WASTEWATER COLLECTION SYSTEMS WHITE PAPERS & CASE STUDIES
Yuengling brewery plant in Pottsville, PA, brews four major products – Ale, Lager, Pilsner and Porter – each with a different brewing process. Their wastewater contains mostly sugar and yeast and small quantities of spent grain, which is treated at their onsite wastewater treatment plant, built in 2000. Yuengling had operated the static screens for several years, tolerant of the screens’ performance and the resulting operational inefficiencies, however, decided it was time for change.
Replacing Traditional Bar Screens At North Carolina Wastewater Treatment Plant Improves Employee Safety And Reduces Maintenance
The Water and Sewer Authority of Cabarrus County (WSACC) serves selected water and sewer needs for five jurisdictions in south-central North Carolina — Cabarrus County, Concord, Kannapolis, Harrisburg and Mount Pleasant — providing wholesale wastewater transportation and treatment and reservoir management.
Dissolved Air Flotation (DAF) Pilot System Achieves Removals In Excess Of 95 Percent
The aluminum casting facility of a producer of semifabricated aluminum products utilizes a closed-loop contact water system that supplies water to multiple DC casting pits. An existing induced air flotation (IAF) system was used for the reduction of TSS, NTU, oil and grease, followed by a cooling tower. The treated and cooled water was then reused in the caster as contact water. The IAF had a removal efficiency of approximately 40 percent, required regular maintenance attention, operated at 125 HP and used an excessive amount of chemistry, resulting in extraordinarily high operating costs.
MBBR-DAF System Drastically Reduced BOD And TSS Amounts Released Into Nearby Harbor
Ladysmith, BC is home to nearly 8,000 people on the western coast of Canada and has a history of coal mining, forestry, rail and marine industry. An existing wastewater treatment plant (WWTP) provided treatment to the town’s wastewater before discharging to the Ladysmith Harbor. The plant removed primarily particulate matter and suspended solids from the wastewater to be driven to a composting site. The existing system met some needs, but would not be able to achieve the future BOD and TSS effluent limits proposed to the town.
MBBR System Implements Nitrogen Reduction Plant Improvements
Hopewell Water Renewal (HWR) is a 50 MGD secondary wastewater treatment plant that treats the wastewater from local industries and domestic sources of the Hopewell, VA area. The plant began operating in 1977 and treats approximately 85% industrial waste. The facility achieves the treatment permit requirements for both BOD and TSS; however, treatment regulations have changed over the years and now require the removal of nutrients. HWR discharges effluent into Gravelly Run, a tributary of the James River and Chesapeake Bay Watershed.
MBBR-DAF System Provides The 'Perfect Solution' For Alchemist Brewery
Alchemist Brewery is a microbrewery specializing in brewing, packaging and distributing its award-winning IPA beer, Heady Topper. An unprecedented following of the signature ale drove the need for a larger brewery and retail sales center. The brewery operates with a profound respect for environmental responsibility, so with a new facility in the horizon, there was opportunity to explore wastewater treatment system options that would allow them to minimize their impact on the town’s wastewater infrastructure.
Successful Screening Pilot At A Major Waste-To-Energy Player
Parkson recently had a very successful pilot test at the facility of a bio-feedstock supplier of waste products turned into fuel. The Rotoshear® unit, equipped with a .060” wedgewire screen, successfully removes solids directly from Industrial Waste Hauling trucks to recover grease. Screening this material before it enters the receiving station allows the facility to focus on proper treatment of the industrial wastewater rather than the expensive downtime to drain and clean their receiving pond.
Combining Decentralized And Centralized Wastewater Treatment Strategies To Solve Community Challenges
To sustain the environment and smart community growth while protecting public health, engineers, municipal health officials, and regulators need innovative wastewater treatment solutions. The latest evolution of decentralized systems can efficiently handle residential and commercial daily flows and are a cost-effective alternative to the large, centralized wastewater treatment plants of the past.
Duperon® FlexRake® Reduced Maintenance By 1,357 Hours
In 2002, the City of Phoenix purchased a Duperon® FlexRake® as part of a pilot project designed to allow the City to test maintenance claims against their existing climbing screen equipment. The yearlong pilot would run the FlexRake® along with the climbers; at the conclusion, the screen would be measured for wear and compared to the climbers in terms of maintenance time and debris capture.
Fine Screening System: The More Intelligent Primary Clarifier
In the discussion about limited resources and energy saving in sewage treatment plants innovative sewage treatment methods are increasingly becoming a focal point. In Germany, there are about 1,200 sewage treatment plants which are designed for 10,000 to 50,000 PE, about one third of them have a sludge digester. Thus, there is a potential of about 800 sewage treatment plants that remains for a change from aerobic sludge stabilisation to processes with anaerobic sludge stabilization.
Grit Washer Helps Tarpon Springs Perfect Its Cleaning and Separation Process
City staff were looking for an idea to remedy the logistical issues in the Tarpon Springs Wastewater Treatment Plant located in Pinellas County and known for being a small Greek community on Florida’s Gulf Coast.
Despite the destruction of Hurricane Harvey in August 2017, Duperon® wastewater screening systems in the cities of Cuero and Refugio, Texas – approximately 150 miles southwest of Houston – were virtually unaffected by the storm. Duperon’s FlexRake® bar screens, installed at both locations as well as dozens of other sites in and around Houston, remove objects like rags, paper, plastics, and metals to prevent damage and clogging of downstream treatment equipment. Both communities found essentially no damage to their wastewater screening equipment.