WASTEWATER

GettyImages-182902629_450_300 What To Know Before You Invest In New Headworks Equipment

Successful headworks investments depend on understanding site needs, matching technology to application, evaluating total cost of ownership, and choosing vendors that prioritize long-term performance and reliable support.

WASTEWATER CASE STUDIES AND WHITEPAPERS

  • Water Metering Supports Sustainable Water Management Solutions

    To reduce their carbon footprint, the water and wastewater industry must take a critical look at energy consumption and how efficiently resources – including water – are being managed within their facilities. Ultrasonic flow meters are a valuable tool for water utilities in their water management efforts.

  • Vortex Wastewater Pumps Vortex pumps are primary sewerage pumps used to transport are sewerage through the wastewater treatment plant process. Because these pumps are required to handle the raw sewerage including grit and associated storm water runoff debris the abrasion rate is quite high. In this plant the pumps were lasting less than 1 year before severe abrasion caused reduction in tolerances leading to re-circulation. As the sewerage was no longer being efficiently transported to treatment the plants capacity was effectively reduced. Plant was considering replacement after 1 year a t a cost of $8,500.00.
  • Case Study: Continuous Online Monitoring Of Nitrate And Sludge Using UV/VIS Spectroscopic Sensor

    Monitoring nitrates, total suspended solids and sludge volume concentrations ensures effluent quality, which is critical for meeting water quality standards for various regulatory agencies. By Endress+Hauser, Inc.

  • Stormwater Management - Cog Moors Wastewater Treatment Works, South Wales

    Effectively treating and managing Northern Ireland and Engalnd's substantial stormwater runoff is of utmost importance. It’s also subject to increased scrutiny from governing bodies.

  • Using Supersaturated Oxygen Solutions To Suppress Sulfides And Control Odor

    This is the third article in a series of articles and case studies examining the adoption of innovative solutions in water treatment and the market drivers of change influencing how companies in various industries manage their wastewater.

  • Z-88® Radium Treatment Process - City Of Bridgeton, New Jersey

    This radium removal pilot study was conducted for the City of Bridgeton, New Jersey’s Well No. 19 treatment facility. The Bridgeton water system contains concentrations of radium and gross alpha in excess of the Maximum Contaminant Levels (MCL).

  • UV Treatment Upgrade For Water Reuse - EWA Beach, Hawaii

    The Honouliuli Water Recycling Facility (WRF) includes filtration and UV treatment to treat to Class R-1 reuse standards for various uses, including irrigation.

  • Building Resilient Water Treatment: How Ozone Systems Help Utilities Prepare for Extreme Weather

    Ozone systems build resilience into water treatment. They ensure utilities remain chemically self-sufficient, allow fast recovery from power outages, and handle rapid water quality shifts.

  • A Cost-Based Assessment Of Leading Grit Removal Systems

    "How much grit is my grit removal system removing?” is becoming one of the more frequently asked questions at Water Resource Recovery Facilities (WRRFs) and wastewater treatment plants. The intrinsic problem of grit and its scouring activity means that efficient grit removal is fundamental for protecting and optimizing downstream WRRF treatment processes and equipment. Advancements in cutting-edge treatment technology, including membrane systems, and the critical need to maximize equipment investments places an even greater emphasis on effective grit removal.

  • Biolac Long Sludge Age Treatment Combined With MRI Plate Settlers Achieves Low Nutrient Limits

    The Tri-Lakes Wastewater Treatment Facility located in Monument, CO, receives flow from the Woodmoor, Palmer Lake, and Monument Sanitation Districts. The plant discharges treated effluent to Monument Creek, which is within the Fountain Creek Water Shed. Originally, the Tri-Lakes facility consisted of a three-cell lagoon. This was replaced by a two-basin Biolac Wave-Ox system, which was installed in 1990 and later upgraded in 1998 to a three-basin system with a capacity of 4.2 MGD.

WASTEWATER APPLICATION NOTES

WASTEWATER PRODUCTS

Explore an impressive inventory of rent-ready products to support your jobs, from elbows and valves to hoses and fittings.

The NeoTech D338™ is specially designed to disinfect water and is an essential component in advanced oxidation processes.

The Signet 2774 - 2777 pH and ORP Electrodes feature a unique foulproof DryLoc® connector with goldplated contacts designed specifically for use with the Signet 2750 and 2760 preamplifiers, sensor electronics, and connectors.

The Monster Wash Press processes screenings to separate water and organics from the solids. The result is a clean, dry, light and compact discharge which reduces the amount of waste to be dumped, ultimately saving treatment facilities time and money.

CST’s Turbidimeter continuously and accurately measures turbidity using NIR spectroscopy. Turbidity measurements are important indicators in many industries and applications as they not only influence the yield of the industrial process, but also detect factors which are detrimental to a system. The Turbidimeter consists of a PX2+ used in conjunction with either an extractive flow cell or in situ transmission probe.

microBLOX™ Membrane Bioreactor (MBR) systems are fully functional solutions to wastewater treatment problems and are ideally suited for a wide range of applications, including, but not limited to: housing developments, state parks, rest areas, isolated communities, military camps, shopping malls, golf courses, resorts, casinos, sewer mining (scalping), some industrial and more.

LATEST INSIGHTS ON WASTEWATER

WASTEWATER VIDEOS

The Water Online Show kicks off its new season with an in‑depth discussion on stormwater management, focusing on New York City’s innovative partnership with Arcadis. Guest Shandor Szalay, the National Stormwater Resilience Practice Lead at Arcadis, explains how climate‑driven superstorms and aging urban infrastructure have pushed the city to rethink stormwater strategies.

Learn how a tool-free, verifiable locking system streamlines complex installations like deep-bore directional drilling and provides the security needed for critical infrastructure.

Discover how specialized restrained joints facilitate efficient horizontal directional drilling and bridge piping through a simplified, tool-free assembly process that ensures long-term reliability.

Water infrastructure projects often face extreme installation conditions, from deep-trench burials to exposed bridge crossings. Ensuring long-term reliability requires a material capable of withstanding environmental stressors that can compromise other piping options. Ductile iron pipe offers superior durability, maintaining its structural integrity regardless of temperature fluctuations or UV exposure. Watch the full video to explore these benefits in action.

Discover how specialized restrained joints facilitate efficient horizontal directional drilling and bridge piping through a simplified, tool-free assembly process that ensures long-term reliability in challenging environments.