater pressure and volume to the area for the  distant future.

5. Numerous small projects:
Installation and replacement of valves, fire hydrants and other distribution infrastructure.

2007

1.  K-7 Highway (Leavenworth Rd to Mitchell Ct.)  
This project will connect a 12" main and a 10" main together providing greater flows to the area and will position the water district very well to serve future growth in the area.

2.  K-7 Highway (Leavenworth Rd south approximately 3,000 lf)  
The construction of an 8" main will connect a 10" main and an 8" main.  This will provide greater flows to the area and replace existing older water mains that have suffered several breaks in previous years.

3.  Water Tower Construction (replacement) 
Construction on a new elevated water storage tank will begin.

4.  163rd St. (Leavenworth Rd to Parallel Rd) 
This project will replace existing smaller water mains with an 8" water main to provide greater flows to the area and position the water district favorably to serve future developments.

5. Numerous small projects:
Installation and replacement of valves, fire hydrants and other distribution infrastructure.  

2008

1.  Leavenworth Rd (156th St. to 168th St.) 
This project will replace existing, older water mains with a 12" main. This will provide more flow to the immediate area as well as the western portions of the water districts service area.

2.  K-7 Highway (McIntyre Rd to Gilman Rd)  
This project will provide a 12" water main to the area that is poised for large-scale commercial development.  This project will provide greater flows to the area and connect two water mains together.  The benefits of this project will come not only as a greater benefit to the existing patrons but to the community as a whole in the form of potential economic development as well.

2009

1.  Sherwood Forest (City of Lansing) 
This project will construct new water main infrastructure within the Sherwood Forest Development and replace the existing mains.  The new infrastructure will include new mains, valving, fire hydrants and new service connections.  Several water main breaks in previous years has dictated that new infrastructure be installed in this area.  Benefits to patrons in the area include a greater reliability and greater volume.