Hach Offers Information Management Solution 7.1 Software
WASHINGTON, DC - March 25, 2011 - WastewaterPR.com - Hach Company (www.hach.com) now offers expanded electronic EPA filing and flexible pricing in version 7.1 of Hach Water Information Management Solution™ (WIMS™) software. It also now offers an online subscription-based option.
Hach Company (www.hach.com) now offers expanded electronic EPA filing and flexible pricing in version 7.1 of Hach Water Information Management Solution™ (WIMS™) software. It also now offers an online subscription-based option. Hach WIMS is a data management software program designed specifically for the drinking water and wastewater industries. The software integrates data from many sources into one central, secure database for easy monitoring, analysis, reporting and predictive modeling and is fully configurable to each organization. Its streamlined reporting, user-defined alerts, powerful charting, graphing and mapping tools help users make more informed decisions about their operations.
The latest version, Hach WIMS 7.1, offers electronic reporting capabilities in all states that require or allow electronic filing. Hach WIMS users will be able to eliminate tedious paperwork by electronically filing a variety of reports, including:
• netDMR - NetDMR is a tool for regulated Clean Water Act permits to submit Discharge Monitoring Reports (DMRs) electronically via the Internet
• eDMR – electronic Discharge Monitoring Report
• CIWQS – California Integrated Water Quality System
• SDWIS – Safe Drinking Water Information System
Hach WIMS Online offers all the conveniences of the software through a web-based subscription service. For low monthly payments and a minimal startup expense, customers will be able to access their secure data from anywhere in the world and with the simple click of a button compile data, manage complex calculations, troubleshoot issues, monitor and improve performance, and prepare regulatory and internal reports. Customers are able to pay for only what they need and add capacity over time.






