Laserfiche WebLink
STAFF REPORT <br /> Decatur City Plan Commission <br /> COMMON NAME: 3840 North Martin Luther King, Jr. Drive <br /> GENERAL INFORMATION <br /> Hearing Date November 6, 2008 <br /> Calendar No. 08-60 <br /> Property Location 3840 North Martin Luther King, Jr. Drive <br /> Requested Action Amend Conditional Use Permit(Cal#PC 08-18) <br /> Petitioner Dan Dougherty,Rainstorm Carwash <br /> Representative Phillip W. Cochran, Consulting Engineer,PWC <br /> LAND USE AND ZONING <br /> Direction Existing Land Use Zoning Comprehensive Plan <br /> Subject Property Under Development B-2 Low Density Residential <br /> North Undeveloped B-2 Low Density Residential <br /> South Commercial B-2 Low Density Residential <br /> East Undeveloped B-2 Low Density Residential <br /> West Residential R-1 Low Density Residential <br /> BACKGROUND <br /> l. The subject site, located at 3840 North Martin Luther King, Jr. Drive, is currently being <br /> developed for the Rainstorm Carwash and contains approximately 32,680 square feet. <br /> 2. In June of 2008, the petitioner was granted a conditional use permit for the site to allow for a <br /> carwash to be constructed in a B-2 Commercial District. This permit allowed for six (6) <br /> parking stalls and seven(7)vacuums. <br /> PROJECT DESCRIPTION <br /> 1. The petitioner is requesting to amend the approved B-2 Commercial District conditional use <br /> permit. This amendment would reduce the number of parking stalls from six (6) stalls to five <br /> (5)parking stalls. It would also increase the number of vacuums on site from seven (7) to ten <br /> (10)vacuums. <br /> STAFF ANALYSIS <br /> 1. The proposed amendment to the conditional use permit will allow the petitioner highest and <br /> best use of the site. <br /> 2. The Zoning Ordinance requires four (4) parking stalls for a carwash. The petition exceeds <br /> this requirement by one (1) stall. <br /> 3. The addition of three (3) vacuums is not considered to greatly contribute to the noise level as <br /> the likelihood of the all vacuum units being utilized at the same time is small. <br />