
Industry Partners
Working with the best in the Industry.
Brown and Caldwell is a company deeply rooted in its environmental mission, founded by two visionaries committed to a 100% environmental focus. With a team of 1,900 employee-owners, the company is united in its goal of making a positive impact on the environment and the world. This unwavering dedication to environmental issues defines their identity and guides all their endeavors. Brown and Caldwell's history and ongoing efforts exemplify a consistent commitment to ecological well-being and sustainable practices.
The Natural Sciences and Engineering Research Council of Canada (NSERC) is Canada's primary supporter of scientific and technical discovery and innovation, funding visionaries and innovators. NSERC collaborates with universities, colleges, businesses, and nonprofits, fostering a thriving Canadian research community by removing barriers and creating opportunities. Their significant investment is in discovery, supporting bold ideas and allowing researchers the freedom to explore new, unexpected directions, while nurturing young talent and international collaborations. NSERC also connects organizations with the resources of Canada's academic institutions, facilitating partnerships that lead to commercialization and benefits for Canadians. Additionally, NSERC promotes a STEM mindset among Canadians, supporting science culture through museums, libraries, and nonprofits, and working towards making science and engineering more equitable, diverse, and inclusive.
Toronto's wastewater treatment system, vital for the city's public health and environmental protection, processes waste from residences and industries. This waste travels through the sanitary sewer system to one of four treatment plants where it undergoes treatment to meet the Ministry of the Environment, Conservation and Parks (MECP) standards before being released back into the lake. The system operates 24/7 and includes over 3,700 km of sewers, numerous connections, pumping stations, and four plants. Biosolids, a byproduct rich in nutrients, are repurposed for various environmental applications, demonstrating the city's commitment to sustainability and adherence to strict regulations.
The City of London stands as a pivotal player in environmental conservation and urban infrastructure management, operating with a comprehensive network of wastewater treatment and management facilities. The city proudly manages five wastewater treatment plants and an extensive system of 38 pumping stations, each playing a crucial role in maintaining the health and efficiency of London’s wastewater infrastructure. The city's rigorous management of these treatment plants and pumping stations reflects a broader vision – one where urban living and environmental stewardship coexist harmoniously. Through these dedicated efforts, the City of London not only provides essential services to its residents but also contributes to the preservation of the natural environment, underlining its role as a responsible and forward-thinking urban center.
Founded in 1998, Explicit is dedicated to developing better, more efficient technologies for measuring emissions crucial to climate and air quality. Recognizing the global mission to mitigate greenhouse gasses and air pollutants, the company emphasizes the importance of accurate emissions tracking to assess the effectiveness of environmental policies and strategies. As data specialists, Explicit prioritizes providing reliable and actionable emissions information to its clients, grounded in solid science, validated methods, and cutting-edge technologies. Their approach is 100% application-driven, selecting and integrating technologies based on the specific measurement needs, while remaining open to innovations in sensors, platforms, and methods to enhance their data capabilities.
Metro Vancouver manages five wastewater treatment plants, handling over a billion liters of wastewater each day to maintain public health and environmental safety. The treatment processes range from primary to secondary methods, each targeting the removal of different types of waste materials. Additionally, these processes also recover valuable resources such as heat, electricity, and biosolids. The importance of treating wastewater lies in its role in removing pollutants that could harm aquatic life and public health, and in preserving the quality of local water bodies for various recreational activities.
GHGSat stands at the forefront of environmental innovation, revolutionizing the monitoring of greenhouse gases through its cutting-edge satellite technology. This pioneering company has distinguished itself by developing patented sensor technology, enabling its satellites to pinpoint greenhouse gas emissions down to individual facilities with unparalleled precision. This capability sets GHGSat apart, as no other commercial enterprise or national space agency has yet achieved the same level of detailed emissions tracking. GHGSat's expertise extends beyond just satellite data. The company also offers a unique aircraft monitoring service, equipped with the same patented sensor technology but adapted for aerial surveying. This makes GHGSat the only company in the world to operate the same advanced sensor technology at different altitudes, providing a comprehensive view of emissions that is unmatched in the industry.
Cobalt Water Global, Inc., established in 2020, is a pioneering Climate Tech firm dedicated to aiding in the reduction of carbon emissions in the water sector, encompassing water utilities and various industries with water systems. At the forefront of this initiative is their cutting-edge N2O solution, the N2ORisk DSS, recognized globally for its proficiency in assisting water utilities and industries in the management, diminution, and tracking of N2O emissions from wastewater processes. The company's inception can be traced back to 2014 when it began as a consultancy under the leadership of founder and CEO Jose Porro, a renowned authority in N2O with over 15 years of expertise in carbon accounting for water utilities. His unique blend of knowledge in water management, N2O, and carbon accounting, enriched by new AI insights gained during his PhD studies, initially fueled the consultancy's focus on providing carbon accounting and mitigation services for water utilities.
Standard Carbon Inc. stands as a pioneering force in Canada's climate action landscape, being the nation's inaugural GHG verifier accredited under the rigorous SCC ISO 14065:2020 standards. This prestigious accreditation not only exemplifies their commitment to the highest quality in climate efforts but also paves the way for global recognition and tangible advancement in environmental stewardship. Since its inception in 2018, the company's expert team, boasting a collective experience of over 40 years, has been at the forefront of renewable energy, software development, finance, and taxation, steering the course towards a sustainable future.
Ontario Clean Water Association (OCWA) has been a linchpin in water management for over three decades, earning the trust and partnership of municipalities, First Nations communities, institutions, and industries across Ontario. OCWA's commitment extends beyond just providing services; it's about fostering long-term partnerships with these entities, ensuring total solutions in water, wastewater, and stormwater management. This dedication reflects their core mission of aiding in the creation of healthy, sustainable communities.
Calgary's wastewater system, essential for over a million residents, comprises three main treatment facilities: Fish Creek, Pine Creek, and Bonnybrook Wastewater Treatment Plants. Wastewater from various sources like toilets and kitchens is collected and transported through a network of sewers and pump stations to these plants. Here, it undergoes several processes to purify it before releasing into the Bow River. The city also emphasizes the importance of protecting this system and the environment by properly disposing of items like wipes, fats, and medicines. Additionally, the Biosolids Management Program recycles organic matter from wastewater for agricultural use, showcasing the city's commitment to sustainable practices.
Middlesex County, a municipality deeply committed to environmental stewardship and public health, operates at the forefront of wastewater management. The county boasts ownership and operation of two essential wastewater treatment plants, located in Ilderton and Komoka. These facilities stand as pillars of the community's infrastructure, functioning tirelessly around the clock, every day of the week, to manage and treat wastewater. Middlesex County's commitment to such a critical aspect of public health and environmental protection is evident in its diligent operation of these plants. The treatment process not only safeguards the health of its residents but also plays a crucial role in preserving the natural environment, showcasing the county's dedication to sustainable and responsible community management. Through these efforts, Middlesex County exemplifies its role as a leader in maintaining a balance between societal needs and environmental integrity.
Dynamita is a software and process modeling company renowned for its flagship product, SUMO, a comprehensive and user-friendly wastewater simulation software. SUMO distinguishes itself in the market with its open-source model and libraries, coded in SumoSlang, a language designed for engineers that is both simple and powerful. The company also explores the evolution of process design over 40 years and four generations of modeling packages, emphasizing its impact on users. Additionally, Dynamita delves into methods for evaluating multimillion-dollar processes and optimizing current treatment processes, while also investigating the realities behind the concept of "digital twins" in the industry.
The WATS Guys team, led by renowned figures Jes Vollertsen and Matthew Ward, brings decades of specialized expertise in sewer process, odor, corrosion, and ventilation. Jes Vollertsen, a professor of environmental engineering and a pioneer in modern sewer process modeling, developed the comprehensive Mega-WATS sewer process model, which includes a state-of-the-art ventilation module. Matthew Ward, a senior expert in wastewater odor control and sewer processes, contributed the world’s first operational sewer ventilation module based on the conservation of momentum, now integrated into Mega-WATS. Their combined experience and groundbreaking work have positioned The WATS Guys as leaders in advancing sewer management and environmental engineering solutions.
The Great Lakes Water Authority (GLWA), embodying the ethos of "We Are One Water," plays a pivotal role in serving nearly 40 percent of Michigan's population with water of unparalleled quality and providing efficient wastewater services to almost 30 percent of the state. GLWA's core mission revolves around the sustainable management of water, from sourcing it from the environment, delivering it to member communities, and then responsibly returning it to the natural cycle. They pride themselves on exceeding state and federal regulatory standards, ensuring that the water supplied is of the highest quality.
The Ontario Water Consortium aims to cultivate a dynamic network of ambitious and innovative partners focused on advancing technologies and science in the urban water cycle. Their mission is to address key economic, environmental, and social challenges related to urban water management. By offering essential tools, policy guidance, and critical knowledge, they strive to create solutions and strategies for these complex issues. The Consortium is dedicated to integrating technological advancements with the necessary complementary resources to effectively navigate and improve urban water systems.
USP Technologies is driven by a corporate vision focused on helping customers achieve their water quality goals through environmentally efficient solutions. These solutions are designed to optimize costs, conserve energy, and efficiently use resources and space. The company's specific mission is to develop and offer cost-effective, peroxygen-based technologies alongside comprehensive chemical treatment programs. These are tailored for both municipal and industrial water and wastewater treatment applications. USP Technologies is dedicated to providing low-risk, high-value solutions that support their customer partners in navigating the complexities of water treatment and management. Their approach not only addresses current treatment needs but also aligns with broader environmental and economic objectives.