Submission Number: 12979
Submission ID: 63443
Submission UUID: 481c97f8-6eb3-427f-b51b-778f01e02413

Created: Thu, 01/19/2023 - 18:10
Completed: Thu, 01/19/2023 - 18:10
Changed: Thu, 02/09/2023 - 14:49

Remote IP address: (unknown)
Submitted by: admin
Language: English

Is draft: No
Current page: webform_submission_import

Locked: Yes
Natural Resources Dept
Univ of ND, Energy & Environmental Research Ctr
18710
Slipstream Baghouse for Taconite Industry
4
Test a potential new technology to control mercury concentration in stack emissions from taconite processing companies. The state needs the taconite industry to reduce mercury to achieve statewide emissions goals but there were no known technologies to accomplish the state's mercury reduction goals. International Hg emission goals applicable to the Lake Superior watershed also require reduction of mercury in air emissions from Minnesota's taconite industry. Thus, the state is assisting the industry in finding a cost effective mercury reduction technology. This is one of five technologies being evaluated by the Minnesota Taconite Mercury Control Advisory Committee. The most cost effective technology will be selected for longer term, full scale testing.
Project Duration
Fri, 06/17/2011 - 00:00
Sat, 09/01/2012 - 00:00
Fri, 07/01/2011 - 00:00
Yes
{Empty}
Contract Amounts
$299434.00
{Empty}
$298682.71
Yes
US-EPA Great Lakes Restoration Initiative
No
{Empty}
Larry Kramka
larry.kramka@state.mn.us
the study was finished well ahead of schedule and within the estimated cost.
The work is of high quality as determined by a rigorous data quality review process (Quality Assurance Protocol Plan). The project demonstrated that 75% mercury reductions may be achieveable with the tested technology.
The PI provided cost estimates for the industry to use to determine affordability. Results and cost of the tested technology will be compared with those for five other technologies when the remaining projects have been completed.
High Quality
Yes
n/a
5 - very satisfied