Videos

The multi-rake bar screen RakeMax C is an innovative variant of the well-proven RakeMax system with a center flow screen. Find out more about the HUBER Multi-Rake Bar Screen RakeMax CF

Energy is the single highest operating cost in a wastewater treatment plant with energy to operate blowers for aeration being the single highest energy consumer. System splitting, an alternate design approach with key efficiency gains, reduces electrical, maintenance and initial investment costs.Learn more here

Vogelsang’s HiCone progressive cavity demonstrates how its design and adjustment system regain compression and overcome wear without part changes. For operators, this means the pump can be adjusted three to four times before maintenance is needed, significantly reducing the lifetime costs of the pump. Watch this two-minute summary video featuring animations and voiceover explaining the design. Join the HiCone Revolution What can you expect from Vogelsang’s progressing cavity pump revolution?An adjustment system unlike any other on the market — allowing you to easily (or automatically) restore performance losses due to wear. Significantly increased rotor/stator life due to the ability to regain compression with simple adjustments instead of replacing worn parts. Long-term cost savings due to the reduced need for spare parts, fewer repairs, and less downtime.Sizing matching and "drop-in replacements" — pump options that match existing footprints and critical dimensions for all major progressing cavity pump manufacturers. Give us the model number, and we will let you know if we have a drop-in replacement. The option to automatically retract the stator at startup, requiring less power consumption and allowing for a less expensive drive.A Vogelsang signature service-in-place design for fast, simple repairs when needed. Entry 219993

Stainless steel is not about looks or weight. It is about long-term corrosion resistance and protecting critical infrastructure.Same drawings. Same standards. Now built here.Contact HUBER to discuss safe access solutions. Learn more here.

The YSI Water Monitoring Panel is a preconfigured, modular solution designed for continuous, real-time monitoring of key water quality parameters — including pH, conductivity, dissolved oxygen, oxidation-reduction potential, and chlorine. It integrates YSI’s proven IQ SensorNet system with intelligent IDS sensors to deliver accurate and reliable data for municipal, industrial, and environmental applications.Each panel includes essential components such as a pressure reducer, valves, flow indicator, maintenance console, piping, and necessary tubing and flow vessels. Its modular design allows for easy customization, enabling users to add or remove components as needed.The built-in maintenance station simplifies calibrations, cleanings, and consumable exchanges, reducing downtime. Additionally, the panel's low-flow design minimizes water usage, using only one-third of the sample flow required by leading competitors, making it more efficient and sustainable.Fully compatible with the YSI IQ SensorNet network, the Water Monitoring Panel offers seamless integration with existing systems, providing digital outputs for integration with facility data acquisition and control systems.Learn more on the YSI Water Monitoring Panel page.

Join Stephen Horne, blower product manager for Kaeser Compressors, in this webinar as he explores how to evaluate blowers in wastewater applications to ensure the best blower is chosen, as well as control options for these applications. Watch on YouTube

The growing neighborhood of Wolcott, Kansas, was quickly outgrowing its treatment capacity. A long-term improvement project was initiated, and many technologies were considered for the upgrade. AquaNereda aerobic granular sludge technology was selected for the new plant upgrade. Watch the video to learn more about the reasons it was the best fit and more about the project.

HUBER safe access solutions: Always the right access. These manholes provide customized solutions for safety for planners and operators.

This 3D animated sequence depicts the inner workings of HBUER Technology’s Strainpress. Watch as sludge is pumped into the Strainpress’ perforated tube and see how it flows through the perforations into a casing while debris is retained within the tube. An internal screw pushes the retained screenings along the tube’s axis into a conical dewatering and compressing section that is provided with a smaller perforation compared to the screening section.Please visit HUBER Technology’s website for more information.

A population boom and a plant at the end of its natural life meant the City of Whitefish needed to upgrade the lagoon-style treatment plant to support increased flow rates and meet stricter nutrient standards. City officials evaluated different treatment technologies, including conventional activated sludge, lagoon treatment, and aerobic granular sludge. The AquaNereda aerobic granular sludge system was selected because it met all the desired requirements. Watch the video to learn more about why the AquaNereda system was the best solution for Whitefish.

Aeration and mixing demands for wastewater treatment plants often change over time, while the existing systems remain fixed. Aging equipment and system demand often lead to insufficient mixing and oxygen transfer inefficiencies, negatively impacting treatment plant performance.While traditional aeration systems fall short over time, the TRN submersible self-aspirated aerator mixer is well suited for longevity and high-strength wastewater environments. By mechanically inducing air to create high-energy mixing, this turbine-style self-aspirator can sustain effective oxygen transfer and solids suspension, even under challenging process conditions. In this webinar, attendees will learn strategies to improve aeration performance at their wastewater facilities, specifically noting the TRN aerator mixer.  Expert speakers from Tsurumi will share application considerations, performance benefits, and key evaluation factors for integrating submersible aerators into wastewater treatment processes. A real-world case study will also be shared, highlighting how facilities can optimize performance without full system replacement.Presenters:Entry 259346Over the course of his 30-year career, Tony Misiak has held engineering roles for pump distribution, focusing on process equipment applications and sales. In 2015, Tony joined Tsurumi as a Process Equipment Engineer, specializing in providing solutions for wastewater treatment operations. Tony holds a Bachelor of Science in Engineering, specializing in Paper Science and Engineering, from Western Michigan University.Entry 259347With 40 years' experience in the industry, John Hartz has a deep understanding of submersible pumps and process equipment. Serving as Tsurumi’s Sales Engineer, John specializes in developing tailored pumping and treatment solutions for water and wastewater applications. John holds a bachelor’s degree in Earth Science from the State University of New York, along with a Grade IA Water Treatment Plant Operators certificate from the New York State Department of Health.

This video demonstrates the features of the innovative center-flow variant of the well-proven HUBER Multi-Rake Bar Screen RakeMax with optimal hydraulic utilization of existing channels. The RakeMax CF doubles screening and throughput capacity with effective screen space on both sides of the channel.To make a RakeMax Center Flow inquiry, please visit huber-technology.com.

OBIC’s exclusive, flexible polymer coating systems are spray-applied and cure in just minutes. That saves time and money, all while providing greater protection than similar materials. OBIC products are backed by a team of chemists and third-party testing to ensure consistency and quality. Watch to learn more about the OBIC advantage and why municipalities and companies choose OBIC when a coating absolutely must last.

BDP Industries is a leading full-service provider of innovative thickening, dewatering and composting systems for municipal, industrial, pulp and paper, or mineral processing. Dewatering needs at water treatment facilities differ from those of wastewater applications. With unique features, the 3DP belt press excels on residuals from a variety of water sources and across a wide range of chemical and coagulant treatment processes.

The Drum Screen LIQUID from HUBER Technology is a horizontal drum screen system that uses a stainless steel mesh with 300-micrometer openings to separate solids and capture carbon. The stainless steel mesh is resistant to aggressive fluids, water and acids. The mesh has a long life and can therefore be very economical. To ensure safe and long-lasting operation, a 6 to 8 mm bar screen and grit trap should proceed this unit. During a two-year research project at three test sites, it demonstrated throughput capabilities of 475 to 1,110 gpm. Additionally, the unit uses a high-pressure spray bar to clean the mesh, so no chemical cleaning is required to sustain throughput. Throughput is also not affected by fats, oils and grease in the influent. It averages 71% total suspended solids removal with no chemical addition. With chemical addition, TSS reduction can reach 88%. The HUBER Drum Screen LIQUID is available in different designs and suitable for numerous applications of solids/liquid separation. Depending on the specific application requirements the horizontal drum is covered with a mesh, wedge wire or perforated plate and is suitable for channel or tank installation. For more information, visit huber-technology.com.

In just about three minutes, learn how floating wastewater mixers from Ixom Watercare can save you a ton of aeration power consumption and cost in a partial-mix wastewater pond system. Have questions? Call 866-437-8076 or contact Ixom Watercare at www.ixomwatercare.com/contact.

Learn how GridBee AP Series mixing equipment from Ixom Watercare can provide better mixing and energy cost savings, resulting in a fast one- to three-year payback.Learn more here

Odors from wastewater treatment plants and collection systems aren't just unpleasant. They can lead to safety hazards for operators and the public as well as odor complaints and infrastructure corrosion. A holistic approach to odor control tackles the problem at its source while also treating emissions throughout the system. Liquid-phase solutions control the formation of odorous compounds like hydrogen sulfide by dosing chemicals directly into the collection system. Vapor-phase technologies capture and neutralize foul air at problem areas in lift stations and treatment plants. Join our webinar to learn proven strategies for optimizing your odor control program by integrating liquid-phase and vapor-phase technologies. Expert speakers from Manatee County and Xylem will showcase how combining these approaches enables utilities to target a broader range of odors across their system while reducing chemical demand and improving operational dependability. Speakers will also explore how real-time monitoring can optimize system performance by dynamically adjusting to changing conditions. Don’t miss this opportunity to learn actionable strategies from the experts and take your odor control program to the next level. Register today to reserve your spot! Speakers: Entry 246888 Erik Gibson, Utilities Superintendent Lift Station Section, Manatee County Entry 246889 Calvin Horst,  Director of Product Management, Xylem Entry 246890 Sean Trainor, Product Management Lead, Xylem Entry 246891 David Morano, Senior Manager of Customer Service, Xylem

In this video, see the RakeMax installed and in service in the headworks. The RakeMax is shown operating, demonstrating how the technology captures and removes screening. Additionally, the matched WAP washpress is shown washing and conveying screenings.Learn more about the RakeMax