News Archive - ƶ /news/ Advanced Onsite Wastewater Treatment Systems Thu, 01 Aug 2024 18:33:45 +0000 en-CA hourly 1 https://wordpress.org/?v=6.5.5 ƶ Expands Technological Portfolio with Acquisition of RH2O /news/waterloo-biofilter-expands-technological-portfolio-with-acquisition-of-rh2o/ Thu, 01 Aug 2024 18:29:39 +0000 /?post_type=scalia_news&p=7471 GUELPH, ON,July 31, 2024 /CNW/ ƶ Inc., a key innovator in onsite wastewater treatment, announces the acquisition of RH2O Inc. – a specialist in advanced moving bed biofilm reactor technology (MBBR) – subject to customary closing conditions. This investment amplifies ƶ’s overall tech capacity and market position as a trusted provider of wastewater treatment solutions. ƶ, already one of the country’s largest maintenance providers, will service existing RH2O customers moving forward. ƶ leads the onsite wastewater industry through its proprietary trickle filter technology, which delivers optimal levels of treatment efficiency and service reliability. By incorporating RH2O’s MBBR product line into its offering, ƶ addresses a wider range of wastewater treatment needs, from low concentration influent and small flows to high concentration and high-flow requirements. RH2O’s technology is proven in the treatment of high-strength wastewater, in particular the removal of biochemical oxygen demand (BOD) and...

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GUELPH, ON,July 31, 2024 /CNW/

ƶ Inc., a key innovator in onsite wastewater treatment, announces the acquisition of RH2O Inc. – a specialist in advanced moving bed biofilm reactor technology (MBBR) – subject to customary closing conditions. This investment amplifies ƶ’s overall tech capacity and market position as a trusted provider of wastewater treatment solutions. ƶ, already one of the country’s largest maintenance providers, will service existing RH2O customers moving forward.

ƶ leads the onsite wastewater industry through its proprietary trickle filter technology, which delivers optimal levels of treatment efficiency and service reliability. By incorporating RH2O’s MBBR product line into its offering, ƶ addresses a wider range of wastewater treatment needs, from low concentration influent and small flows to high concentration and high-flow requirements.

RH2O’s technology is proven in the treatment of high-strength wastewater, in particular the removal of biochemical oxygen demand (BOD) and total suspended solids (TSS). For customers, this new technological union will mean more efficacious nutrient removal, including nitrogen and phosphorus, with a minimal environmental footprint.

“This acquisition adds depth and substance to our total offering, while augmenting our objective to lead the North American wastewater treatment solutions market,” said Dan Madon, President and CEO of ƶ. “We’re thrilled to integrate RH2O’s remarkable technology, and we welcome their talented team to our Waterloo operation.”

“A major challenge faced by the onsite wastewater industry is treating high-strength wastewater with the smallest possible eco-footprint, while remaining economical in both upfront capital costs and ongoing maintenance. The RH2O acquisition provides ƶ with new tools that enable our customers do just that – whether with small systems or large, complex operations,” added Mr. Madon.

About Waterloo Biofilter

ƶ Inc. is a leader in the onsite wastewater treatment industry, known for its unique trickle filter technology. The company provides environmentally sustainable and high-performance treatment solutions for residential, commercial and industrial applications.

About RH2O

RH2O Inc. specializes in bioreactor technology for wastewater treatment, focusing on high-efficiency systems for both small and large-scale applications. RH2O’s technology is designed to meet stringent regulatory requirements while offering flexibility and scalability.

For more information, please visit ƶԻ.

ƶ Inc.
65 Massey Road, Suite C
Guelph, ON N1H 7M6
Canada

SOURCE ƶ

Media Contact: Julie Brunn, jbrunn@waterloo-biofilter.com, +1 519-856-0757 x290

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ƶ Set To Make A Splash In The Wastewater Industry /news/birchview-capital-and-waterloo-biofilter-set-to-make-a-splash-in-the-wastewater-industry/ Thu, 13 Oct 2022 19:50:43 +0000 /?post_type=scalia_news&p=6586   Birchview Capital is excited to announce the acquisition of ƶ Inc., a Canadian-owned and operated company that develops, manufactures, and maintains onsite wastewater treatment systems. In a time when the well-being of the environment and our natural resources are of utmost importance, biofiltration is an effective and innovative technology that aims to protect our soil and water resources. ƶ has taken this challenge on, providing biofiltration systems with permanent filter mediums. With the rapid growth of the Canadian population, the need for biofilters is ever increasing, as a growing number of houses are built outside city sewer lines. ƶ is a leader in this growing market, and is only continuing to expand with their innovative products and technology.   ƶ ƶ Inc.was founded in 1991 with the mission of protecting natural soil and water resources through advanced wastewater treatment solutions. Their technology...

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is excited to announce the acquisition of ƶ Inc., a Canadian-owned and operated company that develops, manufactures, and maintains onsite wastewater treatment systems.

In a time when the well-being of the environment and our natural resources are of utmost importance, biofiltration is an effective and innovative technology that aims to protect our soil and water resources. ƶ has taken this challenge on, providing biofiltration systems with permanent filter mediums.

With the rapid growth of the Canadian population, the need for biofilters is ever increasing, as a growing number of houses are built outside city sewer lines. ƶ is a leader in this growing market, and is only continuing to expand with their innovative products and technology.

 

ƶ

ƶ Inc. was founded in 1991 with the mission of protecting natural soil and water resources through advanced wastewater treatment solutions. Their technology has proven to be the most reliable system available, with a wide range of applications. The company focuses on advanced nutrient removal, emphasizing heavy phosphorus and nitrogen removal, to ensure clean water is being released back into the environment. Waterloo systems are very easy to install, being assembled prior to shipping, and available in different configurations to make the installation process simple in a variety of geographical locations.

Not only are their systems unmatched, but ƶ continues to be an industry leader in customer service. Waterloo prides itself on their high-touch customer service, allowing their customers quick and easy access to information and assistance. ƶ started in a university setting, and continues this legacy by being one of the top educators for those in the wastewater industry.

 

Why Waterloo?

What truly sets ƶ apart is the polyurethane medium used in their systems. Developed at the University of Waterloo in the Centre for Groundwater Research by Dr. Craig Jowett, it is the original foam trickling filter medium. It also comes with a 20-year warranty, often lasting the life of the system. “ƶ’s medium stands out because it does not need to be replaced”, explains Brady Straw, Head of Engineering. “Using a passive permanent medium means that the system can last indefinitely without having a costly replacement, making it hard for other companies to compete.”

Another unique feature of ƶ is their Operations & Maintenance (O&M) department. This fast-growing department has 15 years of servicing experience, with over 2000 systems maintained and 10 trucks on the road daily in Ontario. The O&M department ensures that all systems are functioning as designed, not only guaranteeing the longevity of the systems and minimizing costly repairs, but also keeping the environment safe from any leaks. The O&M department truly makes ƶ a one-stop shop for all your biofilter needs.

ƶ is not stopping there but looking to expand the company to continue providing innovative systems and superior service, while dominating the industry and outperforming their competition. Chris Jowett, Head of Technology and Government Relations, echoes this sentiment, saying, “Research and development, continuous improvement, and pioneering new technologies and techniques have always been at the core of who we are, and is what continues to drive us today.”

 

An Exciting Opportunity

The purchase of ƶ by Birchview Capital will serve to propel the company to new heights. Dan Madon, the new president and owner of ƶ, not only brings with him financial backing by Birchview, but also leadership experience and a growth mentality. With his background as a Chartered Accountant and Managing Director at Cisco, Madon is sure to continue Waterloo’s pattern of growth, and continue to invest in their goal of protecting the environment through modern technologies. Madon brings with him an advisory team, looking to heavily invest back into the market and revitalize the R&D department. ƶ and Madon share ambitious goals for the future, and the sky is truly the limit for what this company is on track to achieve with their revolutionary systems and customer service.

 

Stephanie Kuizenga
ƶ Inc.
+1 866-366-4329

 

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ƶ is One of Canada’s Top Growing Companies /news/waterloo-biofilter-is-one-of-canadas-top-growing-companies/ Thu, 30 Sep 2021 12:29:24 +0000 /?post_type=scalia_news&p=6012 ƶ Inc. has been recognized in the Globe and Mail’s third-annual ranking of Canada’s Top Growing Companies. ƶ is a Canadian-owned and operated company that develops, designs, manufactures and maintains advanced onsite wastewater treatment (septic) systems. We began manufacturing environmentally friendly wastewater treatment systems in Guelph nearly three decades ago and are committed to high quality treatment, low electricity usage, and system robustness. Since the first pilot installation in 1991, our technology has proven itself to be the most reliable system available. Our company continually strives to lead the industry in innovation and service. We are responsible for numerous advances in our field, both scientific and technological, that are used every day to help protect our natural environment and water supplies. ƶ currently employs over 45 people in its Guelph based head office and supplies wastewater treatment products throughout Canada and the United States. The Globe...

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ƶ Inc. has been recognized in the third-annual ranking of .

ƶ is a Canadian-owned and operated company that develops, designs, manufactures and maintains advanced onsite wastewater treatment (septic) systems. We began manufacturing environmentally friendly wastewater treatment systems in Guelph nearly three decades ago and are committed to high quality treatment, low electricity usage, and system robustness.

Since the first pilot installation in 1991, our technology has proven itself to be the most reliable system available. Our company continually strives to lead the industry in innovation and service. We are responsible for numerous advances in our field, both scientific and technological, that are used every day to help protect our natural environment and water supplies.

ƶ currently employs over 45 people in its Guelph based head office and supplies wastewater treatment products throughout Canada and the United States.

The Globe and Mail’s Canada’s Top Growing Companies editorial ranking aims to celebrate entrepreneurial achievement in Canada by identifying and amplifying the success of growth-minded, independent businesses in Canada. In total, 448 companies earned a spot on this year’s ranking, the full list of 2021 winners is published in the .

ƶ owes many thanks to its customers, partners, and loyal employees in helping us grow as a company and achieve this accolade.

 

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Phosphorus Reduction Project Meets Objectives /news/phosphorus-reduction-project-meets-objectives/ Wed, 21 Jul 2021 21:02:38 +0000 /?post_type=scalia_news&p=5867 Chatham, ON – Feb 26, 2021 A phosphorus reduction and recovery system aimed at reducing the growth of harmful algal blooms in the Thames River and Lake Erie has been successfully demonstrated. A Waterloo EC-P system was tested that mimics the way phosphorus is removed naturally in iron-rich soils through the crystallization of iron-phosphate minerals. The containerized system treated up to 40,000 L/day of surface water from the agricultural runoff of 340 acres of farmed land and includes a process to allow for the recovery and re-use of captured phosphorus as a fertilizing soil amendment. The system operated for 15 months treating up to 40,000 L/day and shows promising results in improving surface water quality with low operating costs, no chemical addition, and no sludge production. Total phosphorus was initially reduced 35% with very low influent concentrations (0.12 mg/L) and effluent concentrations near the detection limit. In a second phase...

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Chatham, ON – Feb 26, 2021

A phosphorus reduction and recovery system aimed at reducing the growth of harmful algal blooms in the Thames River and Lake Erie has been successfully demonstrated. A Waterloo EC-P system was tested that mimics the way phosphorus is removed naturally in iron-rich soils through the crystallization of iron-phosphate minerals. The containerized system treated up to 40,000 L/day of surface water from the agricultural runoff of 340 acres of farmed land and includes a process to allow for the recovery and re-use of captured phosphorus as a fertilizing soil amendment.

The system operated for 15 months treating up to 40,000 L/day and shows promising results in improving surface water quality with low operating costs, no chemical addition, and no sludge production. Total phosphorus was initially reduced 35% with very low influent concentrations (0.12 mg/L) and effluent concentrations near the detection limit. In a second phase with artificially higher influent phosphorus concentrations total phosphorus removal increased to 67%. The system removed 90% of reactive and dissolved phosphorus. Other water quality measures were relatively unchanged (pH, temperature, conductivity, TN) or improved (TSS, turbidity, DO). The system can be scaled up to treat 100,000 L/day in a single container.

Other water quality measures were relatively unchanged (pH, temperature, conductivity, TN) or improved (TSS, turbidity, DO).

The Thames River Phosphorus Reduction Collaborative is a voluntary initiative cited in the Canada Ontario Lake Erie Action Plan aimed at contributing to the commitment made in 2016 between Canada and the U.S. to a 40 per cent reduction in the total phosphorus entering Lake Erie.

This project is funded through Environment and Climate Change Canada’s Great Lakes Protection Initiative and through the Canadian Agricultural Partnership, a federal-provincial-territorial initiative.

Waterloo EC-P system

Re-use of captured phosphorus

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Thames River Phosphorus Reduction Collaborative Request for Proposal Awarded /news/thames-river-phosphorus-reduction-collaborative-request-for-proposal-awarded/ Thu, 20 Dec 2018 15:06:43 +0000 http://bio.orchardcreative.ca/?post_type=scalia_news&p=5520 The Thames River Phosphorus Reduction Collaborative (PRC) has chosen five projects from 11 proposals to develop and test technologies that intercept and remove phosphorus from agricultural runoff.A total of $400,000 was awarded to projects that will gauge how efficiently each technology works in removing phosphorus from water that is released into the system.

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The Thames River Phosphorus Reduction Collaborative (PRC) has chosen five projects from 11 proposals to develop and test technologies that intercept and remove phosphorus from agricultural runoff.A total of $400,000 was awarded to projects that will gauge how efficiently each technology works in removing phosphorus from water that is released into the system.

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Waterloo Flat Beds Officially Pass CAN/BNQ 3680-600 /news/waterloo-flat-beds-officially-pass-can-bnq-3680-600/ Tue, 05 Jun 2018 20:00:35 +0000 http://bio.orchardcreative.ca/?post_type=scalia_news&p=5442 The post Waterloo Flat Beds Officially Pass CAN/BNQ 3680-600 appeared first on ƶ.

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Rockwood, ON (May 28, 2018) – ƶ Inc. is pleased to announce that the Waterloo Flat Beds have officially passed the CAN/BNQ 3680-600 certification. This is any exciting step for ƶ and with this addition to our approved products, we look forward to continuing to provide you with the exceptional quality and service that we have been known for since 1995.

Waterloo Flat Beds are constructed of strong yet lightweight shells containing the patented Biofilter filter media. Flat Bed treatment units are a modular design and can be scaled to handle any treatment capacity of the septic system.

Flat Beds are installed flush to grade and landscaped into the property with the supplied mulch. No distribution piping is required in the disposal bed resulting in a smaller system footprint and faster installation. With their low profile, Flat Beds are a great solution for areas with high groundwater or bedrock without destroying the aesthetics of the property.

The updated CAN/BNQ 3680-600 certification can be found at:

For further information about the Flat Beds, please contact ƶ Inc. at 1-866-366-4329 or visit our website at www.waterloo-biofilter.com/products/residential/flat-bed-biofilters/

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Heartland Hills Habitat for Humanity, Waverly, IA /news/heartland-hills-habitat-humanity-waverly-ia/ Wed, 16 Aug 2017 14:14:49 +0000 http://bio.orchardcreative.ca/?post_type=scalia_news&p=5412 Habitat for Humanity ƶ Installation – Fri., August 25, 2017 Andy McKinlay, Head of Business Development will be presenting the benefits of ƶ for a new installation at the Heartland Hills Habitat for Humanity site in Waverly IA. Check-in: 8:00 AM AM Session: 8:30 AM -12:15 PM, Waverly Civic Center, 200 1st St., NE, Waverly IA PM Session: 12:30 – 3:30 PM, Habitat for Humanity Housing Site, Waverly IA Registration Fee:  IOWWA Member $100.00 | Non-Member: $190.00 CE hours:  6.0 – approved for CIOWTS credential Presenters: Andy McKinlay, ƶ and Bob McKinney, R. D.McKinney Plumbing and Excavating Inc.

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– Fri., August 25, 2017

Andy McKinlay, Head of Business Development will be presenting the benefits of ƶ for a new installation at the Heartland Hills Habitat for Humanity site in Waverly IA.

Check-in: 8:00 AM
AM Session: 8:30 AM -12:15 PM, Waverly Civic Center, 200 1st St., NE, Waverly IA
PM Session: 12:30 – 3:30 PM, Habitat for Humanity Housing Site, Waverly IA
Registration Fee:  IOWWA Member $100.00 | Non-Member: $190.00
CE hours:  6.0 – approved for CIOWTS credential
Presenters: Andy McKinlay, ƶ and Bob McKinney, R. D.McKinney Plumbing and Excavating Inc.

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Waterloo to Speak at WEF Nutrients Symposium 2017 /news/waterloo-speak-wef-nutrients-symposium-2017/ Mon, 15 May 2017 19:45:35 +0000 http://bio.orchardcreative.ca/?post_type=scalia_news&p=5366 Craig Jowett has been invited to speak at the 2017 Water Environment Federation Workshop “Onsite & Decentralized Nutrient Removal & Recovery” in Fort Lauderdale on June 12, 2017. His topic is primarily nitrogen removal at the residential scale, which has proven to be variable in the past. His recent research carried out on the WaterNOx-LS using agricultural mineral filters helps demonstrate that thorough nitrogen removal at the residential scale is very attainable.

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Craig Jowett has been invited to speak at the 2017 Water Environment Federation Workshop “Onsite & Decentralized Nutrient Removal & Recovery” in Fort Lauderdale on June 12, 2017. His topic is primarily nitrogen removal at the residential scale, which has proven to be variable in the past. His recent research carried out on the WaterNOx-LS using agricultural mineral filters helps demonstrate that thorough nitrogen removal at the residential scale is very attainable.

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Waterloo to speak at 10th Annual Ministry Engineer’s Professional Development Day /news/waterloo-speak-10th-annual-moecc-engineers-professional-development-day/ Mon, 15 May 2017 19:38:48 +0000 http://bio.orchardcreative.ca/?post_type=scalia_news&p=5364 ƶ has been invited to speak about small sewage systems and nutrient removal at the 10th Annual Ministry Engineers’ Professional Development Day in Toronto on May 17 2017. Craig Jowett had the honour of speaking at the very first EPDD and is honoured again to speak to this expert audience.

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ƶ has been invited to speak about small sewage systems and nutrient removal at the 10th Annual Ministry Engineers’ Professional Development Day in Toronto on May 17 2017. Craig Jowett had the honour of speaking at the very first EPDD and is honoured again to speak to this expert audience.

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Waterloo EC-P Technology Selected as Top 15 Finalist for Stage 1 of Prestigious Water Prize /news/waterloo-ec-p-technology-selected-top-15-finalist-stage-1-prestigious-water-prize/ Tue, 11 Apr 2017 12:12:59 +0000 http://bio.orchardcreative.ca/?post_type=scalia_news&p=5327 The George Barley Water Prize, presented by the Everglades Foundation, is a multi-stage contest that aims to save freshwater ecosystems from the plight of phosphorus pollution by developing a globally adaptable, reliable, green, and cheap process to remove phosphorus from freshwater bodies. This prize will uncover, test and ultimately invest in new technologies that solve this important global issue. With a grand prize of $10,000,000, the George Barley Water Prize attracted 183 Stage 1 entries from groups around the world. ƶ submitted the Waterloo EC-P technology to the contest, which mimics soil processes to mineralize phosphorus that can later be recovered as a fertilizing soil amendment. The Waterloo EC-P was selected as one of the top 15 finalists by the prize committee based on its phosphorus removal capabilities and environmental sustainability. Read more about on ƶ’s submission.

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The , presented by the Everglades Foundation, is a multi-stage contest that aims to save freshwater ecosystems from the plight of phosphorus pollution by developing a globally adaptable, reliable, green, and cheap process to remove phosphorus from freshwater bodies. This prize will uncover, test and ultimately invest in new technologies that solve this important global issue.

With a grand prize of $10,000,000, the George Barley Water Prize attracted 183 Stage 1 entries from groups around the world. ƶ submitted the Waterloo EC-P technology to the contest, which mimics soil processes to mineralize phosphorus that can later be recovered as a fertilizing soil amendment. The Waterloo EC-P was selected as one of the top 15 finalists by the prize committee based on its phosphorus removal capabilities and environmental sustainability. .

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