SLUDGE & BIOSOLIDS PROCESSING RESOURCES

• How A City's Sewage System Can Generate Renewable Natural Gas Production And Earn Royalties

  Imagine if wastewater treatment plants (WWTPs) — typically associated with managing sewage — could instead become known for fueling a more sustainable future.
• Time-Based Treatment Is A Game Changer For Activated Sludge, Granular Sludge, And Densified Sludge

  Time-based batch processing allows WWTPs to gain the benefits of new suspended growth technologies in a much smaller footprint.

• Enhancing Treatment Capacity With miGRATE™ Technology At Verrado WRF

  Due to rapid population growth in its service area, Verrado Water Reclamation Facility (WRF) in Verrado, Arizona faced a challenge. Its existing treatment capacity of 1.54 millions of gallons per day (MGD) had become insufficient to meet the rising demand and comply with both Total Suspended Solids (TSS) and Total Nitrogen (TN) permits.

• Cutting Costs, Not Corners: How PRI-TECH® Transformed Biosolids Odor Control At Bergen Point WWTP

  The Suffolk County Department of Public Works tested the effectiveness and cost-efficiency of PRI-TECH® in controlling odors at a wastewater treatment plant. The technology successfully treated odors and reduced operating costs.

• Fouling Control Techniques For Membrane Bioreactors

  Discover how implementing targeted operational strategies, advanced cleaning protocols, and innovative technological solutions, makes it possible to mitigate the impacts of fouling.

• 3 Tips To Prevent Sludge Bulking In Your Wastewater Treatment System

  Read about the targeted strategies wastewater treatment plants can use to effectively manage and prevent sludge bulking,

• The Top Seven Ways The STRAINPRESS® Helps With Digester Debris Issues

  Read about the seven ways that the HUBER Sludge Cleaner STRAINPRESS® saves money and time while establishing a safer work environment.
• Expect The Unexpected: Handling The Unknowns Of Septage Receiving

  Wastewater treatment plants provide a viable option to accept and process the collected septage. However, the sheer concentration of the transported sludge can potentially cause plant upsets in smaller WWTP facilities.

• Wastewater To Biogas: From Trash To Treasure

  How U.S. wastewater treatment plants can learn from the example of others to transition into wastewater resource recovery facilities and create more sustainable, livable communities.

• The Process Of Dewatering Construction Sites Explained

  This article will introduce the importance of construction dewatering, various dewatering methods, site preparation, and dewatering discharge options.

• What Type Of Dewatering Box Should You Choose?

  In this article, take a look at types of dewatering boxes, benefits, and their applications for various projects.

• Here's How Wastewater Facilities Could Tackle Food Waste, Generate Energy, And Slash Emissions

  Most Australian food waste ends up in landfill. Rotting in the absence of oxygen produces methane, a potent greenhouse gas. While some facilities capture this “landfill gas” to produce energy, or burn it off to release carbon dioxide instead, it’s a major contributor to climate change. Valuable resources such as water and nutrients are also wasted.

• Making Power From Sludge: A Sustainable Solution For Wastewater Treatment

  Sludge can go from a problem to a resource with energy recovery, but the process must be supported by the proper technology to truly be efficient and sustainable.
• Extending Mine Pump Reliability

  Discover the solution that has helped a global miner experience improved reliability and reduced spending on spare parts and maintenance.

• How A City's Sewage System Can Generate Renewable Natural Gas Production And Earn Royalties

  Imagine if wastewater treatment plants (WWTPs) — typically associated with managing sewage — could instead become known for fueling a more sustainable future.
• Time-Based Treatment Is A Game Changer For Activated Sludge, Granular Sludge, And Densified Sludge

  Time-based batch processing allows WWTPs to gain the benefits of new suspended growth technologies in a much smaller footprint.

• Enhancing Treatment Capacity With miGRATE™ Technology At Verrado WRF

  Due to rapid population growth in its service area, Verrado Water Reclamation Facility (WRF) in Verrado, Arizona faced a challenge. Its existing treatment capacity of 1.54 millions of gallons per day (MGD) had become insufficient to meet the rising demand and comply with both Total Suspended Solids (TSS) and Total Nitrogen (TN) permits.

• Cutting Costs, Not Corners: How PRI-TECH® Transformed Biosolids Odor Control At Bergen Point WWTP

  The Suffolk County Department of Public Works tested the effectiveness and cost-efficiency of PRI-TECH® in controlling odors at a wastewater treatment plant. The technology successfully treated odors and reduced operating costs.

• Fouling Control Techniques For Membrane Bioreactors

  Discover how implementing targeted operational strategies, advanced cleaning protocols, and innovative technological solutions, makes it possible to mitigate the impacts of fouling.