URBAN REDEVELOPMENT NATURE

Brand Owner (click to sort) Address Description
ATLANTA BELTLINE Atlanta BeltLine, Inc. 100 Peachtree Street, NW, Suite 2300 Atlanta GA 30303 Urban redevelopment in the nature of real estate development in the Atlanta region; providing online real estate development information relating to urban redevelopment in the Atlanta region;ATLANTA BELT LINE;ATLANTA;
ATLANTA CONNECTED Atlanta BeltLine, Inc. 100 Peachtree Street, NW, Suite 2300 Atlanta GA 30303 Urban redevelopment in the nature of real estate development in the Atlanta region; providing online real estate development information relating to urban redevelopment in the Atlanta region;ATLANTA;Urban redevelopment in the nature of urban planning and urban design planning in the Atlanta region; providing urban planning and urban design planning online information relating to urban redevelopment in the Atlanta region;
WHERE ATLANTA COMES TOGETHER Atlanta BeltLine, Inc. 100 Peachtree Street, NW, Suite 2300 Atlanta GA 30303 Urban redevelopment in the nature of real estate development in the Atlanta region; providing online real estate development information relating to urban redevelopment in the Atlanta region;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The apparatus and methods of the present invention enable efficient and appropriate treatment of Urban Water Runoff, so that the treated Urban water Runoff can be can be introduced into public waterways without contaminating such waterways. The system apparatus utilizes adsorptive Organoclay media, mechanical filtration and ultraviolet sterilization. The methods and apparatus of the present invention remove contaminants from Urban Water Runoff to a level which enable the resulting effluent to meet appropriate standards for introducing the treated Urban water Runoff in to public waterways. The method and apparatus of water treatment of the present invention does not utilize chlorine containing compounds which, when combined with organic compounds can produce THM's that can become problematic when re-introduced to the downstream environment. The systems of the present invention can be made sufficiently compact so as to enable their use in remote locations.