FOR IMMEDIATE RELEASE: May 15, 2013
Contact: Lynn Cohen at firstname.lastname@example.org or 410.216.9447
Columbia, Md. – The case study and video interview are now available here on RouteSmart’s website. More information will be available at the Waste Expo Conference in New Orleans, LA from May 20-22, 2013.
The City of Lakeland, FL was managing solid waste service for 42,000 homes through Excel spreadsheets before realizing how much time and effort could be saved by using RouteSmart.
The city implemented RouteSmart starting in 2008 with several projects that significantly reduced route time and mileage. Once the initial reroutes were completed, the city had the confidence to move onto other money saving projects. Lisa McCall, Systems and Applications Manager for the City of Lakeland says, “RouteSmart changed our business processes significantly.”
In 2011, two years after their major rerouting, the Solid Waste Division began to automate their vehicles and use EZCans. A reroute was required to account for increased speed and productivity, and RouteSmart played a pivotal role in maximizing the efficiencies gained.
To learn more about how RouteSmart helped the City of Lakeland, stop by Booth #3309 at the Waste Expo Conference in New Orleans, LA from May 20-22, 2013. Jessica Cearfoss, Public Works Business Development Manager for RouteSmart Technologies, will be available to demonstrate RouteSmart for ArcGIS, the industry-leading route optimization solution for residential and commercial waste collection.
Waste Expo is North America’s largest solid waste and recycling tradeshow serving both the private and public sectors. http://www.wasteexpo.com.
About RouteSmart for ArcGIS
Optimizing residential waste and recycling routes can be a complex and time-consuming task involving datasets that include tens of thousands of address points. RouteSmart for ArcGIS provides a complete set of tools to help solve these problems quickly. RouteSmart for ArcGIS allows users to model routes that utilize multi-compartment vehicles with individual hoppers for trash, recycling, and/or organics.
RouteSmart for ArcGIS provides a full suite of tools to help transportation specialists in the recycling and waste collection industry improve the efficiency of their collection route operations. RouteSmart for ArcGIS operates on Esri’s ArcGIS technology platform and is continually enhanced and updated to maintain compatibility with Esri’s technology environment. Exceed your goals of reducing miles, increasing asset utilization, and improving your safety record with the help of RouteSmart for ArcGIS.
About RouteSmart Technologies
Leading organizations in the public works, newspaper, postal and parcel delivery and utilities industries have to come to rely on RouteSmart Technologies to solve their complex routing problems. With an unrivaled combination of insight, experience, and industry specialization, RouteSmart Technologies has established itself as a leader in vehicle route optimization software technology for the community of clients it serves.
Driven by a passion for vehicle routing technology that achieves measurable results, RouteSmart route optimization technology is continually being enhanced by an expert team focused exclusively on the needs of our clients. Comprised of the leading geospatial technologies from Esri and NAVTEQ, RouteSmart software integrates with client-side systems to form a complete routing solution for meeting the demanding operational needs of the industries it serves.
In its fourth decade of providing sustainable route optimization solutions that sweat the details of solving the most complex routing challenges with the highest degree of precision and processing performance, RouteSmart Technologies and its network of exclusive distributors is passionate about driving costs and inefficiencies out of the routing operations of its customers. With deployments that span the globe, RouteSmart Technologies’ software forms the backbone of organizations that are responsible for delivering or servicing millions of addresses on a daily basis.