The Design/Build project consist of improvements to the eight multiple hearth furnaces to improve emissions in accordance with USEPA regulations 40 CFR Part 60 for Sewage Sludge Incinerators (existing MHIs). The scope includes replacement of existing wet scrubber systems including new quench sections, new water spray venturis and mist eliminators, replacement of the CEMS for… Continue reading Complex II Incinerator Improvements
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Belt Filter Press Replacement Dewatering Complex I & II Detroit WWTP
To address the deficiencies in the existing solids handling process and to mitigate the potential permit non-compliance on the solids inventory level, DWSD has decided to enhance the capacity and reliability of their solids handling system by replacing the existing twenty-two (22) Belt Filter Presses in Dewatering Complex I & II. METCO, as one of… Continue reading Belt Filter Press Replacement Dewatering Complex I & II Detroit WWTP
Ferric Chloride Storage Facility
Due to deterioration of the existing ferric chloride (FeCl3) tanks housed within the Train Shed Building, replacement FeCl3 storage was needed for current and future use. NEORSD sought to install new FeCl3 tanks in the Chemical Handling Building, which housed mostly abandoned chemical equipment. In order to accomplish the installation of the new tanks, a… Continue reading Ferric Chloride Storage Facility
Westerly Wastewater Treatment Plant Wet Weather Improvements
Northeast Ohio Regional Sewer District (NEORSD) entered into a Consent Decree with USEPA in 2010 which requires chemically enhanced high rate treatment of flows through Combined Sewer Overflow Treatment Facility (CSOTF). In advance of this project, NEORSD initiated several improvements to enhance the reliability of the CSOTF mechanical bar screens and settling tank drives. Improvements… Continue reading Westerly Wastewater Treatment Plant Wet Weather Improvements
Westerly Ferric Chloride Rehabilitation
Due to deterioration of the existing ferric chloride (FeCl3) tanks housed within the Train Shed Building, replacement FeCl3 storage was needed for current and future use. NEORSD sought to install new FeCl3 tanks in the Chemical Handling Building, which housed mostly abandoned chemical equipment. In order to accomplish the installation of the new tanks, a… Continue reading Westerly Ferric Chloride Rehabilitation
System-Wide Hydraulic Modeling for GLWA Water Distribution System
GLWA retained METCO to update their current Water Distribution System Hydraulic Model to integrate with their GIS Geocentric Database and SCADA System. The Project also requires developing the updated model utilizing Info water platform. The updated GIS were aligned with calibrated model database to develop a GIS centric model with the capability to integrate with… Continue reading System-Wide Hydraulic Modeling for GLWA Water Distribution System
Sanitary Sewer Overflow Elimination Program City of Warren
To comply with NPDEs permit mandate of ‘ZERO sanitary sewer overflow discharges, bypassing the Wastewater Treatment Plant, City of Warren retained the services of METCO to study their sewer collection system capacity and develop flow control solutions. In conjunction with the permit requirements, City of Warren also stipulated that the flow control solutions should address… Continue reading Sanitary Sewer Overflow Elimination Program City of Warren
SCHOOLCRAFT PUMP STATION IMPROVEMENTS / MODIFICATIONS
Great Lakes Water Authority (GLWA) required the replacement of the existing obsolete variable controllers for the pumps and upgrades to the electrical distribution system at the Schoolcraft Pump Station. METCO addressed these needs by performing a comprehensive study with recommendation to replace the entire electrical distribution system supported with a redundant emergency generator system and… Continue reading SCHOOLCRAFT PUMP STATION IMPROVEMENTS / MODIFICATIONS
HAGGERTY PUMPING STATION
To ensure reliable water supply to the northwest communities of Oakland County, Great Lakes Water Authority (GLWA) had proposed to construct a new water pumping station with a firm capacity of 70 MGD, and a 10 MGD reservoir under Design- Build project delivery system. METCO was retained by GLWA as their ‘Oversight Consultant’ to prepare… Continue reading HAGGERTY PUMPING STATION
SYSTEM – WIDE HYDRAULIC MODELING FOR DETROIT WATER SYSTEM
GLWA retained METCO to update their Water Distribution System Hydraulic Model to integrate with their GIS Geocentric Database and SCADA System. The Project also requires developing the updated model utilizing “Info water” platform. The updated GIS were aligned and calibrated with model database to develop a GIS centric model with the capability to integrate with… Continue reading SYSTEM – WIDE HYDRAULIC MODELING FOR DETROIT WATER SYSTEM
