POINT SOURCE POLLUTION
The NPDES permit provides two levels of control: technology-based limits (based on the ability of dischargers in the same industrial/municipal category to treat wastewater) and water quality-based limits (if technology-based limits are not sufficient to protect the receiving water body).
The Clean Water Act allows EPA to authorize the NPDES program to state governments, enabling states to perform many of the permitting, administrative, and enforcement aspects of the NPDES Program. (The Minnesota Pollution Control Agency is delegated by the US EPA to operate the NPDES program.) In these states, EPA retains oversight responsibilities.
NPDES permits expire every 5 years and must be reissued to incorporate the latest regulations and technology requirements. Every time a NPDES permit is issued or reissued the public is given an opportunity to comment on the terms of the permit. This public participation process is an important component of the NPDES permitting process because it gives the public an opportunity to relay any specific concerns regarding the water receiving the discharge and the permitted facility. Once the terms of a permit are finalized, the regulated facility must strictly comply with the terms of the permit or be faced with potential citizen or government enforcement action.
MCEA has worked on scores of permits over many years to ensure that point source discharges do not lead to degraded water quality, writing comments on many permits published for public notice.
The Clean Water Act allows EPA to authorize the NPDES program to state governments, enabling states to perform many of the permitting, administrative, and enforcement aspects of the NPDES Program. (The Minnesota Pollution Control Agency is delegated by the US EPA to operate the NPDES program.) In these states, EPA retains oversight responsibilities.
NPDES permits expire every 5 years and must be reissued to incorporate the latest regulations and technology requirements. Every time a NPDES permit is issued or reissued the public is given an opportunity to comment on the terms of the permit. This public participation process is an important component of the NPDES permitting process because it gives the public an opportunity to relay any specific concerns regarding the water receiving the discharge and the permitted facility. Once the terms of a permit are finalized, the regulated facility must strictly comply with the terms of the permit or be faced with potential citizen or government enforcement action.
MCEA has worked on scores of permits over many years to ensure that point source discharges do not lead to degraded water quality, writing comments on many permits published for public notice.
General PermitsCAFO General Permit
Stabilization Pond General Permit MS4 General Permit Reissuance: 2011; 2012; 2013 Lower Minnesota River General Phosphorus Permit |
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Individual Permits
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Alexandria Lakes Area Sanitary District (ALASD): 2006 comments, 2013 comments & exhibits
Annandale/Maple Lake WWTP Brainerd WWTP: 2007, 2008, petition to intervene Browerville WWTF Buffalo WWTF Buffalo Lake Ethanol Buffalo Lake WWTF Central Lakes Region Sanitary District WWTF Clearwater WWTP 3M Cottage Grove Facility Dawson WWTF Delano WWTF Dodge Center WWTF Fargo WWTP Faribault WWTP |
Legal Cases
Occasionally, these matters have led to legal challenges. In October 2009, MCEA petitioned the US EPA to require corrective action, or in the alternative, de-delegation of the Minnesota Pollution Control Agency’s NPDES authorization, due to MPCA’s failure to calculate and impose water quality based limits for phosphorus and to control and eradicate illegal straight-pipe septic systems.
MCEA assessed the overall compliance with discharge permits and associated enforcement actions in a report issued in December 2010. The report reviewed discharge data and permit submissions from 2005 through 2009.
MCEA assessed the overall compliance with discharge permits and associated enforcement actions in a report issued in December 2010. The report reviewed discharge data and permit submissions from 2005 through 2009.
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ANNANDALE/MAPLE LAKE
MPCA issued a permit for a joint permit by the cities of Annandale and Maple Lake that would increase the phosphorus discharged to the North Fork of the Crow River, which is upstream from Lake Pepin. Lake Pepin is impaired for high levels of phosphorus. To “offset” the increased phosphorus, MPCA proposed reducing the permit limit for phosphorus from Litchfield. MPCA argued that the offset meant there would be no increase in the phosphorus load to Lake Pepin. MCEA objected to the permit because federal regulations prohibit new discharges to already-impaired waters. Moreover, the “offset” did not require any actual reductions from Litchfield, so the total phosphorus entering Lake Pepin would increase. The Minnesota Court of Appeals agreed with MCEA, but the Minnesota Supreme Court overturned the decision.
PRINCETON
The Minnesota Pollution Control Agency issued a water pollution permit so the city could build a new, bigger sewage treatment plant and then dump the treated water into the Rum River, which is designated as an Outstanding Resource Value Water-Restricted. MCEA argued that the PCA should have considered a smaller plant in conjunction with decentralized sewage treatment. In May 2005, the court of appeals agreed with MCEA. Princeton recently expanded and is now discharging into the Rum River.
FARIBAULT & OWATONNA
Over the objections of MCEA, the pollution control agency issued permits for the sewage treatment plants at both Faribault and Owatonna in 2003. Neither permit had a phosphorus limit, even though the water eventually flows into Lake Byllesby (which has too much phosphorus and an algae problem). MCEA appealed MPCA’s decision to issue the permits and the Minnesota Court of Appeals remanded the case for a contested case hearing. Ultimately, the case went to arbitration, resulting in interim phosphorus reduction planning and new permits with phosphorus limits to be issued in 2011.
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MS4 GENERAL PERMIT
MCEA challenged several aspects of the initial 2002 MS4 permit, including the lack of public notice, potential degradation of water, meeting antidegradation requirements, and monitoring requirements. The Minnesota Court of Appeals held that the process used by MPCA denied the public of its notice and comment rights, did not meet all antidegradation requirements, and did not include certain federally-required language. As a result of the lawsuit, MPCA revised the permit and undertook a different public notice process that better incorporated the local stormwater plans.
ALEXANDRIA
The City of Alexandria is next to Lake Winona, which receives all of the city’s wastewater. Lake Winona is impaired for its high phosphorus levels, and MPCA has determined that nearly all of the phosphorus comes from the city’s wastewater. The Minnesota Pollution Control Agency issued a permit to Alexandria with what it called a compliance schedule – a TMDL that would require undetermined reductions at some point in the future. MCEA objected that the permit required a compliance schedule with a pollution limit and final deadline to meet the limit, which the permit did not include. MCEA won in the court of appeals. The MPCA appealed to the state Supreme Court, which overturned the Court of Appeals decision. MCEA filed another suit against MPCA in 2012 for failing to re-issue the permit with a water quality-based effluent limit as it promised the Supreme Court it would do. MPCA settled the suit and the agency put a draft permit on public notice in December 2012. MCEA filed comments on the draft permit, which was issued in July 2013. Five years after MCEA objected to the initial permit, the TMDL is still underway. Not until 2013 did the permit have a water quality-based effluent limit to protect Lake Winona.
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SECONDARY TREATMENT STANDARD LAWSUIT
MCEA was party to a suit demanding that EPA respond to a petition submitted in 2007 to update the wastewater standards for sewage treatment plants from 1985. The existing standards do not require treatment for nutrients (nitrogen and phosphorus) despite widely available and inexpensive technology. The largest point source of nutrients to the dead zone is Chicago’s wastewater treatment facility.
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WASTEWATER TREATMENT OF NUTRIENTS
(SECONDARY TREATMENT STANDARDS) |
