Latest News
- Army Performs Multinode Distributed Test of Northrop Battle Command System
- Raytheon’s Thomas Kennedy: Tech Usage Policies Could Help Protect Corporate IP From Insider Threats
- AT&T Wins Two Labor Dept. Mobile Services Contracts; Rob Dapkiewicz Comments
- SAS Sees Increase in Adoption of Data Analytics Platform Among State, Local Gov’t Agencies; Marcus Kinrade Quoted
- DXC Lands Potential $400M Wisconsin Medicaid Support Contract; John McCabe Quoted
- Dewberry to Support Virginia Road Widening Project
- DLH to Provide Healthcare Services at Naval Medical Center Portsmouth
- Six Tech Firms Vow to Advance Health Care Interoperability
- Report: Surface-to-Air Missile Developers to See Increased Demand for Modernized Systems
- Cornerstone Defense Adds Bill Varner to Board of Directors
- Intelligence Community to Adopt New IT Practices in Second Modernization Era
- Amy Hess Named FBI Executive Assistant Director for Criminal, Cyber, Response and Services Operations
- IARPA Deputy Director Stacey Dixon Promoted to Director
- OIG: State Dept Failed to Perform OMB-Mandated Studies on New Programs
- Thomas McCaffery to be Nominated DoD Asst Secretary for Health Affairs
- Report: Kay Ely to Work With GSA-OPM Merger Task Force Prior to Retirement
© Copyright 2015, All Rights Reserved. Part of Executive Mosaic Network.
URS Launches Mercury Removal Tech for Coal-Powered Plants; Sterling Gray Comments
The technology, based on URS’ SBS Injection sorbent system, works to reduce the amount of SO3 and prevent the spread of mercury in the atmosphere, URS said Monday.
URS intends for the patented technology to help customers comply with mercury and Air Toxics regulation.
“Recent test results suggest that this new approach could help power plants achieve MATS compliance without the need for costly mercury controls, such as activated carbon injection or fabric filters,” said Sterling Gray, URS business development manager.
“URS now offers performance guarantees for the combined removal of mercury and SO3 using a single sorbent injection process,” he added.