Welcome To Our Awards and Recognition Webpage

George W. Burke Safety Award
The Lynn Regional Wastewater Treatment Plant was selected by the Water Environment Federation for the George W. Burke safety award. This award was established in 1982 in honor of George W. Burke, Jr. for his numerous years of work in the water environment field. Receipt of the award encourages installation and maintenance of active and effective safety programs in municipal and industrial wastewater facilities.

The Lynn Water and Sewer Commission’ Wastewater Treatment Plant is operated by Veolia Water. This award recognizes Veolia’s impressive safety initiative that has resulted in no lost-time accidents over the past 6-years. Veolia management said, “our efforts in Lynn are continually being recognized by regulatory agencies as well as our peers setting higher standards in the water industry.”

Plant Performance Awards
The Lynn Regional Wastewater Treatment Facility (WWTF) continually seeks to excel in water pollution control. Over the years this facility has experienced many significant capital improvements and operational strategies that have proven to be successful.

Similar to the Lynn Water Treatment Plant, one method the WWTF utilizes towards gauging its success is in applying for awards amongst its peers. Throughout the years the WWTF has also been fortunate to be recognized with individual achievements associated with its safety, laboratory performance, maintenance and its plant housekeeping efforts.

The Lynn facility earned the Massachusetts Water Pollution Control Association 2009 and 2011 Best Performing Large Waste Water Plant with a design flow more than 10 million gallons per day. This is a performance based award. The plant’s operational criteria for 2008 and 2010 was evaluated against other large Wastewater Treatment Plants throughout Massachusetts.

Other Achievements
Awarded the 2011 Massachusetts Energy Improvement Award for Energy Improvements made during the past 10 years. Through many energy incentives the Lynn Facility has reduced its electrical cost in excess of 3 million dollars.

The facility is also in the process of installing a 600KY Wind Turbine with anticipated construction to be completed in September of 2012.

Passed all EPA and DEP announced, and unannounced, inspections and audits during the past 10 years. These inspections are conducted on a regular basis several times a year, separately, by both agencies.

Successfully Passed An OSHA Audit / Inspection in 2010.

Our Board of Commissioners

The Commission is operated by the Executive Director and is governed by a five member board; two City Council appointed positions, two Mayoral appointed positions, and one elected member of the City Council. The four appointed board members serve a three year term and convene once per month at the LWSC Headquarters.

Current Board Members Walter Proodian
William Trahant
Richard Colucci
Peter Capano
David Ellis

Commission Reports

New Item LWSC Water Quality Reports (PDF)
  2016 Water Quality Report
  2015 Water Quality Report
  2014 Water Quality Report
  2013 Water Quality Report
  2012 Water Quality Report
  2011 Water Quality Report
  2010 Water Quality Report

Employment Opportunities

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History of the Lynn Water and Sewer Commission

Water System History
Lynn’s water system was initially established in 1870 when Breeds Pond was purchased as the first source of water supply. Birch Pond was added during 1873 when Beaver Brook was dammed to help supply water to Lynn. Walden Pond was created during 1889 by constructing a dam across Penny Brook and combining it with Glen Lewis Pond.

The dam was raised during 1905 when the east-end dam was built. Construction of Hawkes Pond Dam was completed during 1895 creating Hawkes Pond reservoir. The Saugus River diversion conduit was completed during 1898, connecting the Saugus River to Hawkes Pond. During 1918, the connection between the Ipswich River and Lynn’s reservoir system was established completing the existing water supply system.

Sewer System History
Wastewater collection began in Lynn in 1866 with the construction of a stone and brick sewer in Union street. By 1879, the Lynn City Engineer reported that all but 7.5 miles of major streets had been sewered. In the 1880's and early 1890's, many of the larger sewer mains were constructed including the Eastern and Western Interceptors along with several of the submains. During that decade, the number of connections rose from 1,005 to 1,988. The system has continued to expand and there are 140 miles of pipe.

The Eastern interceptor is approximately 1,000 feet long and ranges in size from 40 inches by 54 inches to 64 inches by 72 inches. It is an egg shaped brick sewer constructed in 1885-1887. The Eastern Interceptor has not needed major renovation. A section of the interceptor was built in 1979 when the primary treatment plant was being built.

The Western interceptor is approximately 10,400 feet long and ranges in size from 36 inches in diameter to 54 inches by 72 inches. It is egg shaped in some sections and circular in others, and was constructed in 1890-1891.

Our Water System

Water System
The Lynn Water and Sewer Commission is in charge of Lynn’s water supply system.  It collects, purifies, and delivers water for use, then takes it back, treats it, and pumps it to the ocean. Since January 1989, Lynn’s drinking water has been treated in a new state-of-the-art, direct filtration facility located at 390 Parkland Avenue.  This facility ensures that water delivery demands can be met now and in the future and that Lynn water meets all federal and state regulations. Lynn is blessed with an extensive independent water supply, including watershed lands stretching as far as the Ipswich River. 

The local water supply in Lynn consists of a series of interconnected reservoirs Hawkes Pond, Walden Pond, Birch Pond, and Breeds Pond supplied primarily by withdrawals from the Saugus and Ipswich rivers.

Click here to see a graphic of where Lynn's drinking water comes from.

Water Distribution
The Distribution System contains the Lynn Woods 2.8 MG concrete storage tank, the Pine Hill 3.3 MG concrete storage tank, a major water booster pumping station that pumps to the Quinn Road 0.5 MG elevated steel storage tank, four (4) small residential booster stations, the covered Low Service Reservoir, and more than 80 miles of water main greater than 8 inches in diameter. The Low Service Reservoir is a 20 Million gallon covered and lined storage reservoir for treated water. The Reservoir effluent is chlorinated at two (2) effluent stations. The 65 million dollar primary treatment plant went on-line in 1985. The 53.8 million dollar secondary treatment went on line September 1990.

Forms and Documents Available For Download
These documents are also available throughout the website with each appropriate section or Department.

New Item Acrobat Documents For Download (PDF)
  Design Data Sheet  
  Drainlayers Bond Form  
  Drainlayer Application  
  Hydrant Meter Rental  
  Fire Hydrant Flow Testing  
  General Service Application  
  Domestic Meter Schematic  
  Lien Application  
  Sewer Backflow Program  
  Cross Connection Design Data Sheet  

Additional Resource Links

Note Please check back soon, this page is under construction.

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