Michigan City Sanitary District Implements Comprehensive Energy Conservation Project


Posted on: September 13th, 2018 by [email protected] No Comments

The Michigan City Sanitary District (District) partnered with Energy Systems Group (ESG), a leading energy services provider, to design and implement a $1.8 million energy conservation project at the wastewater treatment plant that includes infrastructure improvements and energy efficiency measures. The project will result in economic and environmental benefits for the City and its ratepayers with guaranteed savings of over $164,000 annually over the term of the contract. ESG also applied for and secured a $190,988.80 incentive through Northern Indiana Public Service Company’s (NIPSCO) energy efficiency program administered by Lockheed Martin Energy, marking the largest incentive awarded by the NIPSCO program this year. As part of a citywide initiative to evaluate ways to deliver government services more efficiently, the wastewater plant improvements include new aeration equipment (two turbo blowers) and ultra-high efficiency light-emitting diode (LED) lighting. The District continued its efficiency improvements by calibrating the wastewater aeration system to operate using just one of its two high-efficiency blowers to save power further and enhance reliability by providing redundancy into this mission-critical function for the wastewater treatment process. The equipment installation completed in July 2018 addresses the single largest energy user within the City infrastructure. This plan replaces worn out equipment and continues the District’s goal of cost-effectively maintaining the infrastructure while being good stewards of the environment particularly its natural resource of Lake Michigan. Based on the total annual reduction in electrical consumption estimated at 2,696 megawatt-hours per year, the District estimates an annual reduction in air pollution emissions of approximately 8,900 pounds of sulfur dioxide, 5,600 pounds of nitrogen oxide, and 5 million pounds of carbon dioxide.



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